Phase 2 Flashcards

(358 cards)

1
Q

Describe GCS ratings

A
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2
Q

Summarise Causes of Asterixes
(think body systems and causes)

A

Note, on examination:
“There is a significant latent period between adopting the posture and the beginning of asterixis, so it is important to wait at least 30s before concluding that the sign is absent”

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3
Q

What is Asterixis?

A

Asterixis describes sudden, brief, arrhythmic lapses of sustained posture owing to involuntary interruption in muscle contraction.

Its pathophysiology is unclear, although there are several theories.
There seems to be a role for the ascending activating systems, connected with arousal, which are disturbed in encephalopathies and in lesions of the thalamus and midbrain

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4
Q

Define type 1 and type 2 respiratory failure

A

Hypoxic - TYPE I - respiratory failure is hypoxia without hypercapnia and with an arterial partial pressure of oxygen - PaO₂ < 60 mmHg or 8kPa on room air at sea level.

Hypercapnic - TYPE II - respiratory failure is hypoxia with an arterial partial pressure of carbon dioxide - PaCO₂ > 50mmHg or 6.5 kPa on room air at sea level.

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5
Q

What is the Anion gap and how is it calculated?

A
  • The Anion Gap (AG) is a derived variable primarily used for the evaluation of metabolic acidosis to determine the presence of unmeasured anions
  • An elevated anion gap strongly suggests the presence of a metabolic acidosis

= (Na+) - (Cl− + HCO3−)

Normal AG
12 ± 4 mEq/L (if the calculation does not employ potassium)
16 ± 4 mEq/L (if the calculation employs potassium)

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6
Q

Summarise phases of clinical trials

A

Phase 1 - small number of patients (20-80) to assess initial human safety (first in man), potential side effects and effective dosage

Phase 2 - larger number of participants, in the low hundreds, is recruited in order to collect more data on safety as well as efficacy (whether the intervention or drug works as intended or otherwise)

Phase 3 - If the results from Phase II continue to be positive a Phase III trial will be undertaken with a larger number of participants (from several hundred to
several thousand).

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7
Q

What is the “Hounsfield Scale?”

A

A quantitative scale for describing radiodensity - frequently used in CT scans

Measured in “Hounsfield Units”
Water = 0

Air <-1000
Cortical Bone >1000

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8
Q

What are “Vesicular Sounds” on auscultation?

A

Normal breath sounds

Soft, low pitched, rustling in quality

Insp:Exp time = 2:1 roughly

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9
Q

What family of drugs is “Verapamil”?
Indications?
Side effects?

A
  • Non-dihydropyridine calcium channel blocker
  • Bradycardia, Angina, SVT
  • Constipation, hypotension, headache, nausea
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9
Q

What category is the drug “Sacubitril/valsartan” sold under the brand name “Entresto”?
Indications?
Side effects?

A

ARNi
- Sacubitril - Neprilysin Inhibitor
- Valsartan - Angiotensin receptor blocker

  • Considered first line in patients with newly diagnosed HFrEF,
  • or for patients with symptomatic HFrEF despite ACEI (or ARB) and beta-blocker therapy
  • Hyperkalemia, hypotension, ANGIOEDEMA, birth defects (valsartan)

Sacubitril must never be used with ACE inhibitor - cause life threatening angioedema - swollen tongue causes asphyxiation
Always use Sacubitril with ARB - Allow 36hr washout when switching from ACE-I

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10
Q

Causes of chronic kidney disease (CKD)

A
  • Diabetes Mellitus - 33%
  • Glomerulonephritis - 24%
  • Hypertension - 14%
  • Polycystic kidneys - 7%
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11
Q

Describe lung lobes for auscultation/percussion

A
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12
Q

Name some differentials for haemoptysis -
think broad headings and subcauses

A
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13
Q

Assessment tool for management of Community Acquired Pneumonia (CAP)

A

CURB-65

Note - can also use CRB-65 in GP (without the uraemia)

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14
Q

Recommended empirical therapy for low-severity community acquired pneumonia (CAP)

A

Monotherapy - Follow up within 48 hrs
- Amoxicillin 1 g orally, 8-hourly

Or patients with hypersensitivity to penicillins:
- doxycycline 100 mg orally, 12-hourly

OR if doxycycline is poorly tolerated

  • clarithromycin 500 mg orally, 12-hourly;

Duration of therapy:
If the patient has significantly improved after 2 to 3 days of antibiotic therapy, treat for 5 days.
If the clinical response is slow, treat for 7 days. If the patient is not improving after 48 hours of monotherapy, reassess the diagnosis.

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15
Q

Major causes of Chronic Kidney Disease

A
  1. Diabetes mellitus
  2. Hypertension
  3. Glomerulonephritis
  4. The rest:
    • polycystic kidney disease,
    • urinary tract obstruction,
    • reflux nephropathy,
    • medication-induced nephropathy
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16
Q

Major causes of intra renal aki

A
  • Acute tubular necrosis - most common
  • Pre renal aki
  • Acute interstitial nephritis caused by:
    • B-lactam antibiotics - trimethoprim-sulfamethoxasol
    • Proton pump inhibitors - Omeprazole, pantoprazole
    • Infiltrative diseases - SLE, Sarcoidosis, Amyloidosis
    • Infections
  • Glomerulonephritis - inflammation of the glomerulus due to hypersensitivity reactions
  • Thrombotic microangiopathies - small clots plugging
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17
Q

Causes of pre-renal AKI

A

Pre-renal AKIs are caused by underperfusion of the kidneys
Causes include:

  • Intravascular volume depletion - dehydration, diarrhoea, excessive vomiting
  • Sepsis
  • Cardiogenic
  • Liver cirrhosis - hypoalbuminaemia
  • Renal artery stenosis
  • Drugs compounding - NSAIDs, ACEi, Loop Diuretics
  • Occlusion of renal artery - such as a clot caused by atrial fibrilation
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17
Q

Causes of post renal AKIs

A
  • Neoplasm - urothelial
  • Renal calculus - obstructing flow
  • Prostatic hypertrophy - benign or cancer
  • Catheter - kinked or obstructed with sediment
  • Bladder not contracting - neurogenic reduction of detrusor contractability, or anticholinergic drugs inhibiting contraction
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18
Q

What is Well’s Criteria?

A

Criteria for Pulmonary Embolism

RESULT SUMMARY:
Score is 0-12.5 points

High risk group: 40.6% chance of PE in an ED population.
Another study assigned scores > 4 as “PE Likely” and had a 28% incidence of PE.

No = 0 Yes = as below

INPUTS:
- Clinical signs and symptoms of DVT —> 3 = Yes
- PE is #1 diagnosis OR equally likely —> 3 = Yes
- Heart rate > 100 —> 1.5 = Yes
- Immobilization at least 3 days OR surgery in the previous 4 weeks —> 1.5 = Yes
- Previous, objectively diagnosed PE or DVT —> 1.5 = Yes
- Hemoptysis —> 1 = Yes
- Malignancy w/ treatment within 6 months or palliative —> 1 = Yes

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19
Q

What are the most common causes of Infectious Endocarditis?

A

Vast majority of cases (80-90%) stem from:
Gram Positive streptococci, staphylococci and enterococci infection

  • Staphylococcus aureus responsible for 30% of cases in developed world
  • Other various strepotococci
  • Oropharynx HACEK organisms (Haemophilus, Actinobacillus, Cardiobacterium, Eikenella, and Kingella) less frequently
  • 1% cases can be fungal - Candida & Aspergillus - Typically fatal
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20
Q

Describe “Light’s Criteria”

A

Classifies pleural effusion as Transudative or Exudative

Classified as Exudative if at least one of the following is met:

  • 1 - Pleural fluid protein/serum protein ratio > 0.5
  • 2 - Pleural fluid LDH/serum LDH ratio > 0.6
  • 3 - Pleural fluid LDH is more than two-thirds of the upper limits of normal laboratory value for serum LDH

LDH = Lactate Dehydrogenase

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21
Q

Most common causes of Transudative Pleural Effusions

A
  • Congestive Heart Failure
  • Cirrhosis - Insufficient Albumin production
  • Nephrotic syndrome - Excessive albumin loss in urine
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22
Q

Most Common Causes Exudative Pleural Effusion

A

When a pleural effusion is determined to be exudative, additional evaluation is needed to determine its cause - so we should measure amylase, glucose, pH, cell counts and gram staining

Causes include:
- Malignancy - primary lung or mets to pleura from elsewhere (cytology, low glucose)
- Infection - empyema due to bacterial pneumonia (pH < 7.2, low glucose) - if TB is possible stain for this
- Pulmonary Embolism (or infarction)
- Trauma
- Autoimmune disorders
- Pancreatitis
- Parapneumonic effusion due to pneumonia

