A. Ambulation is begun
B. Dressing is change
C. IV fluids are discontinued
D. Pain medication is administered
A. Give her 5mls paracetamol syrup
B. Take the axillary temperature
C. Reassure the mother
D. Tepid sponge the child
A. Providing a one-on-one demonstration and asking a return demonstration, with a live infant model
B. Initiating a teenage parent support group with first and second-time mothers
C. Using audiovisual aids that show discussions of feelings and skills
D. Providing age-appropriate reading materials
A. Angina pectoris
B. Oesophageal atresia
C. Pulmonary embolism
D. thrombophlebitis
A. Intense abdominal cramps
B. Profuse diarrhea
C. Anal fissures
D. Abdominal distention
A. Abnormal bleeding
B. Diarrhoea
C. Hypotension
D. Hypothermia
A. Chicken pox
B. Diphtheria
C. Measles
D. Pertussis
A. Adrenal cortex
B. Anterior pituitary gland
C. Adrenal medulla
D. Posterior pituitary gland
A. Wheezes on auscultation
B. Gradual
C. Inability to cough
D. Loud crowing when attempting to speak
A. Elevating the limb above the heart
B. Lowering the limb so it’s independent
C. Massaging the limb after application of cold compresses
D. Placing the limb in a plane horizontal to the body
A. mastoiditis
B. meningitis
C. parotitis
D. tonsillitis
A. Help synthesize vitamins
B. Spilt protein
C. Produce an acid condition
D. Emulsify fats
A. Hydration and pain management
B. Nutrition and antibiotics
C. Nutrition and hydration
D. Pain management and antibiotics
A. Nutrition
B. Medication
C. Reassurance
D. Rest
A. As soon as the child has diarrhoea place her on NPO for 8 hours
B. Do not wait for so long the next time before you bring the child to the hospital
C. Observe good hygiene to reduce faeco-oral spread
D. Start with anti-diarrhoea medication before bringing the child to hospital
A. Teaching the client how to perform controlled coughing
B. Enforcing absolute bed rest
C. Administering prescribed sedatives regularly and in large amounts
D. Restricting fluid intake to 1,000 ml/day
A. use sign language
B. speak loudly
C. put the mouth closely to one ear when speaking
D. lower the voice pitch and face the client when speaking
A. Becomes pale
B. Complains of thirst
C. Coughs persistently
D. Swallows frequently
A. burning in the ear
B. hearing loss
C. tinnitus
D. pruritus
A. fat intake
B. prevention of drug abuse
C. prevention of obesity
D. Self and body image
A. An antitoxin
B. Toxin
C. Toxoid
D. Vaccine
A. Anaemia
B. Hookworm ova in the stool
C. Pus in the stool
D. Positive occult blood test
A. fever that started 3 days ago
B. Lack of interest in food
C. A recent episode of pharyngitis
D. Vomiting for 2 days
I. Blackened stools
II. Darkened teeth
III. Darkening of the skin
IV. Gastric irritation
A. I, II and III
B. I, II and IV
C. II, III and IV
D. I, II, III and IV
A. salty foods
B. green vegetables
C. citrus foods
D. cereal products
A. Factor VIII
B. Factor IX
C. Factor VII
D. Factor IV
A. High fiber diet
B. Ice compressions for discomfort
C. Laxatives and stool softeners
D. Ligations of the hemorrhoids
A. 3-4 months
B. 5-9 months
C. 10-12 months
D. 13-18 months
A. Bronchodilators
B. Oral steroids
C. Inhaled steroids
D. Beta-adrenergic blockers
A. The bile duct is obstructed
B. The obstruction is above the opening of the common bile duct
C. The obstruction of the cardiac sphincter prevent bile from entering the oesophagus
D. The sphincter of the bile duct is connected to the hypertrophied pyloric muscle
I. Haemophilia
II. Sickle cell disease
III. Spherocytosis
IV. Thalassaemia
A. I and II
B. I, II and IV
C. I, II and III
D. I, II, III and IV
