A. A
B. D
C. E
D. K
A. No acid fast bacteria are in the sputum
B. The patient no longer has the disease
C. The patient’s temperature is normal
D. The tuberculin skin test is negative
A. Engages in strenuous physical activities
B. Has a history of hypoparathyroidism
C. Receives long – term steroid therapy
D. Takes excessive amounts of oestrogen
A. Corn oil
B. Fish
C. Soft margarine
D. Whole milk
A. Infectious obstructions
B. Loss of aerating surface
C. Pleural effusion
D. Respiratory muscle paralysis
A. Ammonia
B. Fatty acids
C. Ketone bodies
D. Lipoproteins
A. Prevent ankylosis of the joint
B. Provide physiotherapy
C. Reduce inflammation
D. Relieve pain
A. Bordetella pertussis
B. Diphtheria bacillus
C. Influenza virus
D. Mycobacterium tuberculosis
A. High carbohydrate, low sodium
B. High protein, low carbohydrate
C. High sodium, low protein
D. High sodium, high carbohydrate
A. Fatty degeneration of kupffer cells
B. Infection of the liver parenchyma
C. Obstruction of the cystic and hepatic ducts
D. Obstruction of the portal circulation
A. Pleural friction rub
B. Puncture wound of the chest wall
C. Rupture of subpleura bleb
D. Tracheooesophageal fistula
A. Encourage patient to sit upright
B. Maintain the sterility of the procedure
C. Minimise bleeding at the puncture site
D. Minimise the risk of bladder puncture
A. Administer the oxygen PRN
B. Encouraged the patient to cough deeply
C. Encourage the patient to rest for 30 minutes
D. Place the patient in a sitting position
A. Bicarbonate
B. Calcium
C. Potassium
D. Sodium
A. Prevent droplets spread of the infection
B. Use caution when bringing food to the patient
C. Use gloves when removing the patient’s bedpan
D. Wear mask and gown before entering his room
A. Atelectasis
B. Emphysema
C. Pneumothorax
D. Pulmonary fibrosis
A. Abdominal cavity
B. Pleural cavity
C. Peritoneal cavity
D. Peritoneum
A. Abdominal girth
B. Daily weight check
C. Elevation of lower extremities
D. Intake and output
A. Grossly irregular heart beat
B. Heartbeat that has regular skipped beats
C. Heart rate of over 90 per minute
D. Heart rate of under 60 per minute
A. Lower oesophagus
B. Mid oesophagus
C. Upper oesophagus
D. Whole of oesophagus
A. Blood calcium depletion
B. Chronic bronchial asthma
C. Iron deficiency anaemia
D. Osteomyelitis
I. Carrying heavy objects
II. Coughing
III. Lifting heavy objects
IV. Sneezing
A. I and II
B. I and III
C. I, II and IV
D. II, III and IV
A. 27 to 29
B. 30 to 32
C. 40 to 42
D. 48 to 50
A. Aldosterone
B. Parathormone
C. Somatostatin
D. Thyroxin
A. Calcium
B. Parathormone
C. Thyroxin
D. Vasopressin
A. Clearance test
B. Culture and sensitivity test
C. Glucose tolerance test
D. Routine test
A. Catchy
B. Cutting
C. Pinching
D. Sharp
A. Encourage deep breathing and coughing
B. Limit the patient’s fluid intake
C. Teach the patient to move legs when in bed
D. Teach patient to turn in bed from left to right 10 times daily
A. Coughing
B. Expiration
C. Inspiration
D. Whistling
A. 5g/dL
B. 8g/dL
C. 10g/dL
D. 15g/dL
A. Hepatic cirrhosis
B. Hepatic coma
C. Portal hypertension
D. Stone formation in the common bile duct
A. Clubbing
B. Cyanosis
C. Dyspnoea
D. Haemoptysis
A. Assume the supine position
B. Eat foods low in fats
C. Empty bladder
D. Remain nil per os for 24 hours
A. A gluten – free diet
B. Corticotrophin preparations
C. Folic acid
D. Vitamin B12
I. Does not have the antibodies in his blood
II. Has not been infected with the virus
III. Has been infected with virus but has not yet produced antibodies
IV. Is immune to the virus
A. I, II and III
B. I, III and IV
C. II, III and IV
D. I, II, III and IV
A. 1 – 4 years
B. 5 – 15 years
C. 25 – 30 years
D. 35 – 40 years
A. Coffee ground vomiting
B. Dark red urine
C. Diarrhoea
D. Low grade fever
A. Ascites
B. Hyperalbuminaemia
C. Hypoalbuminaemia
D. Proteinuria
A. Increasing the lifespan of the red blood cells
B. Killing the HIV
C. Neutralising the toxins produced by the HIV
D. Preventing the production of HIV
A. Atrial fibrillation
B. Atrial regurgitation
C. Heart murmur
D. Stridor
A. Adrenocorticotrophin
B. Growth hormone
C. Testosterone
D. Thyroid hormone
A. A negative
B. B negative
C. AB negative
D. O negative