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23
Subcategories of **Lung Cancer**
- Small Cell Lung Cancer (SCLC) - Non-Small Cell Lung Cancers (NSCLC): - Adenocarcinoma - Squamous Cell Carcinoma - Large Cell Carcinoma
24
Describe **Bronchiectasis**
Think- Bronchiole extras - Permanent enlargement of bronchioles - Symptoms typically involve chronic cough with mucus production - Can be due to infections - or poorly managed previous infections - or congenital causes such as CF - A high-resolution CT scan of the chest is the best investigation to diagnose bronchiectasis - It shows bronchial dilation and bronchial wall thickening (signet ring sign, tram-track sign) and lack of bronchial tapering
25
Causes of HAGMA
**High Anion Gap Metabolic Acidosis** KILU - KetoAcidosis - ie DKA - Intoxicants - ie methanol, ethylene glycol - Lactic Acidosis - Uraemia
26
Causes of **NAGMA**
**Normal Anion Gap Metabolic Acidosis** ABCD - *Addison's Disease* - Primary Adrenal Insufficiency - too little cortisol - *Bicarbonate Loss* - GI loss severe diarrhoea or laxative abuse - Renal loss - Renal Tubular Acidosis - *Chloride* - Hyperchlorideaemia - (Acetazolamide, IV NaCl, - *Drugs* - Acetazolamide (Diamox) - carbonic anhydrase inhibitor - inhibits resorption of bicarb by renal tubular cells
27
What is SIRS?
**Systemic Inflammatory Response Syndrome** - Inflammatory state affecting the whole body - Similar to sepsis, but caused by other factors such as large burns, etc
28
Categories of Comunity Acquired Pneumonia (CAP) and Rx
**Mild** - *Amoxicillin 1 g orally, 8-hourly*; - OR if mild nonsevere reaction to penicillin - *Cefuroxime 500 mg orally, 12-hourly* OR if not responding add: - *Doxycycline 100 mg orally, 12-hourly* 5-7 days depending on response in first 2-3 days **Moderate** 2 drug regime - *Benzylpenicillin 1.2 g intravenously, 6-hourly* - OR if sensitive to penicillins - *Ceftriaxone 1 g intravenously, daily* AND either (depending on Doxycycline tolerance) - *Doxycycline 100 mg orally, 12-hourly* - OR - *Clarithromycin 500 mg orally, 12-hourly* **Severe** 2 drug regime - *Ceftriaxone 2 g intravenously, daily;* for patients with septic shock or requiring intensive care support, use *ceftriaxone 1 g intravenously, 12-hourly*. OR - *Cefotaxime 2 g intravenously, 8-hourly*; for patients with septic shock or requiring intensive care support, use *cefotaxime 2 g intravenously, 6-hourly* PLUS - *Azithromycin 500 mg intravenously, daily;*
29
Order of things to check on Neuro Exam
1 - Tone 2 - Power 3 - Reflexes 4 - Co-ordination 5 - Sensation Then, babinski, clonus etc if time left note - check tone first, as checking power may change tone level
30
What is the **Osmolar Gap**?
An osmole is: - Avogadro’s number of particles in an ideal solution (6.022 × 10²³) - Units of osmolality are *mOsm/kg of solute* Calculated osmolarity = **(2 x [Na+]) + [glucose] + [urea])** **Osmolar gap = Osmolality (measured) – Osmolarity (calculated)** Normal Osmolar Gap = **< 10** A **high osmolar gap indicates presence of an abnormal solute** present in significant amounts Causes include: mannitol methanol ethylene glycol sorbitol polyethylene glycol (IV lorazepam) propylene glycol (IV lorazepam, diazepam and phenytoin)
31
What is the criteria for **Infective Endocarditis?**
**Duke Criteria** Includes: **Pathological criteria of** (if either of these is positive, diagnosis is definite): - *Microorganisms in a vegetation* -(cultute or histologic exam of veg, veg that has embolzed) - *Pathologic lesions* - (Vegetation or intracardiac abscess confirmed by histologic exam showing active endocarditis) **Major clinical criteria** (both positve, Dx is definite) - *Blood cultures +ve for endocarditis* - Typical microorgs consistent with IE from 2 separate blood cultures, microorgs consistent with IE from persistently +ve blood cultures, single +ve of Coxiella burnetii or antiphase I IgG antibody titer >1:800 - *Evidence of endocardial involvement* - Echocardiogram +ve IE, abscess, new partial dehiscience of prosthetic valve, new valvular regurg - NOTE - worsening or changing of pre-existing murmur NOT sufficient **Minor Clinical Criteria** (If all +ve, Dx is definite) - *Predisposing heart condition or injection drug use* - *Fever* - *Vascular phenomena* (major arterial emboli, septic pulmonary infarcts, mycotic aneurys,, intracranial haemorrhage, conjunctival haemorrhages, Janeway lesions - *Immunologic phenomena* (Glomerulonephritis, Osler's nodes, Roth's Spots, rheumatoid factor) - *Microbiological evidence* (+ve blood culture but does not meet major criterion above or serological evidence of active infection with organism consistent with IE)
32
What is Wernicke–Korsakoff syndrome?
**Wernicke encephalopathy** is associated with **chronic alcohol use.** If not identified and treated early, it **could lead to permanent brain damage** characterized by an **amnestic syndrome known as Korsakoff syndrome**. Wernicke Encephalopathy should be suspected if any of the following signs are present: - *Delirium* (approximately 80% of patients) - *Ataxia* (approximately 20 to 25% of patients) - *Eye signs* (nystagmus or ophthalmoplegia) (approximately 30% of patients). **TREATMENT is high level Thiamine (B1 - water soluble) supplementation** - Daily 300mg IV or IM - 3 days Folowed by - 100mg daily IV or IM - 1-2 weeks OR 100mg TDS oral 1-2 weeks Then - 100mg daily oral maintenence therapy
33
What are the effects, subtypes and some common examples of **Calcium Channel Blockers**?
**Dihydropyridines** - Predominantly **peripheral** vasodilatory actions (Think **D**ihydros work **D**istally) - Amlodipine - Felodipine - Nifedipine - Lecarnidipine **Non-Dihydropyridines** - Significant **SA & AV node** depressant effects, as well as possible myocardial depressant effects, lesser amounts of peripheral vasodilation (Think **N**on-dihydros work on **N**odes) - Verapamil - Diltiazem
34
Red Zone Criteria for **Septic Shock**
Any 1 of: - SBP <90 mmHg - Lactate >= 4mmol/L - Base excess < -5.0
35
Yellow Zone criteria for **Sepsis**
Two or more Yellow Zone obs: - RR=<10/min or RR>=25/min - SpO2 <95% - SBP <100mmHg - HR =< 50 bpm or HR>= 120 bpm - Altered LOC or new onset confusion - Temp < 35.5c or Temp > 38.5c
36
Adverse Effects of Glucocorticioids
**CUSHINGOID** - **C**ataracts - **U**lcers - gastric, dose dependent short term exposure - **S**kin: striae, thinning, bruising - **H**ypertension/ hyperglycemia / hirsutism (excessive abnormal dark coarse hair - **I**nfections - **N**ecrosis, avascular necrosis of the femoral head - **G**lycosuria - **O**steoporosis, obesity (central) - **I**mmunosuppression - **D**iabetes
37
What is the MOA of **Heparin**? How to monitor effect? How to reverse effects?
- Unfractionated heparin (UFH) - **Parenteral anticoagulant** - Indirectly via antithrombin III - **inactivates thrombin (factor IIa), factor Xa** and to a lesser extent factors XIIa, XIa and IXa - Monitor Via **activated partial thromboplastin time (APTT**). - Before starting & every 4 to 6 hours. - **Protamine sulfate** reverses the effect of UFH - Can manage bleeding or an UFH overdose.
38
Causes of new onset Atrial Fibrilation
**PIRATES** - **P**ulmonary causes (OSA, PE, COPD, pneumonia) - **I**schemia/Infarction/CAD - **R**heumatic heart disease and Mitral Regurgitation (abnormal heart valve) - **A**lcohol / Anemia (high output failure) - **T**hyrotoxicosis / Toxins, especially stimulant medications, caffeine, tobacco or alcohol - **E**lectrolytes/Endocarditis - **S**epsis (infection) / Sick sinus syndrome.
39
ECG Summary of 12 Lead Placement and Depolarisation pattern (answer is picture)
40
Systematic way to approach interpreting an ECG
ARRAPPQST * Assess quality/ Artefact * Rate * Rhythm * Axis * P-waves * PR interval - 120-200ms (3-5 mm normal)- start P to start QRS - longer is type 1 heart block * P:QRS relationship - eg 1:1 * QRS - width (<3mm normal) * QT interval - 350-450 ms men and 360-460 ms for women - Start Q to End T * ST segment - elevated, depressed? * T Wave
41
- Common signs/symptoms of an NSTEMI - First line treatment
NSTEMI Typically present as: - Male patients typically present with **chest pressure/discomfort lasting at least several minutes,** at times accompanied by **sweating, dyspnoea, nausea, and/or anxiety.** - Women present more commonly with **middle/upper back pain or dyspnoea** and similar associated symptoms. - Early risk stratification and treatment with **anti-ischaemic (beta-blockers, nitrates)**, **anticoagulant (heparin),** and **dual antiplatelet agents (aspirin plus a P2Y12 receptor inhibitor - eg clopidogrel, prasugrel)** is needed.
42
1st line investigations when suspecting NSTEMI
- ECG - Priority! even before history! - High sensitivity troponin - CXR - FBC - UEC - LFT - BGL - CRP others to consider: - Echocardiography - Invasive Coronary Angiography (ICA)
43
Key clinical presentation factors STEMI
- Chest pain - Dyspnoea - Pallor - periph vasoconstriction due to high symp output - Diaphoresis - again, high symp output - Cardiac risk factors Also: - Nausea/vomiting - Dizziness or light headedness - Distress and anxiety - Palpitations Don's miss atypical presentations! Women, older patients and diabetics: - Atypical chest pain - burning throbbing, tight, or trapped wind feeling - May describe indigestion rather than chest pain Pain can be: epigastric, back (interscapular), neck or jaw, arm - typically left sided
44
Quick and Dirty axis deviation calculations
44
Summary of Paracetamol metabolism and toxicity
NAC is a glutathione precursor
45
7 Functional questions to consider for each type of cancer:
1) Is the cancer suitable for a screening program? 2) Are there significant aetiological/ causative factors? 3) How does it present? – Symptoms, screening test, found incidentally etc. 4) How is it diagnosed? Further investigations? 5) Pathology and Staging - how do these influence prognosis and treatment? 6) What treatment modalities are appropriate for each stage. 7) What are the principles of palliative management for this cancer ie does this involve palliative radiotherapy, symptom management, pain and nausea control, treatment of constipation etc.
46
Summarise **Sensitivity** and **Specificity** calculations
47
Name some causes of postoperative fever
48
- Indications for use of **Macrolides** - MOA - Common side effects - Examples
**Macrolide Indication** Broad Spectrum! - Effective against: - Both *gram Positive and Negative Cocci* - *Legionella, Mycoplasma and Chlamydia* species **MOA** - Bind 50s ribosomal subunit thus Inhibiting protein synthesis **Side effects** - QT prolongation - Inhibitors of cytochrome P450 **Examples** - "MYCINS" - - Azithromycin - Clarithromycin - Erythromycin - Roxithromycin
49
Causes of immediate need for dialysis
AEIOU - Acidosis - Electrolyte derangement - K+++++ - Intoxicants - Lithium, Digoxin, Ethylene Glycol, Methanol - Overload - fluid - Uraemia - Pericarditis, Encephalopathy
50
(IECOPD) - Infective exacerbation of COPD signs/Symptoms
- Change in mucus - quantity, quality - Wheeze on ausc - Increased expiratory phase of breathing - Systemc red flag symptoms - Fever, weight loss, sweats, etc - Infective contacts
51
Differentials for Upper GI bleeding ## Footnote ****
**Common** - Peptic ulcer disease (PUD) - Oesophageal Varices - Oesophagitis - Mallory-Weiss tear **Uncommon** - Boerhaave Syndrome (spontaneous oesophageal perforation) - Gastric Varices - Upper GI Tumors - AortoEnteric Fistulae (AEF) - Atriovenous Malformations (AVMs) - Dieulafoy's Lesions - Developmental vascular malformation - enlarges submucosal vessel - Coagulopathy
52
BRAIN acronym for Consent aspects
- **B**enefits - **R**isks - **A**lternatives - **I**nformation - details of the procedure - **N**atural Hx (what if we do nothing)
52
Describe CEAP classification for venous ulcers
Clinical Etiological Anatomical Pathophysiological
53
Key factors in takng a Paeds Hx
**BBINDS** - Blue book - Birth Hx - Immunisations - Nutrition - Developmental Concerns - Social Hx
54
O & G Hx key points
MOSCC - Menstrual Hx - Obstetric Hx - Sexual Hx - Contraception - Cervical screen - (pap smear)
55
Teratoma testes cancer: - Markers - Common locations of metastasis and route of spread
AFP bHCG LDH Lung, Brain - Rapid haematogenous spread
56
Rutherford Classification of Acute Limb Ischaemia
57
Interpretation of BNP (Brain natriuretic peptide 32 or B-type naturietic peptide) in cause of breathlessness
< 100 pg/mL - Unlikely cardiac involvement > 500 pg/mL - Generally indicative of heart failure
58
What are some differential diagnoses for a seizure/epilepsy
- Pseudoseizures / non-epileptic seizures - Hypoxia - Hypoglycaemia - Syncope - Hyperventilation - ie hypocapnoea - Rigors - Encephalopathy
59
Describe May-Thurner syndrome
60
Possible causes of a seizure:
ENDCHHHEIM - **E**pilepsy - 1st pres, med compliance issues - **N**eoplasia - 1ry - glioma, meningioma, 2ry - breast, lung, melanoma - **D**rugs - OD, withdrawal, recreational - **C**VA - **H**ead trauma - **H**yperthermia - **H**ypoxia - **E**lectrolyte imbalance - **I**nfeciton in CNS - meningitis, encephalatis - **M**etabolic Disturbance - hypoglycaemia, hepatic encephalopathy
61
ABCDEF checks of acute care (Also, think some more in depth details for people who initially look "Stable")
- **Airway** - monitoring, maintenence w csp protection - **Breathing** - Y/N?, RR, effort of respiration Quality - shallow, gasping, accessory muscles, indrawing, tracheal deviation, wheeze/stridor - **Circulation** - HR, BP, Fluid balance, peripheral and sternal CRT, JVP, ECG, cannula insertion - **Disability** - GCS, Pupils, neuro exam, glucose and ketones - **Exposure/Everything else** - expose patient to inspect!, hyper/hypothermia, rashes, purpura, erythema, wounds/infection, cathethers - **Fluid Status** - Skin turgor, mucous membranes, thirst, JVP
62
6 P’s of acute limb ischaemia
**P**ain **P**allor **P**aresthesia **P**aralysis **P**ulselessness **P**oikilothermia - inability to regulate body temp - ie generally very cold
63
System for Interpreting ECGs
**CRITICAL-Q** **C**alibration -Rate of x-axis **R**ate, Rhythm - P waves are key! **I**mplant - Spikes **T**ransition - R wave transition in lead V3 or V4 **I**schaemia or infarct - ST segment depression or elevation **C**onduction - - QRS complex < 120ms (3 small squares) - broad are ventricular in origin or due to bundle branch block, hyperkalaemia or sodium-channel blockade - PQ interval <0.2s (1 large square) **A**mplitude - **L**eft ventricular hypertrophy - R wave **Q** wave - check territories
64
Red Flags for likely hospital inpatient management in CAP (community acquired pneumonia)
- Tachypnoea - RR > 22/min - Tachycardia - HR > 100 bpm - Hypotension - SBP < 90mmHg - Acute-onset confusion - SpO2< 92% on RA (or lower than baseline in patients with comorbid lung disease) - Multilobar involvement on chest X-ray - Blood Lactate > 2 mmol/L
65
Describe migration of pain in common abdominal conditions
66
Classification of Haemorrhagic Shock
**Class I** - The patient is generally asymptomatic, and vital signs are within normal limits **Class II** - C/O nausea and fatigue. S&S pallor and cooling of the extremities Vital signs will start to deviate from normal **Class III** - S&S: delayed capillary refill (> two seconds) and changes in mental status. **Class IV** - Absent peripheral pulses, Anuric, Shock, Cellular aerobic metabolism, Production of lactic acid, Metabolic acidosis
67
Summarise Alphabet medicine in acute or resuscitation setting
Airway - maintain - own, or etc Breathing Circulation Disability Environment or exposure
68
Structural causes of Abnormal Uterine Bleeding (AUB)
* Polyps * Endometrial hyperplasia * Leiomyoma - fibroids * Adenomyosis * Adenocarcinoma * Infection * Sarcoma - Rare * Uterine arteriovenous malformation - Rare * Oestrogen secreting ovarian tumours - Rare
69
Systemic diseases which may present with AUB - Abnormal Uterine Bleeding
- Diabetes - Thyroid disease - Coagulation Disorders - up to 11% adults, 19% adolesc
70
Define Menorrhagia and, Describe Dx & Management
**Menorrhagia** - Excessive or prolonged menstrual bleeding occurring at regular intervals. - Total > 80mL or >7 days - Studies suggest that less than 40% of women complaining of menorrhagia fulfilled the criteria of 80ml blood loss on measurement - A clinician must rely on indirect indicators: – Passage of blood clots – Iron deficiency anaemia **Medical Management** - Oral Iron - Combined oral contraceptive pill (OCP) - Progestogens - Non steroid anti-inflammatory drugs (NSAIDs) -- - - Mefenamic Acid (Ponstan) - Anti fibrinolytic drugs - *Tranexamic Acid* - Progesterone releasing IUCD (Mirena) **Surgical Management** - Resection of significant intra-cavity lesions. - Endometrial ablation. - Myomectomy. - Uterine artery embolisation. - Hysterectomy. NB: curettage is not therapeutic except in pregnancy (incomplete or induced abortion).
71
List some **Risk Factors** and **Symptoms** for **Leiomyomas (Uterine Fibroids)**
**Risk Factors** - Early Menarche and late menopause - very oestrogen dependent - Genetic - FHx - Obesity - again, very oestrogen dependent - High intake red meat and ETOH - Low Vit D levels **Symptoms** - Heavy or prolonged menstrual bleeding - menorrhagia due to increased surface area - Bulk related symptoms - such as pelvic pressure or pain - Reproductive dysfunction - ie inferetility or obstetric complications
72
Summarise APGAR score
- **1 minute and 5 minutes after birth for all infants** - **5-minute intervals thereafter until 20 minutes for infants < 7 scored**
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What are the 4 stages of Labour?
Cervix Foetus Placenta 2 hrs - 1st Stage: From the onset of rhythmic contractions till full dilatation of the cervix - 2nd Stage: From full dilation of the cervix to complete expulsion of fetus - 3rd Stage: From full expulsion of the baby till full expulsion of the placenta. - 4th Stage: The immediate postpartum period (first 2 hours after birth)
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6 P's affecting the outcome of Labour
