GERMED Final Flashcards

(34 cards)

1
Q
A
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2
Q

Explain why you would be inclined to stop amitryptyline in newly diagnosed patient with Alzeimers dementia [1]

A

Amit: cholinesterase imhibitor and amitriptyline is anticholinergic so would be counter active to the medication for dementia.

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3
Q

Which type of memory is initially affected in Alzheimer’s disease? [1]

A

Episodic memory - memory of events (times, places, associated emotions, and other contextual who, what, when, where, why knowledge) that can be explicitly stated or conjured.

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4
Q

Which medication would you give for a patient that has motion sickness

Metoclopramide
Cyclizine
Ondansetron
Haloperidol
Levomepromazine
Hyoscine

A

Which medication would you give for a patient that has motion sickness

Metoclopramide
Cyclizine
Ondansetron
Haloperidol
Levomepromazine
Hyoscine

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5
Q

For chemically-mediated symptoms (for example medications, metabolic derangemenet), aim to treat the underlying cause.

If needed, which anti-emetics could be used? [3]

A

Antiemetics that may be helpful include haloperidol, metoclopramide or levomepromazine.

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6
Q

Which medication would you give for a patient that feels sick because of raised ICP?

Metoclopramide
Cyclizine
Ondansetron
Haloperidol
Levomepromazine
Hyoscine

A

Which medication would you give for a patient that feels sick because of raised ICP?

Cyclizine
- Dexamethasone or radiotherapy may be helpful to reduce the pressure-associated symptoms.

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7
Q

Which medication should be given to patients who feel nauseous due to compression from abdominal or pelvic tumours? [1]

A

cyclizine should be used first-line.

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8
Q

Which medications can you give for agitation in end of life? [2]

A

For patients in their last days of life, haloperidol or low-dose midazolam may be prescribed

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9
Q

Which medications can be given for respiratory tract secretions in end of life care? [2]

A

An antimuscarinic such as hyoscine butylbromide or glycopyrronium bromide may be prescribed for noisy respiratory secretions.

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10
Q

Lecture

Describe a metabolic effect of opioid prescription and how you would manage this [2]

A

Nausea and vomiting – would recommend co-prescription of an antiemetic as required – consider the context of your patient but in general, prokinetic such as metoclopramide should be first line

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11
Q

Which medications can be used if a patient is extremely agitated? [3]

A
  • Midazolam 2.5-5mg 1hrly SC (10mg in crisis)
  • Levomepromazine 12.5-25mg 2hrly SC (higher dose than nausea)
  • Haloperidol 2.5mg 2hrly SC

midazolam usually first line

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12
Q

What do you need to do in an examination so that you can verify death? [4]

A
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13
Q

Which investigations would you perform for incontinence? [4]

A

Urinalysis
* Haematuria (bladder neoplasia)
* Glucosuria (diabetic polyuria)
* Nitrites/ leucocytes - UTI

US abdomen – hydronephrosis/ abdominal mass

Urodynamic flow studies – prior to surgery

Rarely spinal MRI (cauda equina)

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14
Q

QuesMed

What is the gold-standard surgical treatment for stress incontinence? [1]

A

Mid-urethral sling

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15
Q

Describe the cycle of frailty [1]

A

Multiple stressors decrease physical reserve. Once depleted enough, a simple stressor (e.g. fall / infection) have a much more steep decline in functional abilities and a slower improvement. May not return to previous base line.

Whilst improving (slowly); get impacted by another stressor, which causes a cycle of frailtly

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16
Q

Which clinical frail scale is used within NHS hospitals? [1]

A

Rockwood clinical frail scale (CFS)

17
Q

Describe the different levels of Rockwood clinical frail scale (CFS)

A
  1. Active
  2. Is pre-frail
    5 -7 are different levels of frailty
    8-9 More palliative and symptom management

NB: acutely unwell patients are meant to be score pre-illness

18
Q

Describe some of key clinical features of hypophosphataemia (CV; resp; neuro; haem) [+]

A

Cardiac Dysfunction:
- Hypophosphatemia can impair myocardial contractility, leading to heart failure.
- It may also cause arrhythmias due to its role in maintaining normal cellular electrophysiology.

Respiratory Failure:
- Phosphate is essential for ATP production, necessary for respiratory muscle function.
- Severe hypophosphatemia can lead to muscle weakness, including the diaphragm and intercostal muscles, potentially resulting in acute respiratory failure.

Neurological Complications:
- These can range from confusion and seizures to coma, attributable to disturbed ATP metabolism in the central nervous system.

Haematological Effects:
- Reduced 2,3-diphosphoglycerate levels in erythrocytes affect oxygen release from haemoglobin, leading to tissue hypoxia. Hypophosphatemia can also result in hemolysis.

