list of related male and female reproductive organs list of related male and female reproductive organs this list of related male and female reproductive organs shows how the male and female reproductive organs and the development of the reproductive system are related, sharing a common developmental path. this makes them biological homologues. these organs differentiate into the respective sex organs in males and females. tail end of human embryo, from eight and a half to nine weeks old. a comparison between an erect clitoris (left) and a flaccid penis (right). diagrams that show the development of male and female organs from a common precursor list embryological precursor female male gonad ovary testis rete ovarii rete testis paramesonephric duct(müllerian duct) fallopian tubes appendix testis uterus, cervix, vagina prostatic utricle mesonephric tubules epoophoron, paroophoron efferent ducts, paradidymis mesonephric duct(wolffian duct) gartner's duct epididymis vas deferens seminal vesicle urogenital sinus skene's glands a.k.a. paraurethral gland prostate bladder, urethra bladder, urethra bartholin's gland a.k.a. greater vestibular glands cowper's gland a.k.a. bulbourethral gland labioscrotal folds labia majora scrotum urogenital folds labia minora penile skin genital tubercle clitoris penis vestibular bulbs bulb of penis clitoral glans glans penis clitoral crura crus of penis prepuce clitoral hood foreskin peritoneum canal of nuck processus vaginalis gubernaculum round ligament of uterus gubernaculum testis internal organs embryological precursorfemalemale 3. ureterureterureter 4. urinary bladderurinary bladderurinary bladder 5. urachusurachusurachus i. lower part of the intestinei. lower part of the intestinei. lower part of the intestine cl. cloaca cp. elevation which becomes clitoris or penis (genital tubercle)cc. corpus cavernosum clitoridiscp. corpora cavernosa penis cut short ug. sinus urogenitalisc. greater vestibular gland, and immediately above it the urethrac. bulbo-urethral gland of one side f. the abdominal opening of the left uterine tube g. round ligament, corresponding to gubernaculumg. the gubernaculum h. situation of the hymen ls. labioscrotal foldsl. labium majuss. scrotum n. labium minus m, m. right and left müllerian ducts uniting together and running with the wolffian ducts in gc, the genital cordm. müllerian duct, the upper part of which remains as the hydatid of morgagni; the lower part, represented by a dotted line descending to the prostatic utricle, constitutes the occasionally existing cornu and tube of the uterus masculinus ot. the genital ridge from which either the ovary or testis is formed.o. the left ovaryt. testis in the place of its original formation; t', together with the dotted lines above, indicates the direction in which the testis and epididymis descend from the abdomen into the scrotum. pr. the prostate u. uterus. the uterine tube of the right side is marked m. v. vulva va. vagina vh. ductus aberrans vs. the vesicula seminalis w. left wolffian bodyw. scattered remains of the wolffian body, constituting the organ of giraldès, or the paradidymis of waldeyer. w, w. right and left wolffian ductsw. scattered remains of wolffian tubes near it (paroöphoron of waldeyer); dg. remains of the left wolffian duct, such as give rise to the duct of gärtner, represented by dotted lines; that of the right side is marked w. po. epoophoron stages in the development of the external sexual organs in the male and female: a: undifferentiatedb: femalec: maled: femalee: malef: female development of external genitalia external organs the external genitalia of both males and females have similar origins. they arise from the genital tubercle that forms anterior to the cloacal folds (proliferating mesenchymal cells around the cloacal membrane). the caudal aspect of the cloacal folds further subdivides into the posterior anal folds and the anterior urethral folds. bilateral to the urethral fold, genital swellings (tubercles) become prominent. these structures are the future scrotal swellings and labia majora in males and females, respectively. the genital tubercles of an eight-week-old embryo of either sex are identical. they both have a glans area, which will go on to form the glans clitoridis (females) or glans penis (males), a urogenital fold and groove, and an anal tubercle. at around ten weeks, the external genitalia are still similar. at the base of the glans, there is a groove known as the coronal sulcus or corona glandis. it is the site of attachment of the future prepuce. just anterior to the anal tubercle, the caudal end of the left and right urethral folds fuse to form the urethral raphe. the lateral part of the genital tubercle (called the lateral tubercle) grows longitudinally and is about the same length in either sex. human physiology the male external genitalia include the penis, the male urethra, and the scrotum. the female external genitalia include the clitoris, the labia majora, and the labia minora, which are collectively called the vulva. external genitalia vary widely in external appearance among different people. one difference between the glans penis and the glans clitoridis is that the glans clitoridis packs nerve endings into a volume only about one-tenth the size of the glans penis. therefore, the glans clitoridis has greater variability in cutaneous corpuscular receptor density (1-14 per 100× high-powered field) compared with the glans penis (1-3 per 100× high-power field). touch for touch, this concentration of nerves makes the glans clitoris more sensitive than the glans penis. as a result, many women can feel discomfort or pain with anything more than a gentle touch.