Titlebook: Ultrastructure of the Male Urogenital Glands; Prostate, Seminal Ve Alessandro Riva,Francesca Testa Riva,Pietro Motta Book 1994 Springer Sci

Panacea

Functional Morphology of Prostate Gland, process under control, with special reference to the nature and role of growth regulatory factors present in normal, as well as neoplastic, prostate glands. These studies will advance our understanding of the mechanisms involved in the pathogenesis of prostate cancer.

投射

Platelet

Glucocorticoids

Allure

Mediocre

ABH and Lewis Antigens in Human Male Accessory Sex Glands,cretions such as saliva, milk, tears, and digestive juices [22]. Their antigenic determinants consist of a few sugars linked to a precursor molecule by distinct glycosyltransferases coded by the ABO, H, and Se genes [19].

影響帶來

mitral-valve

Normal and Abnormal Development of Human Male Accessory Sex Glands,s develop as derivatives of the urogenital sinus. Seminal vesicles and ampullary glands originate from the lower end of the Wolffian (mesonephric) duct. Although the fine structure of the adult male accessory sex glands has been studied in various species, including man, relatively few studies on th

愛國者

Role of Mesenchymal-Epithelial Interactions in Normal and Abnormal Development of Male Urogenital Gcialized function in carcinoma cells has been attributed to mutations or other forms of genetic rearrangement that result in the malignant phenotype. It is important to recognize that virtually all of the various features that characterize malignant cells are expressed in normal cells during various

掙扎

Epithelium of the Distal Portion of the Human Spermatic Pathway: Seminal Vesicle, Ampulla Ductus Dectus deferentis [4,5,17,63,67,74], and ejaculatory duct [16,70,71] possess an identical epithelium, consisting of principal (secretory) and basal cells. This represents the lining of the human genital tract from the beginning of the ampulla to the opening of the ejaculatory duct into the prostatic u