A. Atria
B. AV node
C. Bundle of His
D. Ventricles
A. Left circumflex
B. Right marginal artery
C. Left anterior descending artery
D. Right anterior descending artery
A. Glycogen, skeletal protein
B. Visceral protein, fat stores, glycogen
C. Fat stores, skeletal protein, visceral protein
D. Liver protein, muscle protein, visceral protein
A. Friction
B. Soap
C. Time
D. Water
A. Will require surgical wrapping or repair of the pyloric sphincter to control the symptoms
B. Results in acid erosion and ulceration of the oesophagus through frequent vomiting
C. Is the protrusion of a portion of the stomach into the oesophagus through an opening in the diaphragm
D. Often involves relaxation of the lower oesophageal sphincter allowing stomach contents to back up into the oesophagus
A. Drinking a glass of milk at bed time to coat the oesophagus
B. Lie down after eating to promote relaxation of the GI tract
C. Avoid tight clotting and bending to decrease intra – abdominal pressure
D. Drink several glasses of liquids with meals to promote stomach emptying
A. Aspirin
B. Digoxin
C. Lasix
D. Phenytoin
A. Hyperosmolar volumes emptying rapidly into the intestine
B. Isotonic volumes stimulating increased GI motility
C. Hypertonic volumes promoting third – spacing in the intestinal cavity
D. Hyposmolar volumes drawing fluid out of the plasma space and into the bowel
A. Anticholinergic drugs and low fibre diet
B. Antiemetic and high fluid intake
C. Stool softeners and high fibre diet
D. Enemas and high fluid intake
A. Administration of narcotics as prescribed
B. Obtain supplies for staining all urine
C. Encourage fluid intake of 3 to 4 litres per day
D. Keep the patient on NPO in preparation for surgery
A. Osteoporosis
B. Gout
C. Rheumatoid arthritis
D. Osteomalacia
A. A decrease in blood pressure
B. Dilatation of superficial blood vessel
C. Improved cardiac output
D. Relief of angina pain
A. Sodium deficit
B. Calcium deficit
C. Potassium deficit
D. Fluid volume deficit
A. Failure of the kidneys to secrete urine
B. Increased intake of fluid
C. Increased venous pressure within the circulatory system
D. Lowered osmotic pressure of blood
A. Heparin
B. Imferon
C. Protamine sulphate
D. Vitamin K
A. Active transport
B. Diffusion
C. Filtration
D. Osmosis
A. Erythematous macules
B. Multiple petechiae
C. Pruritic lesions
D. Shiny scaly lesions
A. Sand fly
B. Similium
C. Tsetsefly
D. Tumbufly
A. Aneurysm
B. Coronary artery thrombosis
C. Deep vein thrombosis
D. Pulmonary vein thrombosis
A. Cerebellum
B. Cerebrum
C. Medulla oblongata
D. Pons varoli
A. Breast feeding nurses
B. Pregnant nurses
C. Psychiatric nurses
D. Students nurses
A. Assess the apical pulse
B. Assess blood pressure
C. Clarify the order with the doctor
D. Encourage patient to verbalise feelings
A. Add lib
B. PRN
C. SOS
D. Stat
A. Muscular rigidity
B. Respiratory tract spasm
C. Restlessness and irritability
D. Spastic voluntary muscle contraction
I. Acute infective hepatitis
II. Incompatible blood transfusion
III. Toxic chemicals and drugs
IV. Tumour of head of pancreas
A. I, II and III
B. I, II and IV
C. II and III
D. II, III and IV
A. Decreased pulse rate
B. Decreased respiration rate
C. Increased pulse rate
D. Increased respiratory rate
A. Lowered arterial pressure
B. Lowered venous pressure
C. Raised arterial pressure
D. Raised venous pressure
A. Establish rapport with the patient’s doctor
B. Recognise personal feelings toward the patient
C. Talk with the patient’s family or significant others
D. Understand the patient’s emotional conflict
A. Encourage deep breathing
B. Maintain tissue cell function
C. Relieve airway obstruction
D. Relieve apprehension and anxiety
A. Monitoring of consciousness level
B. Prevention of pressure sores
C. Provision of fluids and nutrients
D. Restoration of life
A. A is given to AB
B. AB is given to B
C. O is given A
D. O is given to B
A. Assisting in immunisation program
