Physiology
Write short notes with the help of well labelled diagrams on the following:
(a) Blood banking and blood transfusion.
(b) Iron absorption.
(c) Neural regulation of respiration.
(d) Physical mechanisms of heat loss and gain in the bed:
Write short notes on the folowing:
(a) Primary active transport.
(c) Clotting disorders.
(b) Renal countercurrent mechanism.
(d) ECG changes in heart block.
Q2. Write short notes on the following:
(a) Electroencephalography (EEG).
(b) Aphasia.
(c) Heat Stroke.
(d) Motor homunculus.
Q2. Write short notes on the following:
(a) Spermatogenesis.
(b) Diabetes Mellitus.
(c) Functions of hormones released from posterior pituitary.
(d) Hormones regulating calcium homeostasis.
Q2. Write short notes with the help of well labelied diagrams on the following:
4X5=20
(a) Short term regulation of Blood pressure.
(b) Peristalsis and migrating motor complex.
(c) Tubular reabsorption of glucose.
(d) Chemical regulation of respiration.
Write short notes with the help of well labelled diagrams on the following:
(a) Blood banking and blood transfusion.
(b) Iron absorption.
(c) Neural regulation of respiration.
(d) Physical mechanisms of heat loss and gain in the bed:
Write short notes on the folowing:
(a) Primary active transport.
(c) Clotting disorders.
(b) Renal countercurrent mechanism.
(d) ECG changes in heart block.
Q2. Write short notes on the following:
(a) Electroencephalography (EEG).
(b) Aphasia.
(c) Heat Stroke.
(d) Motor homunculus.
Q2. Write short notes on the following:
(a) Spermatogenesis.
(b) Diabetes Mellitus.
(c) Functions of hormones released from posterior pituitary.
(d) Hormones regulating calcium homeostasis.
Q2. Write short notes with the help of well labelied diagrams on the following:
4X5=20
(a) Short term regulation of Blood pressure.
(b) Peristalsis and migrating motor complex.
(c) Tubular reabsorption of glucose.
(d) Chemical regulation of respiration.
