I. Association A – statement related to A B – statement related to B C-statement
ID: 13451 • Letter: I
Question
I. AssociationA – statement related to A
B – statement related to B
C-statement related to both A & B
D- statement NOT related to A nor B
1. All the oogonia develop into primary oocyte.
A. Fetal Life B. At birth
2. 2nd meiotic division occurs in the:
A. Uterine tube B. Ovaries
3. Only one primary oocyte completes the first meiotic division
A. Before ovulation B. after ovulation
4. Theca cells are formed as the follicle grows by mitosis of the granulose cells.
A. Early Antral Follicle B. pre-antral follicle
5. Stimulates the granulose cells to multiply and produce estrogen.
A. FSH B. LH
6. ONE OVARIAN FOLLICLE HAS BECOME DOMINANT AND THE OTHER FOLLICLE UNDERGO ATRESIA:
A. FOLLICULAR PHASE b. PRE-ANTRAL FOLLICOLE
7. Estrogen peak
A. Early follicular phase B. late follicular phase.
8. Luteal phase of ovarian cycle.
A. FSH & H secretion is inhibited.
B. Corpus luteum secrete large amount of estrogen and progesterone.
9. Causes the luteinizing hormone surge at midcycle.
A. High plasma concentration of FSH
B. High plasma estrogen concentration
10. Increase in the size of oocyte and granulose cells proliferate
A. Primordial follicle
B. Primary follicle
11. Hormone that regulates spermatogenesis in testis.
A. FSH
B. LH
12. Hormone that regulates testosterone production
A. FSH B. LH
13. Target organ of dihydrotestosterone
A. Prostate gland B. external genitalia
Explanation / Answer
I. Association
A – statement related to A
B – statement related to B
C-statement related to both A & B
D- statement NOT related to A nor B
1. All the oogonia develop into primary oocyte.
A. Fetal Life B. At birth
D- statement NOT related to A nor B
2. 2nd meiotic division occurs in the:
A. Uterine tube B. Ovaries
B – statement related to B
3. Only one primary oocyte completes the first meiotic division
A. Before ovulation B. after ovulation
A – statement related to A
4. Theca cells are formed as the follicle grows by mitosis of the granulose cells.
A. Early Antral Follicle B. pre-antral follicle
C-statement related to both A & B
5. Stimulates the granulose cells to multiply and produce estrogen.
A. FSH B. LH
C-statement related to both A & B
6. ONE OVARIAN FOLLICLE HAS BECOME DOMINANT AND THE OTHER FOLLICLE UNDERGO ATRESIA:
A. FOLLICULAR PHASE b. PRE-ANTRAL FOLLICOLE
A – statement related to A
7. Estrogen peak
A. Early follicular phase B. late follicular phase.
C-statement related to both A & B
8. Luteal phase of ovarian cycle.
A. FSH & H secretion is inhibited.
B. Corpus luteum secrete large amount of estrogen and progesterone.
C-statement related to both A & B
9. Causes the luteinizing hormone surge at midcycle.
A. High plasma concentration of FSH
B. High plasma estrogen concentration
A – statement related to A
10. Increase in the size of oocyte and granulose cells proliferate
A. Primordial follicle
B. Primary follicle
B – statement related to B
11. Hormone that regulates spermatogenesis in testis.
A. FSH
B. LH
A – statement related to A
12. Hormone that regulates testosterone production
A. FSH B. LH
C-statement related to both A & B
13. Target organ of dihydrotestosterone
A. Prostate gland B. external genitalia