B. Correction of dietary deficiencies
C. Establishing goals for rehabilitation
D. Helping to send a sick person to the hospital
A. May need dietary consultation to maintain adequate nutrition
B. May cope ineffectively because of poor prognosis
C. Needs information about the diseases transmission and safe sex
D. Should be encouraged not to keep pests
I. Chicken pox
II. Plague
III. Rubella
IV. Typhoid
A. I, II and III
B. I, II and IV
C. I, III and IV
D. I, II, III and IV
A. Arterial spasm
B. Blocking of the coronary veins
C. Irritation of nerve endings in the cardiac plexus
D. Ischemia of the heart veins
A. Cerebrospinal meningitis
B. Hepatitis
C. Rheumatic heart disease
D. Rheumatoid arthritis
A. Chest pain
B. Epistaxis
C. Headache
D. Nausea
A. Culture of the specimen
B. Routine examination of the specimen
C. Sensitivity of the specimen
D. Susceptibility of the patient
A. Acetylsalicylic acid
B. Salicylic acid
C. Sal soda
D. Sodium salicylic acid
A. Complex carbohydrates
B. Fats
C. Gluten in wheat
D. Simple carbohydrate
A. Allow for normal growth needs
B. Avoid using cassava
C. Discourage substitution in the menu pattern
D. Limit calories to encourage weight loss
A. Accelerate antigen – antibody union at the hepatic sites
B. Increase the production of short – lived antibodies
C. Provide antibodies that neutralise the antigen
D. Stimulate the lymphatic system to produce large number of antibodies
A. Continuous nervousness
B. Glaucoma
C. Hypothyroidism
D. Transient ischemia
A. It should be given only once when necessary
B. The nurse should use her own judgement in giving it every 6 hours
C. The patient should be woken up when it is time to give the drug
D. The patient should be given the drug any time she complains of pains
A. Acute glomerulonephritis
B. Adrenocortical hyperfunction
C. Aortic insufficiency
D. Stress or obesity
A. Encouraging fluids
B. Monitoring patient’s temperature daily
C. Monitoring patient’s weight daily
D. Teaching patient on personal hygiene
I. Decreased resistance to infections
II. Delayed wound healing
III. Peripheral numbness and pain
IV. Sodium retention
A. I and II
B. I, II and III
C. II, III and IV
D. I, II, III and IV
A. A dry unproductive cough
B. A diminished breath sounds
C. Normal body temperature
D. Slow deep respirations
A. Mycobacteria
B. Protozoa
C. Streptococci
D. Viruses
A. Calcium carbonate
B. Carbon dioxide
C. Nitrous oxide
D. Oxygen
A. Exophthalmus
B. Throiditis
C. Thyrotoxicosis
D. Thyroid storm
A. 80 beats per minute
B. 70 beats per minute
C. 60 beats per minute
D. 50 beats per minute
A. Higher blood levels of oestrogen than men
B. Lifestyles with fewer stresses than men
C. Lifestyles with more activity and exercise than men
D. Diets that results in lower blood cholesterol levels than men
A. Sodium
B. Calcium
C. Chloride
D. Potassium
A. Dilate coronary arteries
B. Strengthen the heart beat
C. Decrease arrhythmias in the heart
D. Decrease the electrical conductivity of the myocardium
A. Low sodium level
B. Low potassium level
C. High glucose level
D. High calcium level
A. Heart murmur
B. Slow pulse rate
C. Slow respiratory rate
D. Drop in blood pressure
A. Nausea
B. Anxiety
C. Blood pressure
D. Bronchial secretions
A. Cardiac sphincter
B. Pyloric sphincter
C. Oesophageal sphincter
D. Body of the stomach
A. An ache radiating to the left side
B. An intermittent colicky flank pain
C. A gnawing sensation relieved of food
D. A generalised abdominal pain intensified by moving
A. Distension
B. Flatulence
C. Indigestion
D. Regurgitation
A. Shock
B. Haemorrhage
C. Inflammation
D. Dehydration
I. Dyspepsia
II. Gynecomastia
III. Splenomegaly
IV. Purpura
V. Ascites
A. I and II
B. IV and V
C. I, III and V
D. All of the above
A. Splenic rupture
B. Umbilical hernia
C. Renal stones
D. Bladder stricture
A. Supine
B. Side – lying
C. Semi – fowlers
D. Prone
A. Catarrhal inflammation of sinusitis
B. Purulent infection of bile ducts