A. Who are manifesting signs and symptoms of AIDS
B. Who have development opportunistic infections
C. Whose CD4 counts are below 500
D. Whose helper T – cells lymphocytes count are above 800.
A. A positive
B. B positive
C. AB positive
D. O positive
A. Ketosis
B. Obesity
C. Type 1 diabetes
D. Type 2 diabetes
A. 4 to 8
B. 4.5 to 8
C. 4 to 7
D. 4.5 to 7
A. Intractable or refractory angina
B. Stable angina
C. Unstable angina
D. Variant angina
A. Glucose from rapid carbohydrate metabolism
B. Ketones from rapid fat metabolism causing acidosis
C. Nitrogen from protein catabolism causing ammonia intoxication
D. Sodium bicarbonate causing alkalosis
A. Bronchopneumonia
B. Conjunctivitis
C. Fever
D. Splenomegaly
A. Cough
B. Dyspnoea
C. Nausea
D. Pulmonary crackles
I. Chronic cough
II. Increasing shortness of breath
III. Production of copious purulent sputum
IV. Wheezing respirations
A. I, II and III
B. I, II and IV
C. II, III and IV
D. I, II, III and IV
A. Anorexia
B. Ascites
C. Dependent oedema
D. Dyspnoea
A. Decreases venous return
B. Decreases lung congestion
C. Lowers output of the right ventricle
D. Reduces arterial blood pressure
A. Coldness
B. Pain
C. Pallor of fingertips or toes
D. Ulceration and gangrene
A. Emotional stress
B. Inadequate food intake
C. Increased insulin dose
D. Presence of infection
A. Calcium
B. Phosphate
C. Potassium
D. Sodium
A. Efficiency of the medicine
B. Potency of the medicine
C. Patency of the needle
D. Viscosity
A. Apical heart rate
B. Difference between the apical and radial pulses
C. Radial pulse in both arms
D. Radial pulse on the left side of the heart
A. Anorexia, glycosuria
B. Excessive thirst, dry hot skin
C. Fruity odour of breath, acetonuria
D. Pallor, sweating, tremors
A. Decreased pulse rate
B. Decreased urinary output
C. Hypotension
D. Visual disturbances
A. Decreased plasma protein
B. Decreased venous pressure
C. Increased plasma protein
D. Increased venous pressure
A. Hypotonic
B. Hypertonic
C. Isotonic
D. Isomeric
A. Decreased production of potassium
B. Diminished plasma protein
C. Kidney malfunction
D. Portal hypotension
A. Albuminuria
B. Pain in the limbs
C. Rigor
D. Vomiting
A. Dyspnoea
B. Elevated blood pressure
C. Increased pulse rate
D. Precordial pain
A. Between the sixth and the seventh ribs at the left medaxillary line
B. Between the third and fourth ribs and to the left of the sternum
C. In the fifth intercostals space along the left midclavicular line
D. Just to the left of the median point of the sternum
A. Eisubioguds
B. Erythrocytes
C. Lymphocytes
D. Plasma cells
A. Lightly cover the client
B. Notify the physician
C. Stop the transfusion immediately
D. Slow the blood flow to keep the vein open
A. Calcium
B. Chloride
C. Potassium
D. Sodium
A. The client feels uncomfortable
B. The doctor has to pass the catheter
C. The danger of causing trauma to the urethra
D. The risk of introducing additional bacterial into the bladder
A. If she is really committed to stopping, that is all that is needed to quit
B. To overcome the nicotine addiction, it is always necessary to join a group of support program
C. Setting a date to stop and then quitting is the most difficult but is associated with fewer relapses
D. The use of nicotine replacement aids with behavioural interventions is the most successful method of stopping
A. Administering 5% dextrose solution IV
B. Giving 100mls of fruit juice
C. Providing a snack of pie and dry crackers
D. Withholding a subsequent dose of insulin
A. Monitoring chest – tube drainage and functioning
B. Positioning the patient on the unaffected side or back
C. Range – of – motion exercises on the affected upper extremity
D. Auscultating frequently for lung sounds on the affected side
A. With cor pulmonale
B. Who currently smoke
C. With end stage renal failure
D. Older than 50 years of age
A. Extracellular
B. Intestinal
C. Intracellular
D. Intravascular
A. Chronic corticosteroid therapy
B. Reduction of risk factors for infection
C. High flow rate of oxygen administration
D. Lung exercises that involves inhaling longer than exhaling
A. Move to a hot, dry climate
B. Perform chest physical therapy
C. Know the early signs of respiratory infection