- **Passage**: the birth canal - parity, fetopelvic diameters - **Passenge**r: the fetus - presentation (breech, transverse), position, size - **Power**: force/ frequency uterine contractions & maternal effort in 2nd Stage - **Psychology** of the mother - anxiety, sedation, motivation etc. - **Placenta** - site of implantation - covering cervical os? - **Position of mother**: Maintaining an upright position in early labour aids descent of fetus
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3 phases of first stage of Labour (LAT)
**LATENT PHASE** * Onset of regular rhythmic contractions - Mild and short in duration (20-30secs) * Little to no descent of presenting part * Shortening of the cervix (effacement) to 0.5 cm * Cervical dilatation from 0 to 3-4 cm * Duration: – primigravida: ~6-8 hrs; should not exceed 20 hrs – multigravida: ~4.5 hrs: should not exceed 14 hr **ACTIVE PHASE** * Uterine contractions: ↑ intensity, frequency & duration (40-60 secs) * Complete cervical effacement * Rapid cervical dilatation to 7-8cm * Progressive descent of presenting part * ↑ anxiety * ↓ ability to cope * Duration: – primigravida ~4.5 hrs – multigravida ~2.5 hrs **TRANSITIONAL PHASE** * Contractions: ↑ frequency, force and intensity & duration * ↑ fetal descent * Cervical dilatation from 7-8 to 10cm * Rupture of membranes (may occur anytime in labour) * Duration: - primigravida: ~3.5 hrs - multigravida: variable
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What is a "Partogram"?
Chart on which salient features of labour are entered in a graphic form for early identification of deviations from normal
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Pain Relief Strategies during Labour
**NON-PHARMACOLOGICAL** * Movement * Massage * Hydrotherapy: shower or bath * Imagery/visualization * Hypnosis * Transcutaneous electrical nerve stimulation (TENS) * Aromatherapy * Homeopathy * Music therapy **PHARMACOLOGICAL** * Inhalational : Nitrous oxide * Parental: Pethidine or Morphine * Regional: Epidural or Spinal
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Key aspects 2nd Stage of Labour
**2ND STAGE** **Duration** – primigravida:~ 2hrs – multigravida: ~ 30 mins **Signs & symptoms** – Expulsive uterine action – ‘Show’: vaginal loss of blood stained mucous – Dilatation & gaping of anus – Urge to push – Presenting part may be visible – No cervix felt on vaginal examination (not always required for confirmation)
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**4 T's** of Postpartum Haemorrhage (PPH)
**Tone** ~70% Uterine Atony - inability of uterus to contract, leading to continuous bleeding **Trauma** ~20% Injury to the birth canal - uterus, cervix, vagina, perineum - can occur even with proper monitoring Can be - *laceration, haematoma, inversion, rupture* **Tissue** ~ 10% Retention of tissue from placenta or fetus (>30 mins post birth) Placental abnormalities such as placenta accreta and percreta **Thrombin** ~1% Failure of clotting such as coagulopathies - Pre existing - von Willebrand's - Obstetric related - HELLP syndrome (Hemolysis, Elevated Liver enzymes and Low Platelets), abruption, sepsis, drugs (aspirin)
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Major Causes of 3rd trimester bleeding are:
**Major Causes** - Placental Abruption (30%) - Placenta Praevia (20%) **Other causes include:** - Heavy bloody show - Cervical carcinoma - Polyps - Cervical or vaginal infection - Trauma - Varicosities - Invasive placenta - Vasa Praevia Note - 6% of all pregnancies experience some type of vaginal bleeding in the 3rd trimester
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Classifications of Placenta Praevia
* Marginal – lies within 2-3cm of internal os * Partial – Implants near and partially covers the os * Total – completely covers the os
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Summarise **Abruption Placenta** Incidence, definition, types, aetiology
Incidence - 1:200 pregnancies - Premature separation, partial or total of a normal implanted placenta from the decidual lining of the uterus after 20 weeks gestation - Can be: -Marginal/Apparent - Central/Concealed - Mixed/Combined Aetiology - Actual cause unknown, however strong association with HTN - both chronic and PIH (preg induced htn) - 1 x Prev abruption - 10% inc risk, 2 =25% inc risk Other causes: Abdo trauma - ie MVA Rapid uterine decompression Cocaine Smoking Uterine abnormalities - eg bicornate uterus, leiomyoma Prior cesarean
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Risk factors for Pre-Term PV bleeding include:
- Pre-eclampsia - Hypertension - Preterm rupture of membranes - Cigarette use - Cocaine use - Thrombophilias - Multifoetal gestation - Previous abruption - Uterine leiomyoma - Multiparity - Previous caesarean section delivery - Advancing age
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Major and minor causes of 3rd trimester antepartum haemorrhage are:
**Major** Abruptio placenta Placenta praevia **Minor** Heavy blood show Ca cervix polyps trauma varicosities vasa praevia
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Grades 1-4 of placenta praevia
Grade 1- minor-placenta in the lower uterine segment Grade 2- reached cervix Grade 3- covers the cervix Grade 4- completely over the cervix
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Drug therapy for PPH (Drug, Dose, Route, Side effects)
- **Syntocinon** 10 units IMI, *or* 5 units IVI *or* 40 units in 1L Hartmann’s/Saline infusion - Rash, itching or hives, swelling of face, lips tongue, throat (possible angiooedema), wheezing, nausea - *High doses can cause H2O intoxication due to antidiuretic effect - Oxytocin mimics ADH* - **Ergometrine** IV 0.25mg *or* IM 0.5mg - Gangrene, hypertension, drowsiness or confusion, nausea, vomiting. - May entrap placenta if 3rd stage not complete - **Misoprostil** 800 – 1000mcg (tab per rectum) - Diarrhoea, abdo pain, hyperthermia, shivering/chills, headache, vomiting - **Prostaglandin F2 alpha** - Intramyometrium up to 3mg - Nausea, vomiting, diarrhoea, headache, flushing, pyrexia, uterine rupture, cardiac arrest
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List common Aetiological factors in Infertility
* Male factor — 23 percent * Ovulatory dysfunction — 18 percent * Tubal damage — 14 percent * Endometriosis — 9 percent * Coital problems — 5 percent * Cervical factor — 3 percent * Unexplained — 28 percent
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List causes of male infertilty
* Seminiferous Tubule Dysfunction * 60 to 80 percent including microdeletions of the Y chromosome. * Post-testicular defects (disorders of sperm transport) * 10 to 20 percent. * Primary hypogonadism * 10 to 15 percent. * Hypothalamic pituitary disease (secondary hypogonadism) * 1 to 2 percent.
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Causes of female infertility
* Ovulatory disorders (25 percent) * Endometriosis (15 percent) * Pelvic adhesions (12 percent) * Tubal blockage (11 percent) * Other tubal abnormalities (11 percent) * Hyperprolactinemia (7 percent)
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Describe degrees of peroneal tears
* **1st degree**: Injury to perineal skin only. * **2nd degree**: Injury to perineum involving perineal muscles but not involving the anal sphincter. * **3rd degree**: Injury to perineum involving the anal sphincter complex: – 3a: Less than 50% of EAS thickness torn. – 3b: More than 50% of EAS thickness torn. – 3c: Both EAS and IAS torn. * **4th degree**: Injury to perineum involving the anal sphincter complex (EAS and IAS) and anal mucosa.
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Risk factors for severe perineal tears (3rd and 4th degree)
Note: Overall risk of anal sphincter injury about 1% * Birth weight over 4 kg (up to 2%) * Persistent occipitoposterior position (up to 3%) * Nulliparity (up to 4%) * Induction of labour (up to 2%) * Epidural analgesia (up to 2%) * Second stage longer than 1 hour (up to 4%) * Shoulder dystocia (up to 4%) * Midline episiotomy (up to 3%) * Forceps delivery (up to 7%)
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Dosage & anti D indications
* Lose does (250iu) for 1st trimester indications * Antenatal **prophylaxis (625iu) at 28 and 34 weeks** for Rh Neg nulliparous women with no performed antibodies 1st trimester indications: - Chorionic Villus Sampling; - Miscarriage; - Abortion (medical after 10 weeks of gestation or surgical); and - Ectopic pregnancy - Molar pregnancy 2nd and 3rd Trimester Indications - Obstetric haemorrhage; - Amniocentesis or other invasive fetal intervention; - External cephalic version of a breech presentation, whether successful or not - Abdominal trauma, or any other suspected intra-uterine bleeding or sensitising event. - Abortion
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Possible complications of Post Partum Haemorrhage (PPH)
* Iron deficiency anaemia * Delay or failure of lactation due to pituitary effects * Pituitary infarction * Exposure to blood products * Haemorrhagic shock & hypotension * Coagulopathy * Acute tubular necrosis * Coma * The need for further surgical intervention * Prolonged hospital stay
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Baby Blues vs Post Partum Depression Table comparison
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Strategies for prevention of **Pre-eclampsia** & placental insufficiency & placental abruption
- Aspirin 150mg (1/2 a normal tablet) nightly from 10-12 weeks until 36 weeks - Calcium > 1000mg per day after 20 weeks - if deficient 25-50% reduction in early onset disease 14% reduction in neonatal death
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In regards to **First trimester serum screening** - What are the two biochem markers we look at levels of? - What are some associations? What is the other screening test we do?
- Pregnancy associated plasma protein - **PAPP-A** - Free ß-human chorionic gonadotropin - **Free ß -hCG** - Low PAPP-A - assoc with: - Intra-Uterine Growth Restriction (IUGR) - Small for Gestation Age (SGA) - Miscarriage - Levels expressed as Multiples of Median (MoM) Other screening test is **Nuchal Translucency Scan** - >3.0mm associated with Tri 13, 18, 21 and other anomalities - cardiac, skeletal Also look for nasal bone development Abnormal results are taken into account with maternal age as a pre/post test probability
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What is HELLP syndrome?
A complication of pregnancy - HELLP stands for: ***H**aemolysis **E**levated **L**iver enzymes and **L**ow **P**latelet count* Usually begins in 3rd trimester or shortly postpartum Symptoms include - fatigue, headache, nausea, upper R quadrant P, epistaxis, seizures. Complications include -- Disseminated Intravascular Coagulation (DIC), placental abruption, renal failure Occurs in assoc w pre-eclampsia or eclampsia, and risk increases w mothers >25y Dx involves blood tests showing signs of haemolysis, and must include all of: - Lactate Dehydrogenase > 600 units/L - Aspartate transaminase > 70 units/L - Platelets < 100 x 10^9 / L Rx involves delivery ASAP
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6 I’s causing DKA
Infection Infarction Insulin - not enough Ingestion of bulk glucose Iatrogenic Infant/Insemination - ie, you’re pregnant
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Explain management options for **incomplete miscarriage/ incomplete pregnancy**
**Expectant management** - Can wait for the body to pass the products of conception on its own - Can take quite a long time (days-weeks) - Need to have follow up to track bHCG levels or an ultrasound to ensure all products have passed - Risks = pelvic infection, if fails needs medical or surgical management, associated with bleeding/cramping, can be psychologically difficult for some women **Medical management** - Uses a drug called misoprostol – placed in the vagina and it causes the uterus to contract to help remove the products. Is quicker than expectant management - Need to have follow up to track bHCG levels or an ultrasound to ensure all products have passed - Risks – can cause side effects (bleeding, pain/cramps, fever/chills, diarrhoea, vomiting), if fails may need surgical management **Surgical management** - Suction curettage (<13 weeks gestation) or dilation and evacuation (>14 weeks) - Surgery done under general anaesthetic – the surgeons will dilate the cervix and insert a tube into the uterus which will remove the products of pregnancy - Most effective method, one surgery does not have impact on fertility in future, day procedure so can go home same day - Risks – risks of surgery (anaesthesia, bleeding, infection, damage to surrounding structures)
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Features suggestive of an unwell child
**Colour** Pallor (including parent/carer report) Mottling Cyanosis Jaundice **Activity** Lethargy or decreased activity Poor Feeding Not responding normally to social cues Does not wake or only with prolonged stimulation, or if roused, does not stay awake Weak, high-pitched or continuous cry **Respiratory** Grunting Tachypnoea Increased work of breathing Hypoxia **Circulation and Hydration** Poor feeding Murmur, weak peripheral pulses Persistent tachycardia Central CRT ≥3 seconds Dry mucous membranes, reduced skin turgor, sunken fontanelle Reduced urine output / Hypotension **Neurological** Bulging fontanelle Neck stiffness Tone Focal neurological signs Focal, complex or prolonged seizures **Other** Non-blanching rash Fever for ≥5 days Swelling of a limb or joint Not using an extremity Distended abdomen
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Infective causes that must be considered in an unwell neonate or infant (thnk viral and bacterial, locations and types)
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Medical issues requiring surgical management for an unwell neonate or young infant
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Causes of an unwell neonate or infant (cardiac or respiratory in origin)
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Causes of an unwell neonate or infant to consider (endocrine, metabolic or outliers)
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Management summary of unwell neonate or infant
**Investigations** For unwell neonates and young infants: - Perform FBE, CRP, blood culture, urine (SPA), BSL, LP - Consider blood gases - Consider chest X-Ray **Treatment** All unwell neonates and young infants should receive: - early administration of empiric antibiotics (IV/IM/IO) - prompt management of sepsis - consider aciclovir - adequate analgesia and sedation Careful fluid management: - fluid resuscitation as required - maintenance fluids (account for oral intake) Treatment targeted to underlying suspected cause - Consider a nasogastric tube on free drainage if bowel obstruction is suspected - Early referral to the paediatric, surgical and/or sub-specialist teams as indicated - *In neonates with suspected duct dependent congenital cardiac condition, consider IV prostaglandin.* **Consider Consultation with local paediatric team when** Assessing any unwell neonate or young infant **Consider transfer when** - Child requiring care beyond the comfort level of the hospital - For emergency advice and paediatric or neonatal ICU transfers, see Retrieval Services **Consider discharge when** - The neonate/infant is clinically well and there is low likelihood of infection based on examination and negative infective indices - In this setting, and if cultures are negative at 48 hours, antibiotics can be ceased Note: a clinically well child (≥3 months) with normal investigations can be discharged with follow up in 12-24 hours
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First 30 minutes paediatric sepsis assessment and management
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RCH antibiotic guidelines for suspected sepsis
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Management flowchart for febrile child at least 3 months of corrected age
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What is **Kawasaki Disease**?
- Kawasaki disease (KD) is a **clinical diagnosis** that requires prompt recognition and management - Consider incomplete KD where there is prolonged fever and no alternative cause found - **Infants and adolescents** may present with incomplete KD and are at particularly high risk of **developing coronary artery aneurysms** - Early treatment with intravenous immunoglobulin (IVIg) has been shown to reduce morbidity and mortality KD is the second most common vasculitis in childhood after Henoch Schönlein purpura, and is the most common cause of acquired heart disease in children in high-income countries. **Lack of appropriate treatment leads to coronary artery aneurysms (CAA) in approximately 25% of cases.** Worldwide distribution, although more common in Asian children **Approximately 75% of cases occur under 5 years of age** **Less common in children < 6 months and > 5 years; however these children are more likely to develop CAA** Can present without all diagnostic criteria (see flowchart below) which can present a significant diagnostic challenge
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How to diagnose Kawasaki Disease
Kawasaki disease: Diagnostic criteria **Fever persisting for 5 days, PLUS 4 of the 5 following criteria: CROEL** - A diagnosis earlier than 5 days can be made with a typical presentation in consultation with an experienced clinician - KD can be diagnosed with less than four of the following features if coronary artery abnormalities are present **Conjunctival Injection** Billateral, non exudative, painless. Often with limbic spating - ie zone around iris is clear **Rash** Erythematous polymorphous rash occurs in first few days, involving trunk and extremeties Variable presentations, most commonly maculopapular, erythema multiforme-like or scarlantinform Bullous, besicular or petechial rashes are not typical in KD **Oral changes** Strawberry tongue Erythema, dryness, cracking and bleeding of lips Diffuse oropharyngeal erythema Exudates are not typical of KD **Extremety changes** Hyperaemia and painful oedema of hands and feet Progresses to **desquamation** from the second week of illness **Lymphadenopathy** - Cervical, most commonly unilateral, tender - At least 1 node >1.5cm - Less common feature and seen in older children **Common findings in addition to the diagnostic criteria include:** - Neurological: irritability, aseptic meningitis - GIT symptoms: abdominal pain, vomiting, diarrhoea, gallbladder hydrops - Arthralgia / arthritis - Dysuria - Inflammation at recent (within 6 months) BCG vaccination site KD is a medium vessel vasculopathy; any organ system can be affected