Rhabdomyolysis:
- Phosphate depletion impairs ATP production in muscles, which can lead to muscle breakdown and rhabdomyolysis.

19
Q

Hypomagnesaemia may lead to which cardiac consequence? [1]

A

may predispose to torsades de pointes

20
Q

How do you manage a patient who hasn’t eaten for > 5 days? [1]

A

NICE recommend that if a patient hasn’t eaten for > 5 days, aim to re-feed at no more than 50% of requirements for the first 2 days.

21
Q

Describe what is meant by:
- Athetosis
- Ballisumus

A

Athetosis:
- slow, complex, snake-like movements predominantly affecting distal extremities

Ballisumus
- large-amplitude sudden, flinging motions often unilateral.

22
Q

Describe different types of laxatives used, with examples and when they should be used [4]

A

Bulk-forming: e.g. fybogel - ispaghula husk
- Increase the bulk of stool: triggers stretch receptors and promotes peristalsis.
- Usually offered first line

Osmotic laxatives: e.g lactulose or macrogols
- exert an osmotic effect drawing water into the bowel lumen.
- should be offered after bulk-forming laxatives.
- They are also very effective in faecal impaction and infrequent bowel motions.

Stimulants: e.g. senna
- stimulate the local nervous system within the gut wall that increases colonic contractility and secretions.
- They may be used second-line and better for patients with difficulty emptying rather than infrequent motions.

Softeners: e.g. sodium docusate
- Docusate lowers the surface tension, which leads to water and fats penetrating the stool.

23
Q

QuesMed

What is the first line laxative for chronic constipation? [1]

A

A bulk-forming laxative such as ispaghula (along with plenty of oral fluid)

24
Q

What is the first line laxative for drug-induced constipation? [1]

A

A stimulant laxative e.g. senna or bisacodyl

25
Which electolyte dysfunction might cause a fall? [1]
**Hypocalcaemia**: Low serum calcium can cause muscle cramps and tetany leading to instability and falls.
26
What is the pharmacological interventions can provide for orthostatic hypotension? [3]
**Fludrocortisone** - Monitor serum potassium levels and BP regularly due to the risk of hypokalaemia and supine hypertension **Sympathomimetic agents** * **Midodrine** - Use with caution in patients with ischaemic heart disease or cardiac arrhythmias. * **Droxidopa** - This agent may be particularly useful in patients with neurogenic orthostatic hypotension.
27
How do you specifically test for orthostatic hypotension? [1]
1 Have the patient **lie down for 5 minutes**. 2 Measure blood pressure and pulse rate. 3 Have the patient stand. 4 **Repeat blood pressure and pulse rate measurements after standing 1 and 3 minutes.**
28
What are the 5 frailty syndromes in the elderly? [5]
**Falls**: Such as collapse, legs giving way, or being found on the floor **Immobility**: Such as a sudden change in mobility, or being "stuck in the toilet" **Delirium**: Such as acute confusion, sudden worsening of confusion, or "muddledness" **Incontinence**: Such as a change in continence, or new onset or worsening of urine or faecal incontinence **Susceptibility to side effects of medication:** Such as confusion with codeine, or hypotension with antidepressants
29
What are clinic [1] and ABPM [1] BP targets in over 80s?
Clinic: < 150/90 ABPM: < 145/85
30
How would you alter the below if a patient has become renally impaired? - Morphine (mild-moderate impairment; severe impairment) - Enoxaparin - Co-amoxiclav - DOAC
- Morphine to **oxycodone** if **mild-moderate**; **buprenorphine or alfentanil** if **severe** - Enoxaparin - **reduce dose to 20mg if CrCl is 15-30** - Co-amoxiclav - **reduce dosing** - DOAC - **not licensed below CrCl 15; reduce dosing** -
31
For each of the following, state a side effect [5]
32
Which hypertensive levels should you **stop** NSAIDs on in the elderly?
**with moderate-severe hypertension** (moderate: **160/100mmHg – 179/109mmHg**; **severe**: **≥180/110mmHg**) (risk of exacerbation of hypertension).
33
**Diclofenac** is associated with **[body system]** risks that are higher than the other non-selective NSAID
**Diclofenac** is associated with **cardiovascular risks** that are higher than the other non-selective NSAID
34
In whcih conditions are bladder antimuscarinic drugs recommended to stop in CoE? [4]
**STOP**: **Bladder antimuscarinic drugs**  with **dementia** (risk of increased confusion, agitation).  with **chronic angle-closure glaucoma** (risk of acute exacerbation).  with **chronic constipation** (risk of exacerbation)  with **chronic prostatism** (risk of urinary retention).