D. Obtain adequate rest in the supine position
A. Deliver up to 80% O2
B. Provide continuous 100% humidity
C. Deliver a precise concentration of O2¬
D. Be used while a patient eats and sleeps
A. I use my corticosteroid inhaler when I feel short of breath
B. I get a flu shot every year and see my doctor if I have an upper respiratory infection
C. I use my bronchodilator inhaler before I visit my aunt who has a cat, but I only visit for a few minutes because of my allergies
D. I walk 30 minutes every day but sometimes I have to use my bronchodilator inhaler before walking to prevent me from getting short of breath
A. Constantly crying for food
B. Flaky point dermatosis
C. Moon – shaped face due to oedema
D. Reddish brown hair
A. Increased appetite, slow pulse, dry skin
B. Loss of weight, constipation, restlessness
C. Nervousness, weight loss, increased appetite
D. Protruding eyeballs, slow pulse, sluggishness
A. High altitudes cause vascular fluid loss leading to haemoconcentration
B. Hypoxia caused by decreased atmospheric oxygen stimulates erythropoiesis
C. The function of the spleen in removing old erythrocytes is impaired at high altitudes
D. Impaired production of leucocytes and platelets leads to proportionally higher red blood cell count
A. Increased incidence of cancer
B. Decreased production of antibodies
C. Decreased phagocytosis of bacteria
D. Increased allergic and inflammatory reaction
A. Platelet aggregation
B. Activation of thrombin
C. The release of tissue thromboplastin
D. Stimulation of factor activation complex
A. Dyspnoea and tachycardia
B. Cyanosis and pulmonary oedema
C. Cardiomegaly and pulmonary fibrosis
D. Ventricular arrhythmias and wheezing
A. Jaundice
B. Bladder surgery
C. Early menopause
D. Multiple pregnancies
A. Carbohydrates
B. Fats
C. Protein
D. Sodium
A. Have no recurrence of disease
B. Have normal pulmonary function
C. Maintain removal of bronchial secretions
D. Avoid environmental agents that precipitate inflammation
A. Multiple rib fractures are determine by X ray
B. Paradoxical chest movements occurs during respiration
C. There is decreased movement of the involved chest wall
D. A tracheal deviation to the unaffected side is present
A. Continue to monitor this normal findings
B. Check all connections for a leak in the system
C. Lower the drainage collector further from the chest
D. Clamp the tubing at progressively distal points away from the patient until the fluctuations
A. Bone destruction
B. Graves’ disease
C. Seizures
D. Tetany
A. Depressing thee C N S
B. Deforming chest wall muscles
C. Paralysing the diaphragm secondary to trauma
D. Interrupting nerve transmission to respiratory muscle
A. Topical application of griseofulvin
B. Washing the body with pyrethrins
C. Administration of systemic antibiotics
D. Moist compresses applied frequently
A. Daily newspapers in the morning
B. Short family visits
C. Telephone communication
D. Television for short periods
A. Pulmonary congestion secondary to left ventricular failure
B. Right ventricular hypertrophy secondary to increase pulmonary vascular resistance
C. Excess serous fluid collection in the alveoli caused by retained respiratory secretions
D. Right ventricular failure secondary to compression of the heart by hyperventilated lungs
A. An inflammatory disease
B. A steady progression of bronchoconstriction
C. A obstructive disease with loss of alveolar walls
D. A chronic obstructive disorder characterised by mucus production
A. Increased proliferation of ciliated cells
B. Hypertrophy of the alveolar membrane
C. Destruction of all alveolar macrophages
D. Hyperplasia of globet cells and increased production of mucus
A. Perirectal care and platelet administration
B. Oral care and red blood cell administration
C. Monitoring lung sounds and invasive blood pressures
D. Strict hand washing and frequent temperature assessment
A. Vena cava and right atrium
B. Left atrium and left ventricle
C. Right atrium and right ventricle
D. Right ventricle and pulmonary artery
A. Dilate the tracheobronchitis structure
B. Induce sleep
C. Relax peripheral muscles
D. Slow down cardiac contraction
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