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What is **Cutis Mamorata**?
Caused by superficial blood vessels contracting and dilating at the same time Often benign, reasons for reaction are not fully understood Can happen when skin cools Often decreases as children age
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What is your list of potential DDxs for EVERYTHING! ie when you have a hell mindblank
VINDICATE or Head to Tail! think of things which can go wrong at each place
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Complications due to prematurity
PPBRRAIN - Pneumothorax - Patent Ductus Arterosis - Bronchopulmonary Dysplasia - Retinopathy of prematurity - Respiratory Distress Syndrome - Apnoea / Bradycardia of the newborn - Intra Ventricular Haemorrhage - Graded 1-4 - Necrotising Enterocolitis Also: - Sepsis - Jaundice
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4 H's and 4 T's: Reversible causes of Cardiac arrest
(Oxygen, Volume, Potassium, Temp) Hypoxia Hypovolaemia Hypokalaemia/hyperkalaemia Hypothermia/hyperthermia (Pneumo, Tamp, Thromb, Tox) Tension Pneumothorax Tamponade Thrombosis Toxins
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Describe steps for a **Baby Check**
Think - do less invasive things first, and try to auscultate heart sounds early if bub is not crying so that you can hear. This is a rough ideal order, but obviously you have to work with the bub First lot of things are only really possible to do well when bub isn't crying, and hence here they gradually get more invasive. Gradually undress bub, keep them warm and covered for as long as possible! **General appearance - tone etc** 1 - Auscultate Heart sounds - 3 areas - pulmonary, mitral, apex 2 - Auscultate lung sounds anteriorly 3 - Pupillary light reflex - abnormal can be black or white 4 - Femoral Pulses - check for patent urethra - ie has bub urinated 5 - Palpate abdomen - spleen, liver, kidney - any distentions. -Check testes in boys **These onwards, not as important for bub to be relaxed** 6 - Hands - fingers, palmar creases, grasp reflex, upper limb tone 7 - Legs and feet - toes, foot reflex 8 - Face - eyes, nose, mouth 9 - Head - Cranial sutures not lapping, Fontanelles, Bruising or lacerations from instrumental delivery 10 - Mouth - Cleft palate, Tongue tie, gum abnormalities 11 - Chest - nipples, no lumps 12 - Back - Spinous processes, no spinal lesions, patent anus, sacral dimple 13 - Walking reflex 14 - Moro's test - Startle reflex 15 - Hip dysplasia check - 1st - Barlow's - Posterior pressure in 90 degrees flexion - Test pos is dislocation - 2nd - Ortolani's - 1 leg at a time - Flex to 90, gradual abduct with simultaneous medially directed force over the greater trochanter - should relocate fem head in acetab if positive
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"100:50:20, 4:2:1 Rule" for maintenence fluid for paeds
Formula based on assumption of: - 100ml/kg/day fluid intake - 3mL/kg/hr urine output, - Normal stool output Thus, it must be tailored to individual situation - Lower - bronchiolitis, meningitis - cases with higher ADH secretion Higher - Diarrhoea ++ ~ 400mL/kg/day
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Recommended IV fluid types for RESUSCITATION, REPLACEMENT and MAINTENENANCE in paeds
Resuscitation - 0.9% NaCl Replacement - 0.9% NaCl + 5% glucose +/- KCl Maintenance - 0.9% NaCl + 5% glucose +/- KCl
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RCH flowchart for febrile child >3 months What temperature are we getting worried at? If child is unwell & fever is unknown origin, what investigations are we considering?
38 c FBC (FBE) BSL Lactate CRP - as baseline Blood Culture Urine MCS +- LP +- CXR
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Describe roughly development of lung parenchyma intrautero, and clinical implications of this
Ie - Premature babies do not have fully developed alveoli, and thus often need input for respiratory support
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Risk factors for Developmental Dysplasia of the Hip (DDH) and Physical examination findings
RISK - female sex - breech delivery - intrauterine packaging deformities e.g. plagiocephaly, foot deformities or torticollis - family history of DDH PHYS EX - Instability with Barlow’s or Ortolani’s test - limitation of hip abduction - deep uneven gluteal crease - leg length discrepancy - waddling gait after walking age
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DDx list for Haemoptysis
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SMARTCOP considerations for CAP - Community Acquired Pneumonia
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AKI Causes
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Questions to ask patient with anaemia
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Testicular Cancer Summary - General summary - Presentation and findings O/E - Risk Factors
**Testicular Cancer** Most common cancer in young men and is one of the most curable of all cancers. More than 95 percent of all men diagnosed with testicular cancer survive their disease. **O/E** - Typically painless swelling - Males 20-35 - Negative translumination - Dull pain or discomfort in the lower abdomen or scrotum - Metastasis to lungs or bones → SOB, cough, chest pain, bone pain - Gynaecomastia - hormonally active leydig cell tumor - Precocious puberty in preadolescent males **Risk Factors** Non-modifiable - Male sex - 20-35 - Family or personal Hx of testicular cancer - Cryptorchidism - (one or both testes fail to descend from abdomen) - Genetics – Klinefelter + Down syndrome Modifiable - Carcinogen exposure **Tumor markers include:** - Alpha-fetoprotein - AFP - Beta- Human chorionic gonadotrophin - b-HCG - Lactate Dehydrogenase - LDH **Treatment includes** - Radical inguinal orchidectomy - removal testicle and spermatic cord via inguinal canal to reduce risk of mets - Chemotherapy - Radiotherapy - Sperm banking is strongly encouraged
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Potential abnormalities of TONE which may cause PPH (Post Partum Haemorrhage) Headings and subheadings
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TRAUMA causes of PPH (Post Partum Haemorrhage)
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TISSUE related causes for PPH
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THROMBIN causes of PPH
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Define PPH (Post Partum Haemorrhage) Also, primary and secondary
* Blood loss >=500ml during and after childbirth. * Severe PPH is defined as a blood loss of >=1000ml OR * Any amount of blood loss postpartum that causes haemodynamic compromise. NB. Blood may collect in an atonic uterus with little evidence of excessive loss but with a fundal height increase. **Primary - 0-24hr after birth** **Secondary - 24hr - 12 weeks postpartum**
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Risk Factors for PPH Note: Active management of 3rd stage of labour is recommended for ALL women
**Antepartum** * Previous PPH/retained placenta * Grand multipara * Placenta praevia * Anaemia * Antepartum haemorrhage (praevia) * Over distension of the uterus as in; multiple pregnancy, polyhydramnios, macrosomia * Fibroids * Preeclampsia * Chorioamnionitis **Intrapartum and Postpartum** * Prolonged or Precipitate labour * Mismanaged 3rd stage of labour * Labour augmented with Syntocinon * Assisted birth – vacuum/forceps * Retained placenta * Distended bladder * Caesarean section * Lower genital tract trauma (episiotomy) * Abruption * Placenta praevia * Inversion of uterus or uterine rupture
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Risk factors UTI
Female Sexual activity Diabetes Mellitus Incontenence Recent travel - prevalence of resistant or other organisms Men - - Lack of circumcision - Functional/anatomical abnormality of urinary tract - ie obstruction
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Options if Drug Management does not work for PPH (Post Partum Haemorrhage)
- Bimanual compression - Insertion of Bakri Balloon - Tamponage Then: Surgical options - Uterine compression sutures - Ligate uterine or hypogastric arteries - Peripartum hysterectomy --- LAST RESORT Radiological intervention - Uterine artery embolization
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Differential Diagnoses of Groin or Scrotal Swelling
- Testicular cancer - Inguinal hernia - Femoral hernia - Testicular torsion - Hydrocoele - Varicocoele - Spermatocoele - Epididymitis - commonly from STIs such as chlamydia - Epididimo-Orchitis - Inflam involves teste and epididymis
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Pre-Eclampsia risk factors
- Chronic HTN - Pre-Eclampsia previous pregnancy - FHx Pre- Eclampsia - 1st pregnancy - Mum >40 - Kidney disease - Diabetes - Autoimmune disease - Multiple pregnancy - BMI >= 35 - IVF
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Neuropathic pain meds
Calcium channel blockers: Pregabalin (Lyrica) Gabapentin (Neurontin) Noradrenalline can play a part, thus SNRIs - (Duloxetine, Venlafaxine) TCAs - (Amitryptaline, Nortryptaline)
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Cardiac arrest pathway - - What rhythms are shockable - What drugs are given and when?
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STEMI management flowchart, and management when PCI (Percutaneous Coronary Intervention) is notimmediately available
**Aspirin 300 mg orally**, chewed or dissolved before swallowing, for the first dose, then 100 to 150 mg daily PLUS ONE OF THE FOLLOWING **1st pref: ticagrelor 180 mg orally**, for the first dose, then 90 mg twice daily OR **1st pref: prasugrel 60 mg orally**, for the first dose, then 10 mg daily OR **2nd pref clopidogrel 600 mg orally**, for the first dose, then 75 mg daily. *The preferred P2Y12 inhibitors for a patient undergoing PCI are ticagrelor* and prasugrel; these have more rapid onset of action, less variable platelet inhibition, and *better clinical outcomes than clopidogrel.* Clopidogrel is used if ticagrelor and prasugrel are not available or are contraindicated [Note 4], including if the patient: - is being treated with thrombolytic therapy - has a separate indication for oral anticoagulation - has a high or very high bleeding risk (eg a PRECISE-DAPT score of more than 25 or a HAS-BLED score of more than 3) - has had prior intracranial haemorrhage or stroke, recent gastrointestinal bleeding or - anaemia, or has a coagulopathy - has liver failure, or severe kidney failure (estimated glomerular filtration rate [eGFR] less than 15 mL/min or requiring dialysis) - is of extreme old age or frail.
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Minor Alcohol withdrawal symptoms
- Insomnia - Tremulousness - Mild anxiety - Gastrointestinal upset, anorexia - Headache - Diaphoresis - Palpitations Remember: 20% could experience more advanced manifestations such as hallucinosis, seizures, and delirium tremens Status epilepticus is very uncommon - if this presents, we must keep in mind it may be something else
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Run through a MMSE - Mini Mental Status Exam
Total Score /30 Score < 23/30 is indicative of cognitive impairment
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Key GCS scores in primary survey
8 - intubate 11 - Very close watch - may need support
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Broad categories of blood loss in trauma - with memory tool
An easy way to remember the categories is to think of the scores in a game of tennis: Love – 15 – 30 – 40 — game over (>40) **Class 1 Blood loss: up to 750 mL or 15% blood volume** Heart rate: <100/min Blood pressure: normal Pulse pressure (mmHg): normal/ increased Respiratory rate: 14-20/min Urine output: >30 mL/h CNS: slightly anxious Heart rate is minimally elevated or normal (<100) Typically, there is no change in blood pressure, pulse pressure, or respiratory rate. **Class 2 Blood loss: 750-1500 mL or 15-30% blood volume** Heart rate: 100-120/min Blood pressure: normal Pulse pressure (mmHg): decreased Respiratory rate: 20-30/min Urine output: 20-30 mL/h CNS: mildly anxious **Class 3 Blood loss: 1500-2000 mL or 30-40% blood volume** Heart rate: 120-140/min Blood pressure: decreased Pulse pressure (mmHg): decreased Respiratory rate: 30-40/min Urine output: 5-15 mL/h CNS: anxious, confused **Class 4 Blood loss: >2000 mL or >40% blood volume** Heart rate: >140/min Blood pressure: decreased Pulse pressure (mmHg): decreased Respiratory rate: >35/min Urine output: negligible CNS: confused, lethargic
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Sites for Major Bloodloss - Mnemonic
**SCALPR** ‘Street’: scalp and external sources (especially small children) Chest Abdomen Long bones (especially femurs) Pelvis Retroperitoneum
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Causes of Bradycardia
- Heart blocks - Sick sinus syndrome/sinus node dysfunction - Triggered/precipitated bradycardia, e.g. - Electrolyte abnormalities - Drugs: digoxin, CCBs, beta blockers - Inferior ischaemia - Neurocardiogenic syncope - Infections, eg: aortic root abscess
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What is the PR interval? What does it reflect? What is a normal one, and what is abnormal? What does abnormal suggest?
The PR interval is the time from the onset of the P wave to the start of the QRS complex. It reflects conduction through the AV node. - The normal PR interval is between 120 – 200 ms (0.12-0.20s) in duration (three to five small squares). - If the PR interval is > 200 ms, first degree heart block is said to be present. - PR interval < 120 ms suggests pre-excitation (the presence of an accessory pathway between the atria and ventricles) or AV nodal (junctional) rhythm.
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What's significant about this ECG strip?
5mm = 0.2 seconds
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What's garn non here?
**Second degree AV block (Mobitz I) with prolonged PR interval** - Second degree heart block, Mobitz type I (Wenckebach phenomenon). - Note how the baseline PR interval is prolonged, and then further prolongs with each successive beat, until a QRS complex is dropped. - The PR interval before the dropped beat is the longest (340ms), while the PR interval after the dropped beat is the shortest (280ms).
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Presentation and Management of **Giant Cell Arteritis**
Women and men approximately 45 years old and who suffer from several complaints (at least 5 of the 16 symptoms)[26] listed below could have giant cell arteritis. - Fatigue and apathy - Stiffness in joints and/or muscles - Painful jaws when chewing - Sensitive scalp - Physical malaise and/or weakness - Bloated arteries of the temples - Headaches, migraine - Tongue problems - Bleakness, depression - Changed eyesight - Anorexia or reduced appetite - Reduced eyesight, blindness - Unusual loss of weight - Fever - Diaphoresis - Night sweats Medical emergency due to potential vision loss High dose corticosteroids - likely prednisolone 1mg/kg/day is treatment
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Where do ECG leads roughly equate to anatomy?
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ECG summary of axis deviation - ie what leads are we looking at??
Leads **I and aVF**
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Diagram showing leads for QRS axis estimation
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Basic summary table of how hyperkalaemia can cause ECG changes
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Causes of Axis Deviation Left, Right & Extreme - think of 3 for each!
**Right Axis Deviation** - Right ventricular hypertrophy - Acute right ventricular strain, e.g. due to pulmonary embolism - Lateral STEMI - Chronic lung disease, e.g. COPD - Hyperkalaemia - Sodium-channel blockade, e.g. TCA poisoning - Wolff-Parkinson-White syndrome - Dextrocardia - Ventricular ectopy - Normal paediatric ECG - Left posterior fascicular block – diagnosis of exclusion - Vertically orientated heart – tall, thin patient - Secundum ASD – rSR’ pattern **Left Axis Deviation** - Left ventricular hypertrophy - Left bundle branch block - Inferior MI - Ventricular pacing /ectopy - Wolff-Parkinson-White Syndrome - Primum ASD – rSR’ pattern - Left anterior fascicular block – diagnosis of exclusion - Horizontally orientated heart – short, squat patient **Extreme Axis Deviation** - Ventricular rhythms – e.g.VT, AIVR, ventricular ectopy - Hyperkalaemia - Severe right ventricular hypertrophy
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Describe how a **D-Dimer** test works What are we looking for? When would you use it?
The D-dimer is a by-product of the blood clotting and break-down process that can be measured via analysis of a blood sample. - Platelets in the blood are connected to a D-subunit. - When a clot forms, the D-group between platelets form a bond - Many platelets bound together by these bonds (along with other factors like fibrin) form a clot. - As part of a healing process, clots which form begin to break down quickly, releasing D-dimers D--P--D + D--P--D → D--P--D==D--P--D → D--P + D==D + P--D **Ie- D-dimer is released when a blood clot begins to break down.** D dimers have a **high sensitivity but low specificity** for detecting PE or DVT in low-risk populations
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Adrenaline Describe doses and route - Cardiac Arrest and Anaphylaxis
