zatchot 1-6 L Flashcards

1
Q

Sections of the medical history.

A

I. Introductory information (identifying data) – ID.
II. Chief complaint – CC.
III. History of the present illness – HPI.
IV. Life history: 1.Past medical history – PMH
Family history – FH.
Psychosocial history – PSH.
Medications and habits – MH.
VIII. Review of systems – ROS

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2
Q

The main complaints in diseases of the respiratory system, cardiovascular system, gastrointestinal tract, kidney, osteoarticular system.

A

1- Respiratory
* Cough (dry, wet, paroxysmal)
* Sputum (mucous, purulent ,rusty)
* Hemoptysis
* Chest pain
* Breathlessness (dyspnea)
2-–. Cardiovascular
* Pain in the region of the heart
* Heart rhythm disturbances
* Headache
3-Alimentary
* Appetite disorders
* Swallowing disorders
* Heartburn
* Eructation
* Nausea, vomiting
* Abdominal pains
* Diarrhea
* Constipation
4-–Urinary
* Fever
* Painful urination
* Pain in loin region
* Red urine
* Altered urine volume

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3
Q

Types of impairment of consciousness.

A

– Three grades of consciousness disturbance are distinguished :
1. Torpor : is a state of stunning out of which the patient may be taken out for a short time by speaking to him. The patient is poorly oriented in the surrounding situation, answers the questions slowly and late

Sopor (sleep) : is more pronounced consciousness disturbance. The patient does not react to surrounding people, although sensitivity, including pain sensitivity, is preserved, reacts to examination.
Coma :
is more pronounced consciousness disturbance.
The patient does not react to surrounding people, although sensitivity,
including pain sensitivity, is preserved, reacts to examination.

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4
Q

Coma and the reasons for their occurrence.

A

–consciousness and response to external stimuli (pain, etc.) are completely absent.
1-Complete muscle relaxation and loss of reflexes are observed.
2-Regulation of vital functions (breathing, circulation) are damaged, but saved.
3-Thus, in coma there is a complete unconsciousness, loss of sensitivity and movements.
—occurance :
1-alcoholic coma
2-hypoglycaemic coma
3-diabetic (hyperglycaemic) coma
4-hepatic coma

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5
Q

The position of the patient. Forced situation.

A

1-Forced position during a bronchia asthma attack:
-(asthma accompanied by sharp difficulty of expiration) the patient takes forced sitting position leaning with his hands on the back of a chair, edge of a bed, his knees, etc. This position gives a possibility to fix the shoulder girdle and to switch additional respiratory musculature, specifically, muscles of the neck, back and breast enabling expiration
2-Forced position during cardiac asthma attack:
During cardiac asthma attack and pulmonary edema caused by blood congestion in lesser circulation circle vessels the patient is eager to take vertical (sitting) position with legs dropped down which decreases blood inflow to the right cardiac chambers and gives a possibility to unload lesser circulation circle to some extent (orthopnea position)

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6
Q

Facial expression in various diseases.

A

-they are several types :
1-Facies mitralis : (face of a patient with mitral valve stenosis)
2-Acromegaly :The increased growth hormone of acromegaly produces enlargement of both bone and soft tissues. of the head
3-Facies nephritica : (face of a patient with renal diseases) pain, puffy, with upper and lower eyelids edema,
4-Facies leonine : (face of patient with leprosy)
5-Facies Corvisari : is characteristic for patients with pronounced cardiac insufficiency..
6-Facies micsedemica : face of a patient with thyroid gland hypofunction (myxedema).
7-Facies Basedovica : (face of a patient with thyrotoxicosis): anxious, exasperated or frightened face expression is marked,
8-hirsutism facies : Face of a female patient with hirsutism developed due to excessive testosterone in the organism

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7
Q

Physique, types of constitution, anthropometry.

A

–Anthropometry
1- height, weight,
2-BMI = the mass (weight) of the body (kg)/[height (m) ×height (m)] (kg/m²)
3-waist circumference.
4-hip circumference
5-body type: correct, incorrect, strong, moderate, or weak
–body types :
1-Normosthenic type :is characterized by correct habitus with proportional parts of body, well-developed somatic musculature, correct chest shape
2-Asthenic type :
-predominant body development in length,
-muscles are weakly developed,
-shoulders are sloping,
-long neck
3-Hypersthenic type :
-predominant body development in width;
-medium height or lower,
-enhanced nutrition,
-muscles are well-developed.
-shoulders are wide, neck is short

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8
Q

Types of temperature curves.

A

— In a healthy human being body temperature
fluctuates in a narrow range: from 36,0°C to 37,0°C.

