A. Goblet cells

C. Pulmonary vessels

D. Pnemocyte I

A. Increased serum calcium concentration

B. Hypotonicity of muscles

C. None of the above

A. Syncope

B. Drastic fall in blood pressure

D. Precipitation of allergic reaction

A. Skeletal abnormalities of the chest

B. Asthma

D. Pulmonary artery thrombosis

A. Are under the control of parasy

B. Decrease the level o free fatty acids and ketone bodies

D. Increase the splanchnic blood flow

A. Hypoxia

C. Hypercapnia

D. Acidosis

B. Vagus nerve

C. Meissners plexus

D. Parasympathetic

B. Parathyroid hormone

C. Tumor necrosis factor

D. 1,25 dihydroxycholecalciferols

B. Sight of food

C. Food in the mouth

D. Thought of food

A. Evening

B. Sleep

C. Have no change

A. +4 mm Hg

C. -18 mm Hg

D. #NAME?

A. The gall bladder

B. Hepatic duct

D. Kupffer cells

A. decrease gastric secretion

B. neutralize the acid from the stomach

C. increase secretion of bicarbonates by pancreas

A. Dullness, loss of memory

C. Swollen, oedematous look of the face

D. Impotency, amenorrhea

A. Parathyroid hormone ( PTH)

B. Calcitonin

D. Interleukin 6 ( IL- 6)

A. Condition reflex

B. None of the above

D. Heidenhans pouch

A. Excess FSH secretion

B. Excess thyroxine secretion

C. Excess ACTH secretion

A. Causes lipogenesis

B. Secreted by beta cells

C. Promotes glycogenesis

A. Spermatogenesis

B. Sertoli cells

D. Seminiferous tubules

B. Cyanosis

C. Hypoxic hypoxia

D. Diffusion capacity of lungs decreases

A. Pancreas, adrenal medulla and thyroid gland

B. Adrenal cortex, parathyroids and ovaries

D. Thyroid gland, testes , and adrenal medulla

A. Prevents the implantation of fertilized egg

B. Decrease in tubal motility

D. Prevents the fertilization

A. Parathyroid

B. Growth hormone

C. Rickets

A. 28 days

B. 14 days

D. 8 weeks

A. Osmoreceptors in the hypothalamus

B. Afferent arterioles of the glomeruli

C. Thirst center in the hypothalamus

B. Thyroid hormone

C. Corticosteroid

D. Growth hormones

A. Suprachiasmatic

B. Pre optic

C. Paraventricular

A. Ischemic hypoxia

B. Anoxic anoxia

D. Anoxia

A. Gigantism

B. Myxodedema

D. Acromegaly

A. Tetanus

C. Hyper excitability of wrist muscle

D. Weak heart action

A. Increases intestinal absorption of calcium

B. Bone resorption

C. Decreases intestinal absorption of calcium

A. Gastrin

B. Vagal stimulus

D. Gastric distension

A. Pancreas

C. Stomach

D. Liver

A. Primordial dwarfism

C. Genetic short stature

D. Hypopituitarism

A. Juxtaglomerular apparatus

C. Vasomotor center

D. Anterior pituitary

A. Rickets

B. Hyperparathyrodism

D. None

A. 600 ML

B. 200 ML

D. 800 ML

A. KCN poisoning

B. CO poisoning

D. Anemia

B. Left

C. None of the above

D. Does not shift

A. Cretinism

C. Dwarfism

D. Diabetes mellitus

A. -5

B. 0

C. -7

B. Rise in H+ ion

C. Rise in temperature

D. Rise in carbon dioxide tension

A. Zona glomerulosa

B. Medulla

D. Zona fasciculata

A. decreased in lying posture

B. is not affected by respiratory

D. remains constant during exercise

B. Weakened heart action

C. Hyperirritability of nerves and muscles

D. Decalcification of teeth

A. Carrier mediated endocytosis

B. Facilitated diffusion

D. Cholesterol lined pores in the plasma membrane

A. Saliva

C. Bile in gall bladder

D. Gastric juice

A. Expiratory reserve volume plus reserve volume

B. Tidal volume

C. Inspiratory reserve volume plus expiratory volume

B. Increased 2,3 BPG

C. Increased temperature

D. Increased concentration of carbon di oxide

A. Circa sestin

B. Circannual

C. Circa triginatan