**Cardiac Arrest** - 1mg adrenaline - 1:10000, 10mL IV - Flush with saline after **Anaphylaxis** - 0.5 mg adrenaline - 1:1000, 0.5mL IM
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**Advanced Life Support for Adults** What are the 4 T's and 4 H's to consider and correct? What drugs are used? When do we use them? - shockable and non shockable rhythms what cycle
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Anticholinergic side effects
Can't see - Pupil dilation Can't pee - Urinaty retention Can't sweat - Flushed skin, Dry skin Can't spit - Dry mouth Can't shit - Decrease in GI motility Tachycardia
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**QT interval** What is normal? What causes prolonged? What are complications of this?
Remember - 1 small box = 0.04s or 40ms - 1 large box = 0.2s or 200ms QT interval should usually be measured in lead II or V5-6 - however lead with longest measurement should be used **QT is prolonged if >440ms in men or >460ms in women** ie about 22-24 mm or small boxes **Causes of prolonged QT interval:** - Hypokalaemia - Hypomagnesaemia - Hypocalcaemia - Hypothermia - Myocardial ischaemia - ROSC post cardiac arrest - Raised ICP - Meds/Drugs - Antipsychotics, antiarrythmics, Tricyclic antidepressents, antihistamines, macrolides (mycins) - Congenital long QT syndrome **Complications include** - Toursades de pontes - Ventricular Fibrilation - Sudden death
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Causes of QRS widening
- Hyperkalaemia - Hyper/hypo magnesemia - Tricyclic antidepressent poisoning - BBB
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OSCE Station: Peripheral neuro exam - UL or LL What is your order of operations
**Intro Ax** - LL - Gait - Figure 8 - Toes/Heels if ok - UL - Pronator drift **Key Bits** 1 - *Tone* - QUICK! 5 seconds per side - check all joints together - will be obvious if increased, and won't be decreased 2 - *Power* - Keep it joint by joint - check all, at one billaterally, then move distally 3 - *Reflexes* - Joint on 1/2 stretch - Succinct 4 - *Co-Ordination* - - UL - Dysdiadochokinesis flip clap, tracking finger to nose - LL - Heel slide, toe tap 5 - *Sensation* - Sharp/dull, Proprioception **Extra** - Clonus - Babinski
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Upper Limb Dermatomes and Myotomes summary
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Lower Limb Dermatomes and Myotomes Summary
**HIP** F - L2 L3 E - L4 L5 ADD - L2 L3 L4 - Obturator ABD - L4 L5 - Sup Gluteal **KNEE** E - L3 L4 F - L5 S1 **ANKLE** DF - L4 L5 PF - S1 S2 INV - L4 L5 EV - L5 S1 **HALLUX** E - L5 F - S1
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Types and Examples of causes of **Pleural Effusion**
**Transudative** Common - "failures" - Heart Failure, Cirrhosis - liver failure Less Common - Hypoalbuminaemia, Nephrotic Syndrome, Perotineal dialysis, Hypothyroidism **Exudative** Common - Infection (parapneumonic, tuberculosis), malignancy Less Common - Pulmonary infarction, Pancreatitis, Post MI (dressler's syndrome), post CABG Autoimmune diseases (eg Rheumatoid arthritis), Asbestosis Rare - Drugs - methotrexate, amiodarone, phenytoin **Other** Haemothorax - blood in pleural space Empyema - pus in pleural space Chylothorax - Chyle in pleural space due to disruption of thoracic duct (neoplasm, trauma, infection/inflammation)
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Rx for CAP (community acquired pneumonia) mnemonic
MAD MoBeD SAC
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Most common culprit organisms for sepsis of an unknown origin Treatment
Escherichia coli Staphylococcus aureus Streptococcus pneumoniae Neisseria meningitidis MRSA or pseudomonas aeruginosa are more common if infection associated with health care contact
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Dukes Criteria for Infective endocarditis
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What are **Pharmacokinetic** drug-drug interactions? What are the physiologic factors which affect this?
Pharmacokinetic drug-drug interactions occur when a drug alters the **absorption, distribution or elimination** of a co-administered agent. Pharmacokinetic interactions may result in the increase or the decrease of plasma drug concentrations. Physiologic factors include: absorption, distribution, metabolism, and excretion. The main factors are disease, genetics, and age.
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How do P-glycoprotein INDUCERS and INHIBITORS affect bioavailability of substrates (other drugs)
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Describe some competetive effects of: warfarin, statins, st johns wort, macrolides, fluconasole
**Warfarin** is metabolised by CYP enzymes **Fluconazole** - antifungal, inhibits p450 enzymes - increases effects of warfarin **Statins** - Warfarin Inhibits statin metabolic process -increased risk of toxicity and rhabdomyolysis **St John's Wort** - Induces CYP enzymes - Can decease warfarin Effectiveness **Macrolides** - can inhibit warfarin metabolism, inhibiting CYP enzymes
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Neoplastic DDx summaries
Benign Melignant Primary Metastatic
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Most common brain 2ndary cancers
Melanoma Lung Renal
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Common primary cancers to not forget
Prostate Breast Colorectal Lung Melanoma
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Classification of Seizures
**1. Partial seizures** a. Simple partial seizures (with motor, sensory, autonomic, or psychic signs) b. Complex partial seizures c. Partial seizures with secondary generalization **2. Primarily generalized seizures** a. Absence (petit mal) b. Tonic-clonic (grand mal) c. Tonic d. Atonic e. Myoclonic **3. Unclassified seizures** a. Neonatal seizures b. Infantile spasms
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Symptomatic Triad for Aortic Stenosis
- Exertional Dyspnoea - Angina - Syncope
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Heart Sounds Diagram
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DDx Acute Abdomen - Think Systems
**GI** - Appendicitis - Mechanical bowel obstruction - Perforated viscus - Bowel ischaemia - Diverticulitis - Strangulated hernia - Sigmoid volvulus **Hepatopancreaticobiliary** - Acute pancreatitis - Acute cholecystitis - Biliary colic - Obstructive jaundice +- cholangitis **Urological** - Ureteric colic - Testicular torsion **Gynaecological** - Ruptured ectopic pregnancy - Ovarian torsion - Ovarian cyst rupture - Salpingitis **Vascular** - Ruptured Abdominal Aortic Aneurysm (AAA) - Aortic dissection
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Acute problem in Oncology patient: Framework to consider
**Disease Problem** **Treatment Problem** - Eg methotrexate - Give folinic acid **Something else** - Rando unrelated problem - eg a fall, MI, etc
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Key things to Consider in a Cancer Patient
**Where is it?** - Staging **What is it?** - Pathology (Tissue) **What are my patient factors?** - RF/Family/Genetics - Performance status - ECOG - 0 = Normal, - 1 = Strenuous exercise restriction but able to do most ADLs - 2 = Capable of most things, up and around >50% of the day - 3 = Resting > 50% of the day - 4 = Chair or bed bound - 5 = Dead - Comorbidities - Support networks - Values/beliefs - eg Jehova's Witness blood products after, Friend/family experience **What Can I Do?** - Treatment options - Chemotherapy/ Immunotherapy - Radiotherapy - Surgery - Palliative care **Do it** - Surg - where/when/recovery - Chemo - where/ when/ IV access - Radiation - Where /how /planning - Palliative - Symptom management/ Care for patient **Review it** - Evaluate treatment - Follow up - Survivorship - Manage long term living with cancer - Those who have complications from treatment or cancer & "cured" - Psychology - Return to work help with disabilities and other morbidity
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Triple ax of Cancer/lumps
**History and Exam** - How long - Consistency **Imaging** - Diagnostic mamogram **Biopsy**
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When do we use Tamoxifen
SERM - Selective Oestrogen Receptor Modulator Pre and Peri menopausal breast cancer
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Breast Cancers Things to consider
DCI - Ductal Carcinoma In Situ - Not Ductal Carcinoma Pupiliary - Rarer Tubular LCS - Grade - 1-3 Margin ER/PR HER2 (human epiderman receptor 2) Sentinal Lymph Node Biopsy TNM T - 1-4, Size in breast cancer - T1 <1cm, T2 1-2cm, T3 >2cm, T4 Inflam N - 1-3, Axilliary and internal mammary number of nodes - M - Nodes, Brain, Lung Liver, PEritoneum, Ovaries
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How often to review after breast cancer Diagnosis
12 monthly U/S for 10 years post Diagnosis Clinical Exam every 3 month
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Inheritance pattern BRCA
Autosomal Dominant - Ie 50% likelyhood
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Murmers and inspiration
R heart Louder on inspiration L heart louder on expiration Blood goes in before out - ie larger R filling on inspiration
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What do the 2 physiologic heart sounds correspond with? S3 mnemonic S4 mnemonic
- **S1 (1st sound)** = closure of AV (mitral and tricuspid) valves at the beginning of systole (point a). - Normally a single sound because mitral and tricuspid valve closure occurs almost simultaneously. - Clinically, S1 corresponds to the pulse. - **S2 (2nd sound)** = of semilunar (aortic and pulmonary) valves - S2 is normally split because the aortic valve (A2) closes before the pulmonary valve (P2) - due to aortic pressure > pulmonary trunk pressure - Sound split widens during inspiration, narrows during expiration - **S3 (3rd sound)** - "Sloshing In" - Can be physiological - Early diastole - Represents a transition from rapid to slow ventricular filling in early diastole. - S3 may be heard in normal children - **S4 (4th sound)** - "Stiff Wall" - Always pathological! - Abnormal late diastolic sound - Caused by atrial contraction when decreased ventricular compliance is present.
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Murmers - Divide into Systolic/Diastolic - Feel the pulse at start of Systolic Early/Mid-Late
Systolic Ejection (early) - AS -loud /PS -quieter Pan/Holo Systolic (mid/late) - MR - loud / TR - quieter Diastolic Early - AR (loud) - PR (quieter) Mid/Late Diastolic - MS (loud) - TS (quieter)
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Definition of AKI
According to KDIGO, AKI is defined as an: 1) Increase in serum creatinine by ≥0.3 mg/dL (26.52 µmol/L) within 48 hrs; OR, 2) Increase in serum creatinine to ≥1.5 times baseline (i.e. 50% above baseline), which is known or presumed to have occurred within the prior 7 days; OR, 3) Urine volume <0.5 mL/kg/h over a 6-hour period.
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Key clinical signs for hypovolaemia/dehydration
Dry MM Sunken eyes Reduced skin turgor Tachycardia Postural hypotension Supine hypotension only after >10% loss bodyweight - severe!!
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Causes of acute tubular necrosis
Nephrotoxic drugs Prolonged and severe hypotension Tubular cells can regenerate - epithelial cells, however the glomerulus will not
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What are casts found in urine?
Urinary casts are cylindrical structures that are formed from coagulated protein (Tamm-Horsfall protein) secreted by tubular cells. As their name implies, they are usually formed in the long, thin, hollow renal tubules and take their shape. Low urine flow rate, high urinary salt concentration, and low urine pH all favor protein denaturation and precipitation of Tamm-Horsfall protein, the organic matrix that cements the casts together These get decorated with other cells - ie red cells - from glomerulonephritis, white cells from pyelonephritis or
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Pre-Renal vs ATN on urine test
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What are high concentrations of dysmorphic red cells in the urine indicitave of?
Glomerular bleeding! If >~ 40% RBCs are dysmorphic - 2 theories of how this works - RBC damaged as forced through glomerulus - RBC damaged as they go through huge osmolar concentration differences in the renal tubules
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3 key preliminary investigations in all patients with suspected renal pathology 4 potential follow up investigations if we now no longer suspect it is a pre-renal AKI
**B-U-KUS!!** **Preliminary - Key for AKI** - Blood test : Renal function test - Urine : dipstick and microscopy, cast - Kidney U/S *Follow up* - CT KUB - Vasculitic serology, Myeloma screening - Renal artery dopplar - Kidney biopsy
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When giving suspected hypovolemic patient fluid, what is key for monitoring as a junior Doctor?
**Cardiac symptoms** - - jvp, - pulse - BP - regularly! Like even hourly **Urine output** Every 4-6 hours!! (Don't leave it 24hrs for monitoring)
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Pre-eclampsia is defined as: Eclampsia is defined as:
**Preeclampsia** - New-onset of hypertension with: - SBP>= 140 mmHg and/or DBP >= 90 mmHg after 20 weeks of gestation - Proteinuria and/or end-organ dysfunction (renal dysfunction, liver dysfunction, central nervous system disturbances, pulmonary edema, and thrombocytopenia). **Eclampsia** - New onset of generalized tonic-clonic seizures in a woman with preeclampsia
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Meds for HFrEF
Remember - get patient EUVOLAEMIC first priority Then, slowly uptitrate meds every 2-4 weeks, aiming for 3 months @ target or max tolerated dose - **ARNi** - Sabubitril + valsartan, 24 + 26mg BD - increase every 2-4 weeks to max 97 + 103 mg BD or - **ACE inhib** - Ramipril 2.5mg BD - inc up to max 5mg BD AND - **Beta blocker** - Bisoprolol - 1.25 mg Daily, inc to max 10mg daily - **Mineralcorticoid receptor antagonist diuretic** Spironolactone - 25mg daily, inc to max 50mg daily if required - **SGLT-2 inhib** - Dapagliflozin 10mg daily
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Consent for surgical procedures Things to consider
**BRIAN** - Benefits - Risks - Indications - for procedure - Alternatives - for proceture - Natural history of condition - ie if we do nothing
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In regards to pharmacology: Give a summary of **P-glycoprotein.** Name some **Inducers and inhibitors** - and what it does to different substrates
**P-Glycoprotein** - Drug transporter, transmembrane efflux pump, essentially picking up substrates and transporting them outside the cell. - Located in large concentrations in the intestine (also in the BBB/kidney + others, it reduces the bioavailability of drugs that are substrates, by transporting them back into the lumen and increasing their elimination in bile and urine.
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Shockable Rhythms
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- Paracetamol toxic dose - Markers for hepatotoxicity
- **200mg/kg** or - **>= 10g in 24 hours** (use Ideal BW) **ALT and INR** are main markers for assessing hepatotoxicity Note - if taken Panadol Osteo - start NAC immediately!
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Characteristics of anticholinergic toxicity
- Anhidrosis - Anhidrotic hyperthermia - Vasodilation-induced flushing - Mydriasis - dilated pupils - Urinary retention - Neurological symptoms - delirium, agitation, and hallucinations. - Constipation - Dry mouth
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How many half lifes of a Drug /doses does it take to reach steady state
Roughly 3-5 doses
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Clinical Features of **HypoCalcaemia**
- Laryngospasm - Tetany - Muscle cramps - especially with exercise - Seizure - Parasthesia - Numbness - Lengthened QTc interval >450ms - Infant feeding problems - Chvostek's sign - Trousseau's sign
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ABI (Ankle Brachial Index) summary
In practice - if possible just do distal toe pressure **Record brachial pressure reading:** Can use doppler if unable to palpate - Record SBP **Record ankle pressure reading:** * Place BP cuff around leg just above the ankle. * Can use doppler if unable to palpate at Tib Post or DP - Record SBP **ABI = SBP Leg / SBP Arm**
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Ondansetron MOA Side effects
Serotonin-5HT3 antagonist Think - "Setron" = Serotonin **Side effects** Constipation!! Headache
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Combo of drugs to decrease anxiety/resp drive in palliation/ advanced resp
Ordine - morphine & Lorazepam
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Comminuted vs Compound Fracture
Comminuted - Many parts Compound - open/ broken skin
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UTI uncomplicated management
Trimethoprim - 300mg 3 days female 7 days male Not indicated during pregnancy - folic acid antagonist
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Ddx Macroscopic haematuria
- Urinary tract malignancy - Glomerulonephritis - Trauma - Nephrolithiasis - UTI - Cystitis, Pyelonephritis - IGA Nephropathy - Bergers disease - Pulmonary renal syndromes - Goodpastures, ANCA - Alport syndrome - genetic
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Risk factors urothelial cancer
- Smoking - Shistosomiasis - Occupational exposures - Benzene solvents, Arsenic - FHx - Chronic bladder inflammation - Chronic catheter use
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Primary urinary tract cancers Presentation and types
