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Time-to-ejaculation and the quality of semen produced by masturbation at a clinic.

机译:射精时间和诊所手淫产生的精液质量。

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OBJECTIVES: To investigate the association between the length of time-to-ejaculation and semen parameters. METHODS: Ejaculates from 142 men under infertility assessment were analyzed according to the World Health Organization guidelines. Seminal neutral alpha-glucosidase (NAG), prostate-specific antigen (PSA), zinc, and fructose were also measured. Three groups according to the length of the time-to-ejaculation were defined: G(<10) (<10 minutes), G(10-15) (10 to 15 minutes), and G(>15) (greater than 15 minutes). RESULTS: Time to ejaculation showed negative significant correlation with sperm concentration (rho = -0.20, P = 0.02), total sperm count (rho = -0.20, P = 0.04), NAG (rho = -0.20, P = 0.01), and fructose (rho = -0.30, P = 0.02), respectively. No significant correlations existed among the time-to-ejaculation and age, sexual abstinence, semen volume, sperm motility, PSA, and zinc. There were negative significant associations among time-to-ejaculation and sperm concentration (beta = -3.0; P = 0.004), total sperm count (beta = -10; P = 0.02), total count of progressive motility (beta = -7.0; P = 0.02), and fructose (beta = -0.30; P = 0.02), respectively. No significant associations existed among the time-to-ejaculation and semen volume, motility grades, NAG, PSA, and zinc. G(<10) was characterized by higher sperm concentration, total sperm count, and total count of progressive motility compared with G(10-15) (mean difference = 33 x 10(6)/mL; P = 0.01), (mean difference = 96 x 10(6)/ejaculate; P = 0.50), (mean difference = 77 x 10(6)/ejaculate; P = 0.02), respectively, and G(>15) (mean difference = 50 x 10(6)/mL; P = 0.01), (mean difference = 176 x 10(6)/ejaculate; P = 0.02), (mean difference = 110 x 10(6)/ejaculate; P = 0.03), respectively. Fructose was significantly higher in G(<10) compared with G(>15) (mean difference = 5.0 mmol/L; P = 0.03). CONCLUSIONS: The time-to-ejaculation length was associated with semen