Arithmetic mean is a numerical value

Arithmetic mean is not affected by t variability in the data sets

Arithmetic mean is always a positive number

Arithmetic mean is not useful for any furt statistical analysis of the data

Simple diffusion

Active transport

Facilitated transport

The statement is incorrect since they are absorbed in lymph and not in blood

A.T.Mahan

C.Ritter

Spykeman

Mackinder

Lakes formed on glacial stairways

Lakes having volcanic origin

Lakes formed by a shallow stretch of wate caused by sea erosion

Crescent shaped lakes brmed due to cut-off of a river meander

Estrogen

Progesteron

Androgen (Testosterone)

Gonadotrophic releasing hormone

Thyroid, erythopoietin, erythropoiesis

Kidney, erythropoietin, erythropoiesis

Kidney, renin, erythropoiesis

Spleen, erythropoietin, erythropoiesis

Decrease BP

Is secreted when BP increases

Causes vasodilation

All

ADH

Aldosterone

Androgen

Calcitonin

Glucagon

Cortisone

Aldosterone

Insulin

Estrogen

Progesteron

Oxytocin

All

Pancreas

Testes

Heart

Adrenal gland

Graafian follicle

Corpus callosum

Corpus luteum

Corpus spongiosum

Supports pregnancy

Stimulates the formation of mammary alveoli

Stimulates milk secretion (Lactation)

All

Rupture follicles in ovary

Corpus luteum

Growing ovarian follicles

Leydig cells

Only stomach

Only small intestine

Gastro-intestinal tract

Only pancreas

Releases ovum from ovary

Secretes progesterone

Develops in Graafian follicle

Produces LH

Insulin, Glucagon, Thymosin

Glucocorticoids, Mineralocorticoids, Sex corticoids

Relaxin, Oestrogen, Progesterone

Nor-epinephrine, Adrenaline

Epinephrine, Nor-epinephrine, Cortisol

FSH, TSH, GH

Progesterone, Testosterone, Relaxin

Insulin, Glucagon, Thymosin

Testis and ovary function as a primary sex organ as well as endocrine gland

Ovaries are located in thoracic cavity of females

Ovary produces ovum, 2 groups of steroid hormones (estrogen and progesterone)

Ovary is composed of ovarian follicles and stromal tissue

FSH

Progesterone

Androgens (e.g. Testosterone)

Melatonin

Pars radiata

JG cells

Brunner's gland

Pancreatic acini

Particular hormone can actually penetrate.

Have specific enzymes with which hormones directly interact.

Have high concentrations of the "second messenger".

Have receptors for particular hormone.

Growth factors / Hormones are also secreted by specific non-endocrine tissues

These growth factors are essential for normal growth of tissues and their repairing / regeneration

Hormone secreted during allergy is glucocorticoid

None of the above

Glucagon

Epinephrine

LH

Aldosterone

They are extracellular messengers

They always act at distantly located target organ.

They are the products of well organized endocrine glands.

They are non-nutrient chemicals that act as intercellular messengers.

Aldosterone / mineralocorticoids

GH

GIP

ANF

T3

T4

TCT

IAA

Thymus is degenerated in old aged persons resulting in a decreased thymosins production leading to weak immune response.

Cortisol, a type of glucocorticoids stimulates the RBC production.

Small amount of androgenic steroids is secreted by adrenal cortex.

Diabetes is not successfully treated with insulin.

Hormones are secreted into the blood circulation system and they act on target organs.

Amino acids are precursors for some hormones.

Hormones can act on the organ that secretes them.

Hormones are always short-lived molecules.

A-Protein, B-Water, C-Membrane-bound, D-Second, E-Lipid, F-intracellular, G-Nuclear, H-Nucleus, I-Genome

A-Lipid, B-Water, C-Membrane-bound, D-Second, E-Water, F-intracellular, G-Nuclear, H-Nucleus, I-Genome

A-Protein, B-Water, C-Intracellular, D-Second, E-Lipid, F-Extracellular, G-Nuclear, H-Nucleus, I-Genome

A-Protein, B-Water, C-Membrane-bound, D-Primary, E-Lipid, F-intracellular, G-Nuclear, H-Nucleus, I-Genome