front 1 The name of the process of sperm production. | back 1 spermatogenesis |
front 2 The descriptive term of a woman going for a year or more without having had her period, | back 2 menopause |
front 3 The name of the feedback mechanism associated with labor contractions | back 3 positive feedback mechanism |
front 4 The specific names of the male and female gonads and gametes | back 4 males the gonads are called testes; the gonads in females are called ovaries. |
front 5 Identification of a secondary sex characteristic from a list of selections | back 5 Fat on breasts, body hair, waist definition, pubic hair, and increased muscle mass. |
front 6 The factor (hormonal, environmental, gametes, etc.)determining whether an organism will be genetically male or female | back 6 Sperm-Gamete |
front 7 The female structure homologous to the penis | back 7 clit |
front 8 Identification of a female external genitalia from a list of reproductive structures | back 8 External- Mons pubis, labia majora, labia minora, clitoris, vestibular bulbs, vulva vestibule, Bartholin's glands and urethra |
front 9 The structure enclosing the penile urethra | back 9 Corpus Spongiosum |
front 10 The deep region of the penis, surrounding the urethra, that engorges with blood during erection | back 10 Corpus Spongiosum |
front 11 The structure that contracts and draws the testes closer to the body to keep them warm | back 11 Cremaster Muscle |
front 12 The countercurrent heat exchanger that prevents arterial blood from overheating the testes | back 12 The pampiniform plexus of veins |
front 13 Whether the blood-testis barrier: A. prevents antibodies in the blood from getting to the germ cells B. prevents blood from getting to the testes C. maintains testis temperature at 35°C D. a and b | back 13 Prevent antibodies in the blood from getting to the germ cells. |
front 14 Identification of four thermoregulation mechanisms of the testes and whether the bulbospongiosus muscle is one of them | back 14 Cremaster Muscle, Ductus muscle, Pampiniform Flexus, Counter current of testicular artery and vein. The Bulbospongiosus is not one of them |
front 15 The part of the penis that has the external urethral orifice | back 15 glans |
front 16 The site of sperm maturation and storage | back 16 The epididymides |
front 17 The correct pathway of sperm cells from their formation to ejaculation | back 17 Seminiferous Tubule, Tubules Rectus, Rete Testis, Epididymis, Ductus Deferens, Ejaculatory Duct, and Urethra |
front 18 The site where sperm cells reach maturity | back 18 The epididymis |
front 19 The duct(s) of the male reproductive system that pass(es) through the prostate gland | back 19 Ejaculatory Duct and Prostatic Duct |
front 20 The structure(s) that produce(s) most of the semen volume | back 20 Seminal Vesicles 70% |
front 21 The small, bilateral reproductive organ found lateral to the membranous urethra | back 21 Bulbourethral Gland |
front 22 The golf-ball sized structure found inferior to the urinary bladder, and surrounding the most proximal portion of the urethra | back 22 Prostate Gland |
front 23 The way an enlarged prostate affect urination | back 23 The bladder can weaken and lose the ability empty completely. It compresses the urethra. |
front 24 The hormone that directly stimulates the development of male secondary sex characteristics | back 24 Testosterone |
front 25 The hormone that stimulates the interstitial cells and the hormone they produced by such stimulation | back 25 Luteinizing Hormone (LH) and Testoterone |
front 26 The hormone which suppresses spermatogenesis without affecting testosterone secretion | back 26 Inhibin |
front 27 The number of cells produced by each parent cell In meiosis | back 27 Each parent cells produces two cells |
front 28 The number of cells and chromosomes produced at the end of meiosis I versus those produced at the end of meiosis II, and the respective terms used in describing these cells | back 28 Meiosis 1- 23 Haploid , Meiosis 2- 23 Haploid Cells. Chromosomes |
front 29 The stage at which a developing sperm cell begin to grow a tail | back 29 Spermatid |
front 30 The names of the first and last stages of spermiogenesis | back 30 Spermatid & 4. Spermatozoa |
front 31 The number of chromosomes in the following: | back 31 Primary- 46 Chromosomes. Spermatids-23 chromosomes. |
front 32 The stage resulting from the division of secondary spermatocytes | back 32 Spermatid |
front 33 Classify the following into androgen or non-androgen: | back 33 A. Non androgen |
front 34 The content of the acrosome and its use | back 34 Contains enzymes used to penetrate barriers surrounding the ovum. |
front 35 The nutrient from which the sperm get energy to power their movement and the contributor of such nutrient | back 35 Fructose; Seminal Vesicles |
front 36 Classify the following into internal or external female
genitalia: | back 36 A. Internal |
front 37 The structure leading from each ovary to the uterus | back 37 Ovarian Ligament |
front 38 The uterine layer composed of a simple columnar epithelium containing tubular glands | back 38 Endometrium |
front 39 The arteries that rhythmically constrict and dilate causing endometrial ischemia in the premenstrual phase of the menstrual cycle | back 39 Spiral Arteries |
front 40 The type of epithelium that lines the vagina after puppetry | back 40 Stratified Squamous Epithelium |
front 41 The site (layer) of the uterus where an embryo usually attaches to its mother | back 41 Endometrium |
front 42 The reproductive structure that provides most of the natural lubrication during female sexual excitement | back 42 Greater Vestibular Glands |
front 43 The tissue type and its name that the non-pregnant uterine wall consists mostly of | back 43 Bundles of smooth muscle ; Myometrium |
front 44 The period during which the mammary glands of the female primarily develop within the breasts | back 44 Pregnancy |
front 45 The site in the ovary where follicles are located | back 45 Cortex of the ovary |
front 46 The ligament that attaches the medial pole of the ovary to the uterus | back 46 Ovarian Ligament |
front 47 The artery/arteries that the ovary receives blood from | back 47 Ovarian Artery and Uterine Artery |
front 48 Classification of the following hormones into feminizing and
none-feminizing hormone: | back 48 A- None Feminizing |
front 49 The hormone that primarily acts on the uterus | back 49 Progesterone |
front 50 The term used to refer to the cessation of menstruation in the female | back 50 Menopause |
front 51 The name of the developmental stage of the egg in which it is ovulated | back 51 secondary |
front 52 The stage of meiosis in which the egg is ovulated | back 52 metaphase 2 |
front 53 The event during which the ovum finishes/completes meiosis | back 53 Fertilization |
front 54 The structure (body) and its secretion that the follicle turn into after expelling the oocyte | back 54 Corpus Luteum and it secretes Estrogen and Progesterone |
front 55 The components of a follicle | back 55 An oocyte enclosed in follicular and granulosa cells. Fluid |
front 56 The stage of the follicle in which more than 90% of the follicles are found in the adult ovary | back 56 Primordial Follicles |
front 57 The hormone that is secreted by granulosa cells during the follicular phase and the other hormone it stimulates its secretion | back 57 Estradiol,LH |
front 58 The hormone that reaches its maximum blood levels during the luteal phase. | back 58 Progesterone |
front 59 The hormone(s) which inhibit(s) the secretion of FSH and LH during the female sexual cycle | back 59 estrogen |
front 60 Classification of the following events into proliferative and
non-proliferative phase of themenstrual cycle: | back 60 A- Proliferative |