A. A fat-free diet and nonimpact exercise three times weekly
B. A very low-carbohydrate diet with a moderate amounts of fat
C. Smoking cessation and a diet high in protein and fat
D. Maintenance of ideal weight and participation in regular exercise
A. Displacement
B. Sadism
C. Sublimation
D. Transference
A. cloudy synovial fluid
B. presence of organisms
C. bloody synovial fluid
D. presence of urate crystals
A. cloudy synovial fluid
B. presence of organisms
C. bloody synovial fluid
D. presence of urate crystals
A. Raised level of genes
B. A single abnormal beta haemoglobin
C. Two haemoglobin s genes
D. A single haemoglobin s genes
A. cough
B. dysphoea on exertion
C. dyspnoea at rest
D. fever
A. oral lesions
B. purplish skin lesions
C. chronic cough
D. no signs and symptoms
A. A void diary products and red meat
B. Plan large, nutritious meals
C. Add spices to food for added flavour
D. Serve foods while they are very warm
A. The presence of tiny red vesicles
B. An autoimmune disorder that causes blistering in the epidermis
C. The presence of red, raised papules and large plagues covered by silvery scales
D. The nerve caused by a virus.
A. Natural immunity form the disease
B. Acquired immunity form the disease
C. Innate immunity form the disease
D. Protection from all diseases
A. Pain that is most severe later in the day
B. An elevated platelet
C. Elevated antinuclear antibody levels
D. Dull aching pain in the affected joint
A. Fast clotting time
B. Delay clotting time
C. Absence of clotting
D. All of the above
A. Weight gain
B. Weight loss
C. Decreased leucocytosis
D. Increased appetite
A. Addision’s disease
B. Crohn’s disease
C. Christmas disease
D. Von Kelly’s disease
A. Skeletal tissue
B. Nervous tissue
C. Glandular tissue
D. Connective tissue
A. Pernicious anaemia
B. Addison’s syndrome
C. Aplastic anaemia
D. Haemorrhagic anaemia
A. Anaemia
B. Infection
C. Bleeding
D. Somnolence
A. Infection
B. Somenolence
C. Anaemia
D. Bleeding
A. Intermittent claudication
B. Localised warmth and tenderness of the leg
C. Pitting oedema of the lower extremities
D. Severe pain on extension of the extremities
A. Hypernopxia
B. Hypercarbin
C. Hyperdypsia
D. Hyperdyspnoea
A. Rapid rate of absorption
B. Rapid rate of metabolism
C. Decrease rate of utilization of carbon dioxide
D. Severe break down of blood cells.
A. Patient pushes the airway out
B. Patient has a snoring respiration
C. Respirations are regular but shallow
D. Systolic B/P drops from 130 to 100
A. Intermittent claudication
B. Localised warmth and tenderness of the leg
C. Pitting oedema of the lower extremities
D. Severe pain on extension of the extremities
A. A fractured femur
B. A penetrating abdominal wound
C. Head injury
D. Ventricular fibrillation
A. A blood pressure 150/90
B. A distension of the neck vein
C. An apical heart rate of 142bpm
D. An output of 50ml urine per hour
A. Haemorrhage and abdominal distension
B. Intestinal obstruction and bleeding
C. Peritonitis and pulmonary complications
D. Shock and infections
A. Herniation of the diaphragm
B. Obstructive lung disease
C. Pneumothorax
D. None of the above
A. Inflate suction as the catheter is being withdrawn
B. Insert the catheter until the cough reflex is stimulated
C. Remove the inner cannula before inserting the suction catheter
D. Use a new sterile catheter with each insertion
A. Aspirate immediately to ensure return flow
B. Instil the fluid under high pressure
C. Obtain and use sterile equipment
D. Warm the solution to body temperature
A. Calcium
B. Chloride
C. Potassium
D. Sodium
A. Blood urea estimation