**Presentation** - Painless Haematuria - Back pain - Frequency - Constitutional symptoms - Palpable renal mass on ballotion **Bladder** - **Urothelial carcinoma** - formally known as transitional cell carcinoma, is the most common form of bladder cancer (80-90%) and starts in the urothelial cells in the bladder wall's innermost layer - **Squamous cell carcinoma (1-2%)** begins in the thin, flat cells that line the bladder - **Adenocarcinoma is a rare form (1%)** which starts in mucus-producing cells in the bladder and is likely to be invasive. **Kidney** - Clear cell carcinoma - Non clear cell carcinoma
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If you stop DAPT perioperatively, how long before must this be done?
1⁄2 life of aspirin is ~ 6 hours, BUT Aspirin has an irreversible effect on platelets for the life of the platelet therefore must produce new functioning platelets. Produce 10% of platelet population /day What is the life span of a platelet? Platelets have a life span of about 10 days ∴ to achieve **safe levels of normally functioning platelets takes 5- 7 days**
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Classification of surgical procedures according to infection risk (table)
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Commonest postoperative infective pathogen by: Type of surgery - Prosthetic Heart valves/ Joint replacement - Lower urinary tract - Colorectal surg - Upper resp tract surg And a suitable antibiotic choice for each (table)
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Plan for bridging therapy for surgical patient with AF on warfarin
1mg/kg twice daily or 1.5mg/kg daily, SCI ie **‘treatment dose not just VTE prophylactic dose** which is(40mg SCI daily)
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Summary of AXIS DEVIATION on ECG from leads I, II, & III (image)
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Summary of normal ECG interval and Segment times
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Classification of Surgical Wounds
**Clean** — an incision in which no inflammation is encountered in a surgical procedure, without a break in sterile technique, and during which the respiratory, alimentary and genitourinary tracts are not entered. **Clean-contaminated** — an incision through which the respiratory, alimentary or genitourinary tract is entered under controlled conditions but with no contamination encountered. **Contaminated** — an incision undertaken during an operation in which there is a major break in sterile technique or gross spillage from the gastrointestinal tract, or an incision in which acute, non-purulent inflammation is encountered. Open traumatic wounds that are more than 12–24 hours old also fall into this category. **Dirty or infected** — an incision undertaken during an operation in which the viscera are perforated or when acute inflammation with pus is encountered during the operation (for example, emergency surgery for faecal peritonitis), and for traumatic wounds where treatment is delayed, and there is faecal contamination or devitalised tissue present
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DOAC for VTE treatment Drug, Dose, Duration
- Apixaban (CrCl 25 mL/min or more) 10 mg orally, twice daily for 7 days, then decrease to 5 mg twice daily. or - Rivaroxaban (CrCl 30 mL/min or more) 15 mg orally, twice daily for 21 days, then decrease to 20 mg once daily
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Risk factors for developing breast cancer
Think - generally things which increase level of circulating Oestrogen - Early menarche - Late primigravida (latin ~ first heavy life) - Late menopause - Combined oestrogen/progesterone OCP - HRT - Obesity Genes - Genetics - BRCA genes, Li fraumeni p53, cowden PTEN, - FHx Others - Previous cancer - Ionising radiation - Shift work - Alcohol - Digoxin use - Hyperthyroidism
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A-Typical antipsychotics (2nd Gen): - Name several - Side effects
**NAMES** - Aripiprazole - Olanzapine - Paliperidone - Quetiapine - Risperidone **SIDE EFFECTS** - Metabolic syndrome- weight gain, hyperlipidemia, diabetes mellitus, - Constipation - Saliorrhoea - Breast pain/growth/lactation - QTc prolongation, - Extrapyramidal side effects, - Fatigue - Headache - Cataracts - Sexual side effects - reduced libido - ***Clozapine*** - Own special issues - Agranulocytosis - Myocarditis,
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Drugs that cause anticholinergic side effects What are they
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Adenosine
- Antiarrythmic - Used in cardioversion
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5 key receptor pathways in emesis
- muscarinic (M1), - dopaminergic (D2), - histaminergic (H1) - motion sickness involved - 5-hydroxytriptamine or 5-HT3 (serotonin), and - neurokinin NK1 (substance P)
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Summary of Glomerular bleeding
- No blood clots - Clots never occur in glomerular bleeding - Dysmorphic RBCs - RBC Cast - Proteinuria >500mg/Day
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Follow up Q's for Haematuria
Duration Pain? - Constant or collicky Clots? - Clots are never in glomeruluar bleeding - Clots in urine should be taken very seriously Evenly mixed, early flow, etc Prostate symptoms Constitutional symptoms - UTI, Neoplastic disease
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Investigations Haematuria
Urine Dipstick Microscopy Imaging - U/S, CT IVP (intravenous pyelogram) Retrograde pyelogram with contrast FBC LFT UEC
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When to repair asymptomatic AAA
If >5.5cm diameter or Expands > 0.5cm in a 6 month period Or when becomes symptomatic/ discovered with other aneurysms
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Tumour Markers Table
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Cancer which can cause SIADH
- SCLC - Small Cell Lung Cancer - most common tumour leading to ectopic ADH production - Extrapumlonary small cell carcinomas - Non-Small cell Lung Cancer - Head and neck cancers - Mesothelioma - Lymphoma - Ewings Sarcoma - bones (pelvis, scapula, ribs, long bones like mid femur), soft tissue - Primary brain tumours
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Flowchart for severity of CAP What are the red flags?
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First line therapy for sepsis from a **Biliary or GI source**
Note: if gent is contraindicated (terrible renal function) substitute Piperacillin/tazobactam 4.5g IV q6h
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Dosing for Gentamycin requires quite specific calculation What are some factors to consider
Weight Severity of illness Renal function - ie calcuate createnine clearance
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Antibiotic approach to Cellulitis
*First line therapy:* - **Flucloxacillin 2g q6h** Note: Benzylpenicillin may be used but it is uncommon *Penicillin hypersensitivity:* - **Cefazolin 2g Q8h – non-severe penicillin reactions** Often used for HITH due to low risk of phlebitis in a peripheral vein - **Clindamycin IV 600mg Q8h – severe penicillin reactions** *MRSA suspected:* - **Vancomycin**
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Some considerations when prescribing **Vancomycin** to a patient In hospital. This is a hell of a drug, so they should be in hospital For bonus marks, how does it work?
- Vancomycin has a **large volume of distribution** so thus requires a loading dose - Loading dose = 25-30mg/kg of ACTUAL body weight - Average loading dose = 1.5-3g - *Requires trough measurements for therapeutic monitoring* **MOA** - Glycopeptide - Bactericidal - Inhibits cell wall peptidoglycan polymerisation - Leads to leakage of intracellular components - bacterial death
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Treatment for Pyelonephritis
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On examining a skin lump 3 S 3 C 3 T
Site -location Size Shape - roughly Contour - raised, sunken, etc Colour Consistency - firm, soft, scaly etc Tenderness Temperature Tethering
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3 most common causes of: Small Bowel Obstruction Large Bowel Obstruction
**SBO** - Adhesions ~ 60% - usually from post surgery - Hernia - strangulated - Neoplastic mass Small bowel obstructinmy face AHN **LBO** - Colorectal Cancer - Diverticular disease Complications - Volvulus - Sigmoid colon CDV
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Most common types of breast cancer
- Ductal Carcinoma (~75%) - Lobular Carcinoma (~5-15%) - Tubular carcinoma (~1-2%)
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Coommon Acetylcholinesterase inhibitors as Rx for Alhzeimers and Dementia with Lewy Bodies
Donepezil Rivastigmine
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Diagnosis of DLB (Dementia w Lewy Bodies) requires a positive finding of 2 of which 4 symptoms
Visual hallucinations Parkinsonism REM sleep behaviour disorder Fluctuating cognition
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Methotrexate: Uses MOA Side effects
**Methotrexate** *Uses* * - Chemotherapy - leukaemia, lymphoma, breast * - Rheumatoid arthritis *MOA* * - Inhibits "Dihydrofolate reductase" * - Thus inhibits DNA synthesis - relevant to chemotherapy * - In RA - Inhibits T-cell activation & downregulation of B-cells - thus reduces cytokines driving inflammatory process *Side effects* * - Leukopaenia * - Mouth ulcers * - Teratogenic * - Nausea * - Diarrhoea * - Allopecia * - Fatigue * - Lymphoma * - Fatty liver disease
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10 Bs of a Postnatal Checkup ~ 6 weeks
- Birth Hx - caesarian, induction, vaginal, instrumental, tear/episiotomy - Bleeding - periods, lochia - postpartum bleeding or discharge - Baby - gaining weight, sleeping, wet nappies - Blood pressure - Breast - issues with feeding, ,latching, pain, mastitis - Bladder - continence issues, prolapse - Bowels - continence issues, prolapse - Birth Control - MIni pill, IUD, barrier - any non oestrogen option - Brains and Blues - Baby blues vs Postnatal depression - Banging - return to sexual function - not recommended before 6 weeks
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Prevalence vs Incidence
The prevalence reflects the number of existing cases of a disease. In contrast to the prevalence, the incidence reflects the number of new cases of disease and can be reported as a risk or as an incidence rate.
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Common Chromosomal/Genetic abnormalities and associated Cardiac Defects
Answer is a table - try to remember top 4 rows
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Side Effects of Lithium
VANISH LITH - Vertigo - Ataxia - Nystagmus - Intention Tremor - Stupor - Hyperreflexia - Leukocytosis - Insipidus (nephrogenic diabetes insipidus) - T wave inversion - Heaviness - weight gain, Hypothyroidism, Hyperparathyroidism Also, Ebsteins Abnormality as a Teratogenic Side effect!!
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Causes of Lactic Acidosis - Think: Tissuehypoxia / Not due to tissue hypoxia
**Tissue Hypoxia** - Severe Hypoxaemia - Circulatory Shock - Heart Failure - Severe Anaemia - Grand Mal Seizure **Other Causes** - Acute Alcoholism - Drugs and toxins - Metformin OD, Truvada (HIV anti-retroviral) - Diabetes Mellitus - Leukaemia - Deficiency Riboflavin (b2) or Niacin (b3) - Idiopathic
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What is the NOF # Classification system? When do we Total Hip Arthroplasty vs ORIF?
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Key Factors required for Consent for a Surgical Procedure
CVIS - Capacity to make the decision - Voluntary - Informed - Specific
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Content for a HEADSS assessment
- Home - Education and employment, eating and exercise - Activities and peer relationships, social media - Drug use, including prescribed medications, cigarettes, vaping, alcohol and other drugs - Sexuality and gender - Suicide, self-harm, Safety and spirituality.
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Intra Vs Extracapsular NOF#
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According to Talley & O'Connor, what should you assess in a patient with *suspected malignancy*
1. Palpate all draining lymph nodes 2. Examine all remaining lymph node groups 3. Examine abdomen - particularly for hepato-spleno-megaly & ascites 4. Feel the testes 5. Examine the mouth and lungs 6. Examine all skin and nails for melanoma - also checking for hints of haematological disease such as petechiae and purpura 7. Examine breasts and axilla 8. Perform a pelvic exam - Bimanual, ovarian cancer or cervical 9. Perform a rectal exam - prostate, lower CRC
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Diagnostic criteria pancreatitis
**Diagnosis is made when 2 out of 3 criteria are met:** - Symptoms consistent with pancreatitis (e.g. epigastric pain) - Elevation of serum amylase or lipase (to 3 times normal level) - Radiological features consistent with pancreatitis (e.g. CT or MRI) Severity ranges from mild to severe (acute necrotising pancreatitis) 15-25% of pancreatitis is severe **overall mortality of severe acute pancreatitis is about 15%**
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Pattern of examination for Cervical and Supraclavicular lymph nodes
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Types of Twins
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6 Week Milestones for: - Gross Motor, - Fine Motor, - Hearing/Speech, - Social/Self Help - & Red flags
6 Week
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# 3 Month Milestones for: - Gross Motor, - Fine Motor, - Hearing/Speech,
3 Month
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6 month Milestones for: - Gross Motor, - Fine Motor, - Hearing/Speech, - Social/Self Help - & Red Flags
6 Month
247
9 Month Milestones for: - Gross Motor, - Fine Motor, - Hearing/Speech, - Social/Self Help - & Red Flags
9 Month
248
12 Month Milestones for: - Gross Motor, - Fine Motor, - Hearing/Speech, - Social/Self Help - & Red Flags
12 Month
249
18 Month Milestones for: - Gross Motor, - Fine Motor, - Hearing/Speech, - Social/Self Help - & Red Flags
18 Month
250
2 Year Milestones for: - Gross Motor, - Fine Motor, - Hearing/Speech, - Social/Self Help - & Red Flags
2 Year
251
3 Year Milestones for: - Gross Motor, - Fine Motor, - Hearing/Speech, - Social/Self Help - & Red Flags
3 Year
252
4 Year Milestones for: - Gross Motor, - Fine Motor, - Hearing/Speech, - Social/Self Help - & Red Flags
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Microcytic anaemia MCV and causes
MCV < 80 TAILS - Thalaseamia - Anaemia of Chronic Disease - Iron deficiency - Lead Poisoning - Sideroblastic Anaemia - no iron binding capacity
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Normocytic Anaemia MCV and Causes
MCV 80-100 **Haemolytic** Congenital - G6PD deficiency (glucose-6-phosphate dehydrogenase) - Hereditary spherocytosis - Sickle cell - PKD (Pyruvate Kinease Deficiency) Non-congenital - Multiple Myeloma - Mechanical valves - Auto immune haemolytic anaemia - Malaria - Schistosomiasis **Non Haemolytic** - Bleeding - CKD - Aplastic anaemia
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Macrocytic Anaemia MCV and Causes
MCV > 120 - B12 deficiency - Folate deficiency - Alcoholism - Hypothyroidism - Rarely Multiple Myeloma
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Steps for Shoulder Dystocia
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ABCDEs of Melanoma
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Works by interfering with DNA synthesis by blocking thymidylate synthetase
5-Fluroracil
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Chemotherapy drug Has a life time dose due to cardiotoxicity
Doxorubicin
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5 Korotkoff Phases
1. Phase 1 is a sharp tapping sound and indicates the systolic blood pressure. 2. Phase 2 is a swishing sound associated with blood flow. 3. Phase 3 transitions to a softer thump 4. Phase 4 is a thump that becomes muffled. 5. Phase 5 is the diastolic blood pressure when all sound ceases
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NOF # types - Which are intra vs extracapsular
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Antibody response to antigen exposure - graph - Think which has a more prominent initial response, and which produces a more prominent later response
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When to consider a diagnosis of **Multiple Myeloma**
CRAB - Calcium - High with normal PTH - Renal impairment - without clear cause such as diabetes or autoimmune disease - Anaemia - normo or macrocytic without clear cause - Bone pain or crush #s in younger patients
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Key things to look for on exam in GRAVES disease - Hyperthyroidism
**General Inspection** - Restlessness - Body habitus - weight loss - Goitre - Clothing/Sweating - heat intolerance - Irritability - Hair **Vitals** - Hypertension **Hands/Arms** - Warm vasodilated peripheries - Palmar erythema/sweating - Tachycardia or atrial fibrilation - Onycholysis - nail separates from nail bed - Tremor **Eyes/face** - Exopthalmos - view form front and side - H test - Look for lid lad on downward gaze - Close eyes - inability to do so is "Lagopthalmos" **Neck/Thyroid** - Inspect front and sides - scars, swelling - If swelling, ask patient to take sip of water - thyroid gland, goitre or thyroglossal cyst will rise during swalllowing - attachments to larynx - Protrude tongue - look for thyroglossal cyst when doing so - Palpate thyroid glands and isthmus from behind - Palpate whilst swallowing water - Percuss manubrium - Auscultate thyroid for thrill - Pembertons sign - retrosternal goitre **Legs** - Pretibial myxoedema **Reflexes** - Hyperreflexia **Others** - Auscultate heart for murmurs - Question - oligomenorrhoea, impotence - Inspect gynaecomastia - Check for apex beat - cardiomegaly due to heart failure
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Things to consider in a history & exam for patients with HYPOthyroidism -Hashimoto's etc
