Results 321 to 330 of about 23,859,193 (367)
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2007
male embryo part of the system initially concerned with urinary excretion later becomes connected with the testis and forms part of the genital ducts; even in postnatal life the urethra forms a common channel for the urinary and genital systems. In the female embryo the primitive excretory ducts largely regress, and the defi nitive reproductive tract ...
Khong, T., Charles, A.
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male embryo part of the system initially concerned with urinary excretion later becomes connected with the testis and forms part of the genital ducts; even in postnatal life the urethra forms a common channel for the urinary and genital systems. In the female embryo the primitive excretory ducts largely regress, and the defi nitive reproductive tract ...
Khong, T., Charles, A.
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Environmental science and pollution research international, 2022
Yanlin Li +7 more
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Yanlin Li +7 more
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European Review for Medical and Pharmacological Sciences, 2021
Q. Wang +5 more
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Q. Wang +5 more
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2021
Abstract The ‘Urinary system’ chapter opens with a description of the urinary tract morphology (kidney, ureters, bladder) and its histology. Renal function is considered, including glomerular filtration, the role and regulation of the renal tubules in producing dilute and concentrated urines, and the mechanisms of action of diuretic ...
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Abstract The ‘Urinary system’ chapter opens with a description of the urinary tract morphology (kidney, ureters, bladder) and its histology. Renal function is considered, including glomerular filtration, the role and regulation of the renal tubules in producing dilute and concentrated urines, and the mechanisms of action of diuretic ...
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1988
The major by-products of cellular metabolism are heat, carbon dioxide, water, inorganic salts, and nitrogen compounds. In excess quantities, any of these byproducts are toxic, and unless they are excreted from the body, the cells would eventually be destroyed by their own metabolic processes.
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The major by-products of cellular metabolism are heat, carbon dioxide, water, inorganic salts, and nitrogen compounds. In excess quantities, any of these byproducts are toxic, and unless they are excreted from the body, the cells would eventually be destroyed by their own metabolic processes.
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Diseases of the Urinary System
Annual Review of Medicine, 1951R M, NESBIT, J, LAPIDES
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