B. Creatinine
C. Prostate fluid for WBC
D. Prostate specific antigen
A. Improve the sight
B. Induce diuresis
C. Constrict the pupil
D. Dilate the pupil
A. Partial facial paralysis
B. Excessive tearing
C. Negative electromyography
D. Degenerated taste buds
A. Difficulty in performing new tasks
B. Problems with concrete thinking
C. Recent memory loss
D. Problems with learning
A. Lactate dehydrogenase (LDH)
B. Serum glutamic–oxaloacetic transaminase (SGOT)
C. Serum glutamiate pyruvate transaminase (SGPT)
D. Serum metabolic rate (SMR)
A. Hypokenetics
B. Hypokenesia
C. Bradykenesia
D. Brady kinetics
A. myofils
B. haemosiderin
C. ferrous
D. ferritin
A. Factor IV only
B. Both factor IV and factor VIII
C. Factor VIII & IX
D. Both fact VIII and factor IV
A. Megakaryocytic
B. Foetal heamoglobin’s
C. Recticulocytes
D. Monocydtes
A. More haemoglobin S
B. Less normal haemoglobin
C. Greater life span
D. Less life span
A. More cells are produced
B. Erythropoiesis is suppressed
C. Hyperplasia persists
D. Less cells are produced.
A. Chest, abdomen and joints.
B. Fingers, tongue and abdomen
C. Abdomen, breath and kidneys
D. Ear, throat and legs
A. Thromboplastin
B. Recticulocytes
C. Embolus
D. Rennin
A. Hypertension
B. Down’s syndrome
C. Paterson Brown’s Kelly syndrome
D. Nephritic syndrome
A. Avitaminosis
B. Koilonychias
C. Addison’s anaemia
D. Hanson’s disease
A. 10 – 14ug
B. over 20 ug
C. 50 – 70ug
D. 3 – 4 ug
A. Factor IV
B. Factor IX
C. Factor VII
D. Factor VIII
A. inhibit erythropoiesis
B. reduce blood flow to the peripheral structures
C. substitute plasma with blood cells
D. increase haemolytic process
A. Eating of non-nutritious substances
B. Signs of dehydration and mental alertness
C. Signs of overhydration and pharyngitis
D. Bleeding tendencies and signs of infection
A. Stevenson Johnson’s Syndrome
B. Plumber Vincent Syndrome
C. Browns Williams Syndrome
D. Paterson George Syndrome
i. Thrombocytopenia, anoxmia, hopoxia
ii. Thrombocytopenia, gluconaemia iii. Both anaemia and thrombocytopemia iv. Leukopenia, anaemia and thrombocytopemia
A. I, II III
B. II only
C. IV only
D. II, III and IV
A. Haemophilia
B. G6 P D
C. Sickle cell anaemia
D. Thalassaemia
A. Infection
B. Bleeding
C. Bruising
D. Cholestremia
A. Mature and smaller than normal cells
B. Mature and larger than normal cells
C. Immature and smaller than normal cells
D. Immature and larger than normal cells
A. 24 hours
B. 48 hours
C. 72 hours
D. 1 hour
A. Weight gain
B. Weight loss
C. Decreased leucocytosis
D. Increased appetite
A. Antimetabolites
B. Aminoglycoides
C. Sulphonamides
D. Tranquilizers
A. Addision’s disease
B. Crohn’s disease
C. Christmas disease
D. Von Kelly’s disease
A. Skeletal tissue
B. Nervous tissue
C. Glandular tissue
D. Connective tissue
A. Pernicious anaemia
B. Addison’s syndrome
C. Aplastic anaemia
D. Haemorrhagic anaemia
A. Anaemia
B. Infection
C. Bleeding
D. Somnolence
A. Infection
B. Somenolence
C. Anaemia
D. Bleeding
A. True
B. False
C. All of the above
D. None of the above
A. True
B. False
C. All of the above
D. None of the above
A. Admission of the patient
B. Control of bleeding
C. Taking of blood specimen
D. Monitoring of oxygen replacement
A. Vitamin C
B. Gastric acidity
C. Moderate alcohol consumption
D. Achorhydria
A. Hypernopxia
B. Hypercarbin
C. Hyperdypsia
D. Hyperdyspnoea
A. Rapid rate of absorption
B. Rapid rate of metabolism
C. Decrease rate of utilization of carbon dioxide
D. Severe break down of blood cells
A. Nocturnal dysponea
B. Angina pectoris
C. Cardiac asthma
D. Myocardial infarction
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