1-Continued fever (febris continua): long-term body
temperature increase with diurnal fluctuations not
exceeding 1°C.
2-Remittent fever (febris remittens): long term body temperature increase with diurnal fluctuations exceeding 1°C.
3-Intermittent fever (febris intermittens): high fever changed by normal body temperature (below 37°С) for 1-2 days and then rising again up to 38-40°С.
4-Hectic fever (febris hectica): sufficient temperature increase up to 39-41°С (more often by the evening) changed by normal temperature within 24 hours. Increase of temperature is accompanied by pronounced chill, and its increase - by emaciating sweating

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9
Q

Examination of the skin and visible mucous membranes.

A

—-1-color:
-there are 5 types we can distinguished while we examine the patient :
1- Paleness = -anemias - peripheral circulation pathology:
2-Redness = 2-1peripheral vessels dilation: fever 2-2erythrocytosis, polycythemia
3-Cyanosis (bluish) = :
3-1Central cyanosis – diffuse, warm: develops in result of insufficient blood oxygenation in the lungs in various respiratory organs diseases
3-2. Peripheral cyanosis (acrocyanosis), cold : appears in case of slowing down of peripheral
circulation, in venous congestion in patients with cardiac insufficiency.
3-3. Limited, local cyanosis :develops in result of peripheral veins congestion due to their compression with tumor,
4-Jaundice ; three kinds of jaundice are distinguished = :
1. parenchymal (in hepatic parenchyma lesion);
2. mechanical (in obturation of common bile duct with a concernment or its compression with a tumor);
3. hemolytic (in enhanced hemolysis of erythrocytes)
5-Bronze (brown) = Bronze (brown) skin color is usually seen in adrenal insufficiency.

—-2- humidity (moisture) :

–they are several types :
1-Moderate (normal)
2-Excessive (sweating) – diabetes mellitus (especially when blood sugar is low)
3- Dry (dryness) -renal failure, skin diseases
4-Peeling - , «uremic powder»
—-3-elasticity (turgor):

1-Decrease in elasticity of skin - patients of old age, dehydration (vomiting, diarrhea).
2-Increase in turgor and tension of skin - liquid delay.

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10
Q

Classification of skin rashes.

A

-1–Hemorrhagic
1-petechiae,
2-ecchymosis,
3- purpura
-2–Non-hemorrhagic:
1-erythema (including erythema nodosum),

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11
Q

Condition of subcutaneous fat.

A

1-development (moderate, weak, excessive),
2-largest deposition sites,
3-presence of edema,
4-thickness of the fat fold at the lower angle of the scapula and on the abdomen at the level of the navel
——(obesity) ; Primary (exogenous constitutional, or alimentary-metabolic) obesity based on energetic imbalance (absolute or relative increase of energy income with food or decrease of its waste due to hypodinamia)
–the opposite of the obesity is the chexcia

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12
Q

Localization of edema in diseases of the cardiovascular system and kidneys.

A

1-Prevalence(local, general)
2-Sites (extremities, abdomen, face)
3-Degree of severity (pastiness, severe)
4-Consistency(soft, dense)
5- Skin color in edema sites
-Local edema :
the main causes :
1. regional lesion of venous outflow
2-. acute inflammatory reaction of skin and subcutaneous fat
3-. local cutaneous allergic reaction, Quincke’s edema.
-Diffuse or general edema : in cardiac, renal and other visceral organs diseases
are, caused by combination of lesions of numerous
mechanisms taking part in water-electrolytic balance
in the organism.
ex : Ascites = is the accumulation of fluid in the peritoneal cavity ( renal )
ex: Hydropericardium is the accumulation of fluid in the pericardial cavity
Hydrothorax = is the accumulation of fluid in the pleural cavity
—The following methods are used for disclosure of peripheral edemas:
1. palpation method
2. follow-up of bodymass dynamics;

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13
Q

Palpation of lymph nodes, their characteristics

A

–Normally peripheral lymph nodes :
present round or oval formations from 5 to 20 mm in size. They are not elevated above the skin level and that is why not disclosed during examination.
–location of lymph nodes :
1. Pre-auricular 2. Posterior auricular 3. Tonsillar 4. Submaxillary
5. Submental 6. Cervical 7. Supra- and subclavian 8. Anconeal (elbow) and
9. Inguinal
– we should exam the lymph nodes for distinguish :
a) size b) shape c) consistency d) painless
e) movability f) adhered
—-diseases : there are two types
1- Diffuse, systemic lymph nodes lesion
-inflammatory changes (for example, in certain infections)
2. local enlargement of regional lymph nodes
-inflammatory (local suppurative processes)

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14
Q

Examination of hair, nails and thyroid gland.