**General Inspection** - Tiredness/malaise - Weight gain - Cold intolerance - clothing - Arthralgia/myalgia - Constipation - Memory issues - Depression and/or poor libido **Hands** - Dry, coarse skin - Check pulse - Bradycardia - - Cold peripheries - Carpal tunnel syndrome - Ataxia - check for DDK - Peripheral oedema **Face and neck** - Periorbital oedema - Dry, brittle unmanaged hair - Loss of eyebrows - Goitre - inspect, then palpate thyroid - Auscultate thydoid - Pemberton's sign - hands up **Motor/Peripheries** - "Hung up" or slow to relax reflexes - Oedema peripherally - check dependent zones **Others** - Heart failure can occur - check apex beat, auscultate - Proximal myopathy - weakness proximal muscles
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1. What is a DPP4 inhibitor? 2. Uses? 3. MOA? 4. Examples? 5. Side effects?
1. DiPeptidyl Peptidase 4 (DPP-4) inhibitors 2. Normally 2nd line treatment in T2DM - or 1st line in those who have adverse reactions to metformin 3. DPP-4 decreases circulating incretin hormones like GLP-1 (Glucagon-Like Peptide 1) and GIP (Gastric Inhibitory Peptide) - These hormones increase insulin secretion and decrease glucagon secretion. DPP-4 inhibitors thus increase circulating levels of these hormones and lower blood glucose 4. Linagliptin, Sitagliptin - "'gliptins" 5. - Anaphylaxis, Angiooedema - GI problems - nausea, diarrhoea, stomach pain - Flu like symptoms - headache, runny nose, sore thorat - Skin reactions - rashes - ? link to pancreatitis
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R lung lobes on CXR - Anterior and lateral
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4 types of intra cranial haemorrhage and their presentations on CT
**EDH - ExtraDural Haemorrhage** - Between bone and periosteal dura - 75% pterion #s involving middle meningeal artery 1. Headache 2. nausea and vomiting 3. confusion 4. LOC -> Lucid -> Deterioration **SDH - Subdural Haemorrhage** - Blood between Dura mater and arachnoid mater in "subdural space" - Acute < 3 days - - Head injury, - Shearing or deceleration - high mortality untreated - Chronic > 21 days - - Older patients, - Cerebral atrophy, - Tear in bridging veins, - Often on anticoags - May be self limiting, develops slowly over weeks Clinically - Headache, nausea and vomiting, confusion, drowsiness, poor balance, muscle weakness, parasthesia and numbness **SAH - SubArachnoid Haemorrhage** - 10% all strokes - Commonest cause rupture saccular (berry) aneurysm Presents as: - Headache, Nausea and Vom, often LOC - May have headache for days previously - "warning leaks" - Signs meningeal irritation - photophobia, neck stiffness - Mass effect prior to rupture - 3rd nerve palsy- ptosis, dilated pupil - Commonly - Anterior communicating - 30%, Internal carotid/post communicating 30% MCA - 20% **IPH - Intraparenchymal Haemorrhage**
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Mental Status Examination Content
ABSMATPCIJ Appearance Behaviour Speech Mood Affect Thought (Both Form and Content) Perception Cognition Insight & Judgement
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Depression DX
At least 2 weeks symptoms of below: At least 5 total, including one of first 2 **Depressed mood Anhedonia** **LAGS-SCLEWP** * Low mood * Anhedonia * Guilt * Suicidal Ideation * Sleep Disturbances * Concentration Problems * Libido Diminished * Energy Decreased * Weight changes * Psychomotor agitation
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Stages of Colon Cancer Development
* Healthy cell reproduction - cells born in crypts from stem cells, migrate along axis, shed into lumen several days later * DNA mutation - * Tumour suppressing gene **_APC_** (Adenomatous Polyposis Coli) turned off in stem cell → ~80% of CRCs * Polyp - aka ADENOMA - forms * Benign at this stage, non invasive * Oncogene **_K-RAS_** turned on → Cell proliferation → ~50% cases * Tumour suppressing **_p-53_** turned off → cells become resistant to apoptosis → ~70% * **_DCC_** - (Deleted in Colorectal Carcinoma) turned off → poor cell-cell adhesion, ie metastassis →~70% Growth becomes malignant → Carcinoma Local invasion, then spreads
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T scores in staging Colorectal cancer
**TX**: The primary tumor cannot be evaluated. **T0** (T zero): There is no evidence of cancer in the colon or rectum. **Tis**: Refers to carcinoma in situ (also called cancer in situ). Cancer cells are found only in the epithelium or lamina propria, which are the top layers lining the inside of the colon or rectum. **T1**: The tumor has grown into the submucosa, which is the layer of tissue underneath the mucosa or lining of the colon. **T2**: The tumor has grown into the muscularis propria, a deeper, thick layer of muscle that contracts to force along the contents of the intestines. **T3**: The tumor has grown through the muscularis propria and into the subserosa, which is a thin layer of connective tissue beneath the outer layer of some parts of the large intestine, or it has grown into tissues surrounding the colon or rectum. **T4a**: The tumor has grown into the surface of the visceral peritoneum, which means it has grown through all layers of the colon. **T4b**: The tumor has grown into or has attached to other organs or structures.
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Routine Antenatal Screening Tests Initial, 15, 19, 28, 36 weeks
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Potential adverse effects of AntiDepresants include:
* **Histaminic effects** – sedation and weight gain * **Anticholinergic effects** – dry mouth, blurred vision and constipation * **A1 adrenergic effects** – postural hypotension * **Effects on the heart** – arrhythmias (either directly or through electrolyte disturbances) * **Electrolyte disturbances** – particularly hyponatraemia * **A lowering of the seizure threshold** * **Serotonergic effects** – GIT dysfunction, appetite disturbances, sexual dysfunction or serotonin syndrome
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Common Symptoms associated with **Discontinuation Syndrome** in relation to antidepressants
**FINISH** - **Flu-like symptoms** (lethargy, fatigue, headache, achiness, sweating), - **Insomnia** (with vivid dreams or nightmares), - **Nausea** (sometimes vomiting), - **Imbalance** (dizziness, vertigo, light-headedness), - **Sensory disturbances** (“burning,” “tingling,” “electric-like” or “shock-like” sensations) - **Hyperarousal** (anxiety, irritability, agitation, aggression, mania, jerkiness)
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Common mood stabilizers and side effects
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Antipsychotics available in Australia- 2 x subtypes, 3 of each
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Common antipsychotics in Australia and side effects : Large table - learn 3x Typs, 3x Atyps - Route and common adverse effects
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Akathesia is:
Inability to sit still Sensation of motor restlessness in entire body An extrapyramidal side effect - EPSE Can be treated with Benzattropine - an anticholinergic
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What is Neuroleptic malignant syndrome? Cause Symptoms Management
- A rare idiosyncratic response to an antipsychotic drug Characterised by: - Muscular rigidity - Hyperthermia - Sweating - Dysphagia - Hypertension, - Tremor - Elevated CK. - NMS may lead to changes in level of consciousness, and in its most extreme, can be lethal. Management is mainly supportive (cooling, fluids and ceasing antipsychotics), but D2 agonists (bromocriptine) may also be used.
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Go through the steps of a Mini Mental State Examination (MMSE)
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Symptoms of Bipolar Mood Disorder
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Adverse Effects of Lithium
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Routine antenatal investigations at initial appointment (~10weeks) includes:
- Full blood examination - Iron studies - Blood group & Rh Antibody screen, - Haemoglobinopathies screen - Random blood glucose - Screening for infections: - Rubella - Syphilis, Hep B and C, - HIV - Midstream urine test Other investigations based on patient previous medical conditions (i.e. thyroid - thyroid function test), family history (i.e. gestational diabetes - early OGTT) and risk factors (chlamydia, gonorrhoea).
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What to do if early pregnancy random glucose test >11
- Random blood glucose >11mmol/L requires an early OGTT at 12-16 weeks. - Random blood glucose <11mmol/L requires an OGTT at 24-28 weeks. - If patients do have gestational diabetes mellitus this will require further management with diet modification and medication as indicated.
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4 Key skills in Dialectical Behaviour Therapy (DBT)
DIME - Distress tolerance skills/effectiveness - (emotional control) - Interpersonal skills/effectiveness - (learning boundaries and expressing needs) - Mindfulness - (being present rather than preoccupied with past and future) - Emotional regulation - (being more aware of emotions)
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4 features of emotional instability found in Borderline Personality Disorder
- Erratic relationships - Frequent changes in partner, employment - Fluctuant changes in emotion - Fear of abandonment
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4 comorbid associations found with borderline personality disorder
- Major depressive disorder - Anxiety disorder - PTSD - Substance abuse
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VTE prophylaxis dosages Give an example for both: - LMWH - DOAC And duration to continue treatment after discharge
For VTE prophylaxis: **LMWH** - Enoxaparin - 40mg subcutaneous, 1 x daily (for CrCl >30 mL/min - 1/2 dose for worse than this **DOAC** - Rivaroxabain - 10 mg oral, 1 x daily (CrCl>15mL/min) Dose is given for 28-35 days
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Key findings to describe on Osteoporotic xray
- Loss of Cortical Bone thickness and density - Loss of bone Trabeculae
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4 Hs and 4Ts
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Describe histopatological (microscopic) findings of UC
- Infiltration of inflammatory cells - Goblet cell loss - Crypt abscesses
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Histopathological report of Crohns diease
- Infiltration of inflammatory cells - Presence of granulomas
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- What is Toxic Megacolon? - Common associations/causes - Precipitating factors
Rare, but potentially deadly complication of colonic inflammation Described as: - Nonobstructive dilation of the colon, - Which can be total or segmental - Usually associated with systemic toxicity Most commonly associated with IBD, especially UC Other causes: - Inflammatory - Crohn's - Infectious - Clostridium difficile, Salmonella, Shigella, Campylobacter colitis, CMV in HIV/AIDs patients - Ischaemia Factors that can precipatate include: - Hypokalemia - Medications (antimotility agents, opiates, anticholinergics, antidepressants) - Barium enema - Colonoscopy & bowel preparations
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Extraintestinal Manifestations of IBD (think systems)
MSK - Enteropathic arthritis - Osteoporosis Dermatologic - Erythema nodosum - shin inflam subcut fat - Pyoderma gangrenosum - painful rapidly enlarging ulcer - Hair loss & brittle nails - Associated psoriasis & amyloidosis Mucosa - Apthous ulcers - Fissures Haemotological - Iron deficiency anaemia - microcytic - B12 deficiency (crohns) - macrocytic anaemia Hepatopancreatobiliary - Primary sclerosing cholangitis - Bile duct carcinoma - NAFLD - Autoimmune chronic hepatitis - Cirrhosis Ocular - Uveitis/iritis, retinal vascular disease Renal - Calcium oxalate stones
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Pharmacological management of Parkinson's Disease
- **Levodopa** (*dopamine precursor*) + **Carbidopa** (*peripheral dopamine decarboxylase inhibitor*) - Most effective symptomatic treatment which is typically very effective in the early phase of treatment but is associated with inevitable development of dyskinesia -First line treatment in patients > 65 years - **Dopamine agonists** – *pramipexole, ropinirole, apomorphine* - first line in patients < 65 years, - may be combined with levodopa/carbidopa - **MAO-B inhibitors** e.g. *selegiline* - **COMT inhibitiors** e.g. *entacapone* - **Anticholinergics and muscarinic antagonists** such as benztropine or biperiden are indicated in patients < 65 years with tremor as a chief concern
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Treatment regime for TB
Think RIPE - Rifampicin - Isoniazid - Pyrazinamide - Ethambutol
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Step approach for asthma treatment
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How to grade asthma control - good/partial/poor
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Things to screen for in a Bub with Trisomy 21 (Downs Syndrome) And complications commonly seen later in life
**Baby check features suggestive of Down’s Syndrome:** * Dysmorphic facies – brachycephaly, epicanthic folds, upslanting palpebral fissures, Brushfield spots (white dots in a ring round the edge of the iris), large tongue, small poorly formed ears * Hands and feet – broad hands, simian crease (single palmar crease), gap between first and second toes * Hypotonia * Check heart for murmur (AVSD/ASD/VSD) * Check for imperforate anus **Later complications include** * Cardiac defects eg. AVSD, VSD, ASD * Gastrointestinal abnormalities eg. intestinal atresia, Hirschsprung’s disease, coeliac disease * Opthalmologic disorders eg. cataract, nystagmus, strabismus * Hearing difficulties, most commonly due to otitis media * Endocrine disorders eg. thyroid disease * Neurological disorders eg. atlantoaxial instability * Intellectual disability and behavioural problems * Short stature and obesity * Haematologic disorders eg. leukaemia * Sleep disorders eg. obstructive sleep apnoea
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Signs and Symptoms of Psychotic Disorders (4 subheadings)
**Positive signs and symptoms** - hallucinations (eg hearing voices) - delusions (eg persecutory, bizarre, grandiose) - impaired insight - disorganised thinking and speech **Negative signs and symptoms** - lack of motivation - poor self-care - blunted affect - reduced speech - social withdrawal **Cognitive signs and symptoms** - impaired planning - reduced mental flexibility - impaired memory and concentration - impaired social cognition [NB2] **Excitement** - disorganised behaviour - aggression - hostility - catatonia
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Common Antidepressants - Categories - Drug names - Adverse Effects
**SSRIs** - Citalopram, - Escitalopram, - Fluoxetine - adolescent population - Fluvoxamine, - Paroxetine, - Sertraline - older population Common Adverse effects: Gi upset, reduced libido, weight gain, drowsiness **SNRIs** - Venlafaxine - difficulties in weaning off - Desvenlafaxine - Duloxetine, Common Adverse effects - nausea, GI upset, loss of appetite, dry mouth, dizziness, discontinuation syndrome **TCAs** - Nortriptyline, - Amitriptyline, - Clomipramine Adverse effects: - Anticholinergic affects can be problematic: dry mouth, blurred vision, constipation, urinary retention , drowsiness - Toxicity in OD - Contraindicated Hx heartblock, arrythmia **MAOIs** - Phenelzine - Moclobemide - hypertensive crisis- need to avoid dietary tyramine **NASSA** - Noradrenergic and specific serotonergic antidepressant - Mirtazepine Then: **ECT** - Electroconvulsive trial - at least 2 medicaitons trialed for > 2 weeks at an adequate dosage
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Extensive workup in Suspected Psych Case: - Hx - Investigations - Differential Diagnoses
**History** - HOPC - Premorbid State - Collateral from family - Meds Hx - including: polypharmacy, Allergies & Toxicity - Social Hx - Living Situation, ADLs - Risk Assessment - Self, others, vulnerability, financial, reputational - Forensic Hx - Sexual Hx - Developmental Hx - Family Hx **Investigations** - Vit B12 / Folate /Vit D - TSH - UA/MCS - CT Brain - FBC/UEC/CMP/LFT - BSL - UDS - urinary drug screen - CXR/AXR - ECG **Differential Diagnosis** *Organic Causes* - Hypo/per thyroidism - Delirium - Metastatic Disease - Dementia - B12/Folate/VitD Deficiency - Constipation/UTI *Substance/Iatrogenic* *Then psych differentials:* - MDD - Adjustment Disorder - Grief
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Management for Bipolar Disorder Meds Side effects (probably add more to this card hey)
**Lithium** - Acute treatment option - Teratogenic side effect - Ebstein Anomaly (cardiac, incorrectly formed and lower located tricuspid valve) - Renally excreted - need EUCs before commencing **Valproate** - Teratogenic effect: Neural tube defect - Steven Johnson Syndrome - Dermatological emergency **Lamotrigine** - Teratogenic effect: Cleft Palate
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Antipsychotics Typicals & 5 Atypicals
*Typicals/ 1st Gen* - **Chlorpromazine** - EPSE - **Droperidol** - Used in ED for sedating effects - **Haloperidol** - EPSE *Atypicals* ^ = availabile in depot form - **Aripiprazole** ^ - Akathesia - **Olanzapine** ^ - Weight gain - depot but difficult to source - **Paliperadone** ^ - Hyperprolactinaemia - baseline prolacin level , repeat 3/12 - **Quetiapine** - sedative - **Risperidone** -# depot as well older/adolescents - **Zuclopenthixol** ^ - (Clopixol) - *Treatment resistant - must have tried at least 2 other for at least 6 weeks* **Clozapine** - Initiation first 4-5 weeks can be done in hospital - Then in community monitored weekly for 4-5 weeks - Then Monitored 4 weekly Baseline ECG, ECHOs, All the bloods - Myocarditis - Agranulocytosis - wcc monitor - Constipation - monitor, bowel obstruction biggest killer in those on cloz - QTC prolongation - 3-6 monthly ECG -
