A.Mainly beta radiations

B.Mainly gamma radiations

C.Beta and gamma radiations equally

D.Do not emit any radiation, therefore are safe

A.True

B.False

A.It is resistant to destruction by gastric juice

B.It is destroyed by gastric juice

C.It is not a polypeptide

D.It is metabolised immediately by cellular enzymes

A.Stimulates gluconeogenesis in the liver

B.Stimulates the secretion of insulin by beta cells

C.Inhibits glucose utilization by skeletal muscles

D.Inhibits uptake of amino acids by cells

A.Lente insulin

B.Glucose

C.Crystalline insulin

D.Oral anti-diabetic drugs

A.Oral route

B.IV route

A.A glycoprotein with a molecular weight of 6000

B.A small protein with a molecular weight of 5808 having disulphide linkage

C.A fructoolygosaccharide

D.A catecholamine

A.Reducing the absorption of carbohydrate from the gut

B.Increasing the uptake of glucose in peripheral tissues

C.Reducing the hepatic gluconeogenesis

D.Stimulating the beta islet cells of pancreas to produce insulin

A.It has a faster onset of action than other insulins

B.It has a shorter duration of action than other insulins

C.It can be given to patients who have an allergy to animal insulins

D.It is more effective in preventing the complications of diabetes than animal insulins

Morphology

Microscopy

Loss on drying

Titrimetry

Determination of volatile oil content

Determination of refractive index

Determination of alkaloids

Observations of type of vascular bundles

Belladonna

Cinchona

Stramonium

Datura

Five

Four

Three

Six

Indole

Pyrrole

Pyridine

Piperidine

Saffrom

Clove

Garlic

Caraway

Castor oil

Garlic

Clove

Peppermint

Rubiaceace

Theaceae

Solanceae

Acantheceae

Phenyl acetic acid

Indole- 3- butyric acid (IBA)

Indole 3 - acetonitrile (IAN)

4 choloroindole - 3 - acetic acid

Digitalis

Clove

Vasaka

Senna

Nitrobenzene

Sulfonamide

Quinolones

Aminoglycoside