Physiology | Mcq Subjects |

Mcq Subject: Physiology

A 12

B 16

C 10

D 8

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A Interstitial cells of Cajal

B Parasympathetic neurons

C Smooth muscle cells

D Myentric plexus

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A Acromegaly

B Albright's syndrome

C Paget's disease

D Fibrous dysplasia

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A --10 mV

B +10 mV

C --61 mV

D +61 mV

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A Centre

B Ends

C None

D Both

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A 34 mm Hg

B Data not sufficient

C 14 mm Hg

D 28 mm Hg

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A Number of nerve Fibers

B Number of muscle Fibers

C Number of stimulus

D Intensity of stimulus

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A Small intestine

B Large intestine

C Liver

D Stomach

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A CFU

B Late erythtoblast

C Normoblast

D Burst forming unit (BFU)

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A Radioactive iodine and radiolabelled water

B Radioactive water and radiolabelled albumin

C Radioactive sodium and radioactive water

D Radioactive sodium and radioactive labelled albumin

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Mcq Subject: Physiology

Patient’s lab value of Na+ 137, K+4, Urea 54, Bicarbonate 15, Phosphate 3, Chloride 110, Calcium 10. Calculate the Anion gap?

Slow wave potential originates in which pa of intestine:

Endocrine disorder is the primary cause of:

The concentration of a negative ion is 100 mMoUL extracellular and 10 mMo1/1 intracellular. What will be the Nernst potential for this ion?

contractile part of intrafusal fibres

Calculate net filtration pressure with the following data: PGC = 42 mm Hg pGC = 12 mm Hg PBC= 16 mm Hg Assume that no proteins were filtered.

Weber-Fechner law related to:

Nutrients are mainly absorbed in:

Erythropoietin acts on:

Interstitial fluid volume can be determined by:

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