A

–Hair :
1- Dull, brittle, hair loss, premature hair graying
2-Type of growth (malepattern, femalepattern)
–nails :
1-Form
2-Color
3-Brittleness
4-Deformation
5- Striation
—-Watch-glasses symptom and drumsticks the main causes:
1-long purulent lung diseases (abscesses, bronchiectasis),
2-congenital heart defects (with severe tissue hypoxia),
3-bacterial endocarditis
–thyroid gland :
the methods of examinations

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14
Q

Complaints of patients with respiratory diseases and their pathogenesis.

A

there is 2 type
– Main :
1.Cough
2.Sputum
3.Breathlessness
4.Chest pain
5.Haemoptysis
6.Wheeze
–Nonspecific-
Fever, Chills, Sweating, Weakness,
decreeing working ability.

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15
Q

Pathological forms of the chest.

A
  1. Emphysematous or barrel
     pronounced swelling or flattening in the
    supraclavicular area
     horizontal ribs and intercostal spaces increase
     rib angle greater than 90º
     an increase in the cross and especially anteroposterior
    chest size
  2. Paralytic
     Thorax is flattened from front to back
     anteroposterior size is about ½ the size of the frontal
     Retraction of supra- and subclavian spaces
     Expressed wide intercostal spaces
     Pterygopalatine spaced blades
     Epigastric angle is less than 90 °
  3. Rachitic (keeled) thorax :(compressed from sides, sternum sharply protruding - chicken breast)
  4. Funnel chest and chest cobbler : (changing the shape of the sternum, the lower part of the impression or oblong recess at the upper and middle part of the sternum - navicular thorax)
16
Q

. Purpose and method of chest palpation

A

—purpose
1-chest expansion,
2-chest elasticity or resistance
3-pain, tenderness areas
–methods you already know it

17
Q

Elasticity and resistance of the chest.

A

— Resistance of the chest opposite the property of elasticity; which caused by :
1. emphysema of the lungs,
2. ossification of ribs in the elderly,
3. fluid in the pleural cavity,
4. tumors of the pleura

18
Q

Voice fremitus and its change in pathology.

A

—Vocal (tactile) fremitus
—if it Decreased
1-hydrothorax
2-pneumothorax
3-fibrothorax (thickening of pleura
-if its increase
consolidation of the lung tissues - lobar pneumonia;
empty cavity presence in the lungs; .compressive atelectasis

19
Q

Percussion sounds over the human body. Percussion methods. General rules of percussion.

A

–Types of percussion notes ( sounds ) :
1-Resonant note
2-Dull
3-Stony dull (flat)
4-Hyporesonant
5-Hyperresonant
6-Tympanic
–methods : 2 fingers
–Rules:
* percussion - quiet
* from clear to dull percussion note
* the finger-pleximeter parallel to the border of the organ
* the border is marked by the edge of the pleximeter directed toward the zone of the more resonant sound
* percussion carried out at the ribs and intercostal space

20
Q

Comparative percussion of the lungs in front and behind.

A

–the doctor stand to the right of the penitent ( sitting or standing )
-priority percussion
—Anteriorly :
1-Top/apex
2-calivcal bone
3-intercostal space symmetrically 4th rib
4-below the 4th rib the precaution just to the right
—Posteriorly :
1-percussion of the supraspinatus area
-standing on the left of the patient
-put your plessmiter finger horizontally
2-percuation of intrascapular area
-stand behind the patient
-patent cross his arms
-put your plessmiter finger on the spine vertically
3-below blade angles
-stand on the left of the penitent
-finger plessmiter horizontally

21
Q

Name the conditions for the appearance of hyperresonance, tympanic and dull percussion sounds.

A

1-hyperresonant sound or boxed sound :
reduce the elecitic properties and increased air lungs = emphysema of lungs
2-tympainc sound :
cavity of the lung filled with air = penumothorax and lung abussce in 2nd stage
3-dull sound :
absence of air in share of segment = hydrothorax and tumor

22
Q

The height of apex of the lungs in front and behind, the reasons for its changes

A

-Upper border of the lungs in front:
1-The height of the top of the front light is normally located at 3-4 cm above the level of the clavicle
-Upper border of the lungs in back :
1-The height of the top of the back light is normally located at the level of VII cervical vertebra, 3-4 cm lateral to the spinous process of the vertebra
—–Meaning of changes in the upper boundaries of the lungs :
- Increasing the size of the lungs apex and Kroenig’s area, the displacement of the upper bounds upwards and the expansion of the Kroenig’s area:
- lung emphysema
-Decrease apex or downward displacement of upper
boundaries, narrowing of Kroenig’s area:
- pneumosclerosis
- pneumonia

23
Q

Width of apical fields (Krenig fields), changes in pathology.