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Symptoms of lithium toxicity
**Neurological** - Tremor - Ataxia - Hyperreflexia - Nystagmus - Altered consciousness - ranging from mild confusion to delerium **Renal** - Nephrogenic Diabetes Insipidus - Nephrotic syndrome **GI** - Common with acute overdose settings within 1 hr of digestion - Nausea, vomiting etc **Cardiovascular** - T wave flattening - QT prolongation **Endocrine** - Hypothyroidism
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Summary of Personality Disorder Clusters
**Cluster A - Mad** - Bizarre - Paranoid - thinks others out to get them - Schizoid - does not desire close relationships - Schizotypal - odd beliefs / magical thinking **Cluster B - Bad** Jerks - Antisocial - assholes - Histrionic - wants constant attention & praise - Narcissistic - probably politicians - Borderline - emotionally unstable **Cluster C - Sad** - Stressed/Anxious - Avoidant - avoids risks, relationships, fear - Obsessive Compulsive - details - Dependent - needs others for decisions
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Clinical signs and symptoms of **Hypercalcaemia**
- **Groans**: - Gastrointestinal symptoms such as: - Pain, - Nausea - Vomiting. - Hypercalcemia can lead to peptic ulcer disease and pancreatitis. - **Bones**: - Bone pain. - Osteoporosis, - Osteomalacia, - Arthritis - Pathological fractures. - **Stones**: - Renal stones - **Moans**: - Fatigue - Malaise. - **Thrones**: - Polyuria, - Polydipsia, - Constipation - **Psychic overtones**: - Lethargy, - Confusion, - Depression - Memory loss.
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DSM V Diagnostic Criteria for Schizophrenia
Two (or more) of the following, each present for a significant portion of time during a 1-month period (or less if successfully treated). At least one of these must be (1), (2), or (3): - Delusions. - Hallucinations. - Disorganized speech (e.g., frequent derailment or incoherence). - Grossly disorganized or catatonic behavior. - Negative symptoms (i.e., diminished emotional expression or avolition). Further: - Impact to function - Continuous signs of disturbance > 6months - Schizoaffective, depressive or bipolar with psychotic features is ruled out - Not attributable to substances
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Neuroleptic Malignant Syndrome vs Serotonin Syndrome (table - some overlaps but what are the key differences)
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Borderline Personality Diagnostic Criteria
5/9 of the below 1. Frantic efforts to avoid real or imagined abandonment. 2. A pattern of unstable and intense interpersonal relationships characterized by alternating between extremes of idealization and devaluation. 3. Identity disturbance: markedly and persistently unstable self-image or sense of self. 4. Impulsivity in at least two potentially self-damaging areas (e.g., spending, sex, substance abuse, reckless driving, binge eating). 5. Recurrent suicidal behavior, gestures or threats, or self-mutilating behavior. 6. Affective instability due to a marked reactivity of mood (e.g., intense episodic dysphoria, irritability, or anxiety usually lasting a few hours and rarely more than a few days). 7. Chronic feelings of emptiness. 8. Inappropriate, intense anger or difficulty controlling anger (e.g., frequent displays of temper, constant anger, recurrent physical fights). 9. Transient, stress-related paranoid ideation or severe dissociative symptoms. Note too: Median population prevalence ~1.6% Primary care ~6% Outpatient mental health 10% Mental health inpatients 20% M:F ratio roughly 1:3 - Aus/western soci-cultural factors and expression vs genetic factors - eg blokes may more likely have antisocial personality disorder Dx
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BPD treatment medications
Most effective generally is Dialectical behaviour therapy, but: - People with BPD are not immune to depression and anxiety - Clonadine (alpha 2 agonist) - lower level of agitation throughout the day - Prazosin (alpha 1 receptor antagonist + depress baroreceptor reflex) - used to help people not remember PTSD nightmares as reduces sympathetic arousal and people stay in deeper level of sleep
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Ways to describe **Speech** in MSE
*Rate* - Pressured > Rapid > Regular > Slowed *Rhythm* - Spontaneity - able to make smalltalk - Latency - pauses before speaking - Prosody - patterns of rhythm used in poetry *Articulation* - Dysarthria - slurred at times - Stuttering
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Ways to describe **Affect** in an MSE
*Affect*: physical expression of a person's immediate feeling state, typically focussed on facial expression *Type* - Euthymic - Normal display of emotion - Hyperthymic - Intense display of emotion - Elevated/Euphoric - In an excited state of intense happiness - Dysphoric - In a profound state of unease or disssatisfaction - Irritable - Easily annoyed or angry - Anxious - Feeling worried ir nervous - typically over an uncertain future outcome *Quality/range* - depth and range of feelings shown - Intense > Full > Constricted > Blunted > Flat *Motility* - Labile > Supple/Stable > Sluggish *Appropriateness to content* - Appropriate or not appropriate
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Ways to describe **Thought Form** in an MSE
- *Goal directed / Logical* - Linear progression without veering from subject at hand - *Circumstantial* - unable to answer a question without giving excessive, unnessecary detail - *Tangential* - Wandering from the topic and never returning to it or providing info required - *Overinclusiveness* - Irrelevant over detail - *Flight of ideas* - Rapid shift from one topic ot another - *Thought Blocking* - Abrupt cessation of speech without explanation in the middle of a sentence - *Perseveration* - Repetition of a particular response regardless of the absence or cessation of stimulus
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Ways to describe **Behaviour** in an MSE
***Attitude*** - Co-operative / unco-operative - Seductive - Flattering - Charming - Eager to please - Entitled - Controlling - Hostile - Guarded - Critical - Antagonistic **Behaviour** - Posture - Eyecontact - Mannerisms - Tics - Activity level - Psychomotor retardation/ activation **Terms** - Akathesia - Inner restlessness with inability ot sit still - Automatism - Spontaneous verbal or motor behaviour without patient awareness - Catatonia - Extreme motor inactivity or hyperactivity - Athetosis - Twisting / writhing - Chorea - Irregular migrating contractions - Dystonia - Twisting/ repetitive movement or abnormal fixed posturing - Tremor - Resting or Intention
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Ways to describe **Thought Content** in MSE
DELUSIONS!! - *Somatic* - Ones bodily function/sensation/appearance is abnormal - *Grandeur* - Possessing superior qualities such as fame, wealth, or supernatural qualities - *Persecutory* - People are out to get me, speaking behind my back - *Reference* - Otherwise insignificant event is misconstrued - *Thought Insertion* - Believes thought internalle placed by outside party - *Thought Control* - Belief being controlled by outside party/parties - *Thought Broadcasting* - Thoughts are made known to everyone in the outside world - *Control* - Ie neighbour is making me take drugs - *Erotomanic* - Prominent figures or superstars are in love with or in relationship with onesself - *Nihlistic* - Nothing is real. Or they are going to die or are rotting away inside despite all medical evidence to the contrary
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Ways to describe **Perception** in MSE
Perception can be considered as processed sensation: **Hallucinations** - Ie "Do you ever...." - Auditory - "Hear voices when no one is in the room" - 3rd person most common in schizophrenia - Visual - "See things that other people can't" - More common in Delirium - Somatic - "Feel things that don't make sense" - Thermal, tactile, viceral
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Ways to describe **Risk** in MSE
Risk of: - Self Harm - Harm to others - Misadventure - Vulnerability - Reputation - Financial
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Cholangitis aka Ascending Cholangitis
Charcot's Triad - RUQ Pain - Fever - Jaundice And Raynalds Pentad - Shock - Altered Mental Status
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Top Differentials for Limping Child - Toddler 0-4y
**Toddler 0-4y** - Transient hip synovitis - Acute myositis - Toddler's fracture - Developmental dysplasia of hip **All ages not to forget** - Infections: osteomyelitis/septic arthritis, bursitis, discitis, epidural collection - Trauma (see Fractures) - Non accidental or inflicted injury - Malignancy: haematological, bone, soft tissue - Rheumatological/immunological disorders: reactive arthritis, autoimmune arthritis, - Henoch Schonlein Purpura, vasculitis, serum sickness, post infectious arthritis, Guillain-Barre syndrome - Intra-abdominal pathology or genitourinary conditions eg appendicitis, ovarian or testicular torsion - Haematological: vaso-occlusive crisis (sickle cell), haemophilia - Functional limp
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Differentials for Limping Child - Child 5-10 years
**Child 5-10y** - Transient hip synovitis - Acute myositis - Developmental dysplasia of hip - Perthes disease **All ages not to forget** - Infections: osteomyelitis/septic arthritis, bursitis, discitis, epidural collection - Trauma (see Fractures) - Non accidental or inflicted injury - Malignancy: haematological, bone, soft tissue - Rheumatological/immunological disorders: reactive arthritis, autoimmune arthritis, - Henoch Schonlein Purpura, vasculitis, serum sickness, post infectious arthritis, Guillain-Barre syndrome - Intra-abdominal pathology or genitourinary conditions eg appendicitis, ovarian or testicular torsion - Haematological: vaso-occlusive crisis (sickle cell), haemophilia - Functional limp
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Differential Diagnoses for Limping chilcren - Adolescents 10y+
**Age Specific - Adolescent 10y+** - Stress fractures & sprains - Traction apophysitis (Osgood Schlatter – tibial tuberosity, Severs – calcaneus) - Slipped Upper Femoral Epiphysis - SUFE **All ages not to forget** - Infections: osteomyelitis/septic arthritis, bursitis, discitis, epidural collection - Trauma (see Fractures) - Non accidental or inflicted injury - Malignancy: haematological, bone, soft tissue - Rheumatological/immunological disorders: reactive arthritis, autoimmune arthritis, - Henoch Schonlein Purpura, vasculitis, serum sickness, post infectious arthritis, Guillain-Barre syndrome - Intra-abdominal pathology or genitourinary conditions eg appendicitis, ovarian or testicular torsion - Haematological: vaso-occlusive crisis (sickle cell), haemophilia - Functional limp
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Describe Schizophreniform Disorder
Schizophreniform disorder: - Same symptoms as people with schizophrenia. - Illness episodes do not last as long (from 1 to 6 months) - May not have as many problems getting along with other people.
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First Rank symptoms of Schizophrenia include:
- 3rd person auditory hallucinations - Thought echo - Running commentary - Thought withdrawal - Thought insertion - Thought broadcasting
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Describe Schizoaffective Disorder
Schizoaffective disorder - Periods in which manic and major depressive episodes are concurrent with the active phase symptoms of schizophrenia - Periods in which delusions or hallucinations occur for at least 2 weeks in the absence of a manic or major depressive episode. - The diagnosis is “bipolar I disorder, with psychotic features” if the psychotic symptoms have occurred exclusively during manic and major depressive episodes.
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Initial screening for "organic" causes of psychosis should include:
* Urinalysis to exclude drug induced psychosis or urinary tract infection * UEC to exclude electrolyte imbalance, * Thyroid function test to exclude hyper/hypothyroidism * Imaging studies to rule out intracranial pathology * Cognitive functions assessment to look for indication of delirium/dementia
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Describe Korsakoff Syndrome
- CNS disorder due to deficiency of THIAMINE (B1) in the brain - Typically associated with prolonged, excessive consumption of alcohol - (but also Beriberi) Symptoms include - Reterograde Amnesia - Anterograde Amnesia - Confabulation - fabricated, distorted or misinterpreted memories - Explicit memory defecits
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Risk factors for Suicide include:
* At risk mental status – hopelessness, despair, agitation, shame, guilt, anger, psychosis * Recent interpersonal crisis – rejection, humiliation * Recent suicide attempt, major loss or trauma * Alcohol intoxication, or drug withdrawal state * Chronic pain or illness * Financial difficulties or unemployed status * Impending legal prosecution or child custody issues * Lack of social support network * Unwillingness to accept help
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Describe wernicke's encephalopathy
Triad of: - Confusion - Opthalmoplegia / Nystagmus - Ataxia - Thiamine (B1) deficiency (cause)
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Steps for interpreting a CTG
**DRCBRAVADO** **DR: Define risk** - High or Low - Maternal medical illness - GDM, HTN, Asthma - Obstetric complications - Multiple gestation, post date gestation, previous caesarian section, IUGR, premature rupture membranes, congenital malformations, Induction/Augmentation labour, pre-eclampsia - Other risk factors - Absence of prenatal care, Smoking, Drug abuse **C: Contractions** - Duration of each - Intensity - via palpation - Frequency - "X in 10" **BRa: Baseline rate** - Average HR in 10 minute window - 110-160 bpm normal - Severe bradycardia - ie Below 80 for > 3 mins indicates severe foetal hypoxia **V: Variability** - Normal variability = 5-25 bpm = Reassuring - Non reassuring - < 5 bpm for 30-50 minutes - > 25 bpm for 15-25 minutes - Abnormal - More extreme than above - Sinusoidal **A: Accelerations** - Abrupt increase in foetal HR > 15 bpm for > 15 seconds - Reassuring - When occuring alongside contractions - indications healthy foetus **D: Decelerations** - Abrupt decrease foetal HR < 15 bpm for >15 seconds - *Early Decels* - In time with uterine contractions - deemed physiological - *Variable Decels* - No clear sync with contractions - Accompanied by "shoulders" of acceleration - recovering - Thought to be due to cord compression - *Late Decels* - Begin peak contraction - recover after contraction ends - Uteroplacental insufficiency - Maternal hypotension, pre-eclampsia, uterine hyperstimulation - *Prolonged Decels* - > 2 minutes - 2-3 minutes = Nonreassuring - >3 minutes = Immediately abnormal **O: Overall impression** - Reassuring - Non-reassuring - Abnormal
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Steps for Interpreting a CXR
DRSABCDE **Details** - - Name, DOB, AP/PA/Transverse, Time/Date, L/R marker **RIPE** - - Rotation - SC joints equal - Inspiration - 8-10 ribs posterior above diaphragm - Picture - ?entire lung fields, scapulae outside lung fields - Exposure - IV discs & spinous processes thru cardiac silohette **Soft Tissue** - Swelling - Masses - Calcification of arteries **Air** - Trachea - Hilum - Lung field outlines **Bones** - Ribs - Scapulae - Sternum - Vertebrae **Circulation** - Heart 2/3 L, 1/3 R - Measure Ratio on PA film - Aortic arch **Diaphragm** - R higher by 1 intercostal space - Shape & contour **Everything Else** - Tubes - NG, ETT, Permacath, CVC - ECG
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Routine vaccinations given in childhood
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Key factors to ask about on a Gynae Hx
PMOSC * * Pap smear * * Menstural Hx * * Obstetric * * Sexual/STI * * Contraception
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Major causes of female infertility
- Pelvic Inflammatory disease - Polycystic Ovarian Syndrome - Endometriosis - Pelvic adhesions - Tubal blockages
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Causes of reduced fetal HR variability
- Fetal sleeping: this should last no longer than 40 minutes (this is the most common cause) - Fetal acidosis (due to hypoxia): more likely if late decelerations are also present - Fetal tachycardia - Drugs: opiates, benzodiazepines, methyldopa and magnesium sulphate - Prematurity: variability is reduced at earlier gestation (<28 weeks) - Congenital heart abnormalities
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Classifications of Asthma
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Management of mild asthma flowchart - Ages are 1-5 and 6+
1-5y - 2-6 puffs salbutamol 6+ y - 12 puffs salbutamol ReAx after 20 minutes If not improving, treat as moderate
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Management of moderate asthma flowchart - Ages are 1-5 and 6+
1-5 - 6 puffs salbutamol every 20 mins for 3 doses Avoid steroids If not responding well - 4 puffs ipatropium every 20 mins 6+ - 12 puffs every 20 minutes for 3 doses Oral prednisolone - 1mg/kg to max 50mg If not responding well - 8 puffs ipatropium every 20 mins If not responding here, treat as severe Otherwise if needs Burst more frequently than 3 hourly after this, admit
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Management of severe asthma flowchart - Ages are 1-5 and 6+
**For all - Admit to resus, notify senior staff** O2 via NP - titrate to SpO2 > 90% IV access Methyprednisolone 1mg/kg - max 60mg IV 6hrly Continue 20 minute burst therapy Salbutamol and Ipatropium via spacer 1-5 - 6 puffs salbutamol, 4 ipatropium 6+ - 12 puffs salbutamol, 8 ipatropium If not responding, this is **LIFE THREATENING** We give IV MgSO4 and Aminophylline