C. Fibrotic replacement of the liver cells
D. Ischemia degeneration of liver capsule
A. Acceleration of portal blood floor secondary to severe anaemia
B. Compression of liver substance due to calcification of the liver capsule
C. Sustained contraction of vascular muscles in response to emotional stress
D. Twisting and constriction of intralobular and interlobular blood vessels
A. Increased in the systemic blood pressure
B. Failure of the liver to detoxify oestrogens
C. Interference with the normal healing process
D. Increase in permeability of capillaries
A. Absence of gastric secretions
B. Increased HCL
C. Lack of intrinsic factor
D. Decreased gastric motility
A. A ragged erosion of surface membrane with purulent exudate
B. A sharp excavation of surface membrane with clean base
C. A lumping mass of necrotic tissue with surface bleeding
D. An elevated ridge of fibrous tissue with wrinkled margins
I. Hypersecretion
II. Hypertrophy
III. Hypermotility
IV. Hyperplasia
V. Hypertonia
A. I and II only
B. III and IV only
C. I, III and V only
D. All of the above
A. Threat of separation from the mother figure
B. Anxiety relating to identification of the sexual role
C. Strong unconscious passive – dependent oral needs
D. Chronic inhibition of strong hostile – aggressive drives
A. Grossly irregular in shape
B. Less filled with haemoglobin
C. Larger in total volume
D. Without nuclear chromatin
A. Supine position
B. Mid – fowlers position
C. High – fowlers position
D. Trendelenburg’s position
A. 30cm
B. 37cm
C. 45cm
D. 66cm
A. Haemorrhage
B. Constipation
C. Hiccoughs
D. Alkalosis
A. Produces gas
B. Contains calories
C. Produce nausea
D. Coats the mucosa
I. Acute haemorrhage
II. Macrocytic anaemia
III. Pyloric obstruction
IV. Gallstones
V. Bowel perforation
A. I and II
B. I, III and V
C. All but V
D. All the above
A. Encapsulated collection of pus in the lungs
B. Fibrotic obliteration of the terminal bronchi
C. Sac – like or tubular dilatation of the bronchi
D. Traumatic rupture of the bronchiolar wall
A. Virus infection
B. Heart failure
C. Chronic anaemia
D. Allergic rhinitis
A. Osteoarthritis
B. Heart failure
C. Emphysema
D. Mediastinitis
A. Disinclination for physical exercise
B. Frequent expectation of foul sputum
C. Decreased basal metabolic rate
D. Increased vertical diameter of the thorax
A. Sims
B. Supine
C. Orthopnoea
D. Trendelenburg
A. Tidal volume
B. Vital capacity
C. Expiratory reserve
D. Inspiratory reserve
A. Hematemesis
B. Unilateraol chest pain
C. Increased chest motion
D. Mediastenal shift toward the involved side
A. Lobectomy
B. Postural drainage
C. Aerosol penicillin
D. Breathing exercise
A. Sterile water
B. Ammonium carbonate
C. Hexachlorophene
D. Normal saline
A. Testosterone
B. Growth hormone
C. Thyroid hormone
D. Adrenocorticotropin
A. Pituitary hypoplasia
B. Insufficient ACTH production
C. Hyperplasia of the adrenal cortex
D. Deprivation of adrenocortical hormone
A. Gonads
B. Pancreas
C. Adrenal gland
D. Anterior pituitary gland
A. Urine output
B. Glucose levels
C. Serum potassium
D. Immune response
A. Increased iodine in the blood
B. Removal of the parathyroid gland
C. High levels of the hormone triiodothyronine
D. A rebound increase in metabolism following anaesthesia
A. Sodium
B. Calcium
C. Potassium
D. Phosphorus
A. High
B. Low
C. Moderate
D. Normal
A. Sinusitis
B. Heart attack
C. Migraine
D. Otitis media
A. Oliguria
B. Diuresis
C. Intermittent phase
D. Period of recovery
A. The structural support of the kidneys
B. Regulation of the concentration of urine
C. The entry and exit of blood vessels at the kidney
D. Collection and drainage of urine from the kidney
A. Measles
B. Gastric ulcer
C. Diabetes mellitus
D. Hyperparathyroidism
A. Decrease levels of B U N
B. Post voiding urine residual
C. Increased bladder capacity
D. More easily palpable kidneys
A. Tubular secretion
B. Capillary permeability
C. Glomerular filtration
D. Concentration of filtrate
Social Plugin