B. Increase in pH of blood
C. Carbon monoxide poisoning
D. Obstructive pulmonary disease
A. Corticosterone
B. Cortisol
D. Testosterone
A. Thyroid hormone
B. Estrogen
C. Anderogen
A. -4C
B. 6C
D. 8C
A. Cell interior becomes more negative
B. Net current in an outward direction
D. None of the above
A. More than 14 cycles per second
B. Between 8 and 13 cycles per second
D. Between 4 and 7 cycles per second
A. Lymphocyte
B. Basophil
D. Neutrophil
B. They act as neuromodulators
C. They are metabolites of various neurogentic amines .
D. They are acidic precursors of Brain amines
A. Vibration sense
B. Muscle sense
D. Touch
A. Urea
B. Carbohydrate
D. Chloride
B. Sarcoplasm
C. A line
D. H band
A. 3.5 seconds
C. 9.5 seconds
D. 6.0 seconds
A. Mast cell
B. Neutrophils
D. Lymphocyte
A. Blood RBC
C. Plasma- clotting factors
D. Blood all cellular elements
A. 7 days
B. 90 days
D. 60 days
A. Inhibiting cholinesterase
C. Inhibiting the CNS
D. Blocking the release of acetyl choline at the end plate
A. 7
B. 7.6
C. 7.2
B. Pallor of mucous membranes
C. Increased incidence of heart murmurs
D. Compensatory increase in cardiac output
A. Comprehends language not speaking
B. Is the confluence of somatic , auditory and visceral areas
D. Present in posterior part of temporal lobe
A. Lente insulin
B. Insulin aspart
C. Insulin lispro
A. Loop of henle
B. None
D. DCT
A. K influx
C. Na influx
D. Na effux
A. Axonal sprouting
B. Schwan cell mitosis
C. Nuclear disintegration
B. Glutamate
C. Aspartic acid
D. Lysin
B. Cerebellum
C. Cerebrum
D. Hypothalamus
A. Takes coumarin derivatives
B. Has liver disease
D. Lacks factor VIII
A. Epithelial tissue
B. Nervous tissue
C. Muscular tissue
B. Muscularis
C. Submucosa
D. Serosa
A. Aldosterone
B. Angiotensin II
D. Vasopressin
A. Inactivation of Na+ k+ ATPase
B. Depletion of intracellular Na+
C. Insufficient neurotransmitter
A. Phosphorus
C. Sodium
D. Potassium
A. Alkaline phosphatase
B. Procollagen marker
D. Osteocalcin
A. None
B. Spleen plays a major role in adults (in lymphopoiesis )
C. Committed stem cells differentiates into only one cell type
A. Lymphatic flow from muscle decrease
C. Blood flow to muscle increases after 1 minute
D. Cerebral blood flow increases if there is increase in systolic blood pressure
B. Skeletal and cardiac
C. Smooth and skeletal
D. Smooth and cardiac
B. Yellow bone marrow
C. The liver
D. The spleen
A. Increase in intracellular Na
C. Hypocalcemia inhibits the pump
D. Pumps Na against a gradient
A. Potassium ion concentrations
C. Chloride ion concentrations
D. Colloid osmotic pressure
A. Increase in the anterior curvature of lens
B. Convergence of eye ball
D. Constriction of pupil
A. 100 days
B. 10 weeks
C. 10 hours
A. Haversian fibers
C. Tomes fibers
D. Interstitial fibers
A. Allergic cells
C. Released in immunologic response
D. Leukocytes
A. Alveolar ventilation
B. Tidal volume
C. Respiratory rate
A. Nor epinephrine
B. Dopamine
C. Epinephrine
B. Heme
C. Bilirubin diglucuronide
D. Biliverdin
A. Decrease of heart rate
B. Contraction of pupils
D. Secretion of saliva
A. Ferric chloride
C. Human thrombin
D. Vit- K
B. Loop of Henle
C. Distal convoluted tubule
D. Bowmans capsule
A. Plasma cell
C. Mast cell
D. Vascular endothelium
A. Basophil
B. Plasma cell
D. B cell
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