Determination of markers of sperm function, accessory sex gland secretion and silent male genital tractinflammation is of considerable diagnostic value in the evaluation of male infertility. The introduction of bioche...Determination of markers of sperm function, accessory sex gland secretion and silent male genital tractinflammation is of considerable diagnostic value in the evaluation of male infertility. The introduction of biochemicaltests into the analysis of male factor has the advantage that standardized assays with a coefficient of variationcharacteristic of clinical chemistry are performed, in contrast to biological test systems with a large variability.Biochemical parameters may be used in clinical practice to evaluate the sperm fertilizing capacity (acrosin, aniline blue,ROS), to characterize male accessory sex gland secretions (fructose, α-glucosidase, PSA), and to identify men withsilent genital tract inflammation (elastase, C'3 complement component, coeruloplasmin, IgA, IgG, ROS).展开更多
文摘Determination of markers of sperm function, accessory sex gland secretion and silent male genital tractinflammation is of considerable diagnostic value in the evaluation of male infertility. The introduction of biochemicaltests into the analysis of male factor has the advantage that standardized assays with a coefficient of variationcharacteristic of clinical chemistry are performed, in contrast to biological test systems with a large variability.Biochemical parameters may be used in clinical practice to evaluate the sperm fertilizing capacity (acrosin, aniline blue,ROS), to characterize male accessory sex gland secretions (fructose, α-glucosidase, PSA), and to identify men withsilent genital tract inflammation (elastase, C'3 complement component, coeruloplasmin, IgA, IgG, ROS).