A

–Kroenig’s area:
-Kroenig’s area - on the leading edge of the trapezius muscle. Normally, is 3-8 cm, 5-6 cm in average.
—Meaning of changes in the upper boundaries of the lungs :
- Increasing the size of the lungs apex and Kroenig’s area, the displacement of the upper bounds upwards and the expansion of the Kroenig’s area:
- lung emphysema
-Decrease apex or downward displacement of upper
boundaries, narrowing of Kroenig’s area:
- pneumosclerosis
- pneumonia

24
Q

Lower boundaries of the lungs, their change in pathology.

A

–Lower bounds of lung
1-Right lung on all topographical lines from parasternal line ending paravertebral line
2-Left lung - in front from axillary to the paravertebral line
–meaning of changes :
–Shift the boundaries of the lungsDOWN
1- Asthenic type of constitution
2-Acute lung distension at an attack of asthma
3-Chronic pulmonary emphysema
4-Omission of internal organs (visceroptosia)
5-Vicarious emphysema (unilateral ptosis when you turn off the light on the background of another pneumothorax, hydrothorax)
–Two sides
- hyperstenic type of constitution
- pregnancy in the later stages
- flatulence
- ascites
–One sides
- contraction of lungs at pneumosclerosis
- obturation atelectasis
- hydrothorax, pushes up a lung and medially
- increased liver
- enlarged spleen

25
Q

Respiration excursion of the lower edge of the lungs, technique for determining its, norm and changes in pathology.

A

–It is performed by asking the patient to exhale and hold it. The provider
then percusses down their back in the intercostal margins (bone will be
dull), starting below the scapula, until sounds change from resonant to
dull (lungs are resonant, solid organs should be dull). That is where the
provider marks the spot
-Respiratory (diaphragmatic) excursion :
1-Right on the topographical lines :
- median-clavicular
- middle axillary
- shoulder
2-Left on the topographical lines
- middle axillary
- shoulder
due to the location of the heart
— pathological changes :
Pneumonia
Pulmonary edema (chronic heart failure)
Emphysema
Massive hydrothorax
Fusion of pleural sheets
Obliteration of the pleural cavity

26
Q

. The reasons for the weakening and strengthening of vesicular breathing.

A

–they are 2 types :
1-Physiological
* Physiological - the ratio of the phases of inspiration and expiration does not change, the loudness of respiratory noise over the entire pulmonary surface decreases
- thickness of the breast wall due to fatty tissue
- thickening of the chest wall due to muscle hypertrophy
2- Pathological - respiratory noise is more quiet and short, may not be heard
at all
- emphysema of the lungs
- swelling of alveolar walls in the initial stage of croupous pneumonia
- contraction of airways by tumor
- narrowing of airways by foreign body
- inflammation of the respiratory muscles
- inflammation of the intercostal nerves

27
Q

Dry wheezing, their varieties and diagnostic value.

A

explain the rales breath sound :
-1-Dry rales (rhonchi) :
* occurs in large and medium bronchi, the trachea.
* auscultation characteristics: low sounds “musical” character,
* occur when there is viscous sputum in the lumen of the bronchi,
* can be heard on inhalation and exhalation,
* changes after coughing.
* chronic bronchitis, COPD
-2-Dry whistling rales (wheezing):
* are caused by of air flow through narrowed small bronchi in bronchial asthma, emphysema and COPD.
* better heard on expiration, especially forced

28
Q

. Inspiratory and expiratory (coarse) crackles (major “bubble” ,medium “bubble”, small “bubble”).

A

Wet crackles
* Inspiratory and expiratory (wet) crackles occur during inspiration and expiration, when air passes through the pathological liquid, forming bubbles.
* Inspiratory and expiratory crackles depend on the size of the lumen (caliber) of the bronchi: there are small, medium and major “buble” crackles.
* causes - pathology of the bronchi and trachea (bronchitis, bronchiectasis, lung abscess communicating with the bronchus, pulmonary edema),
* changes after coughing.

29
Q

Late inspiratory (fine) crackles, mechanism of formation, causes.

A

-Late inspiratory (fine) crackles are associated with the
appearance in the alveoli a small amount of viscous secretions (transudate, exudate, blood).
-causes - pneumonia, alveolitis, stagnation of blood in the pulmonary circulation,
-does not change after coughing.

30
Q

Pleural friction rub, diagnostic value

A
  • Is heard during both phases of respiration,
  • Is localized to a small area of the chest, Does not change after coughing,
  • Aggravated by pressure with a stethoscope on the chest wall,
  • The sound is caused by the two inflamed surfaces of the pleura rubbing against each other during respiration and disappears when sufficient fluid accumulates to separate the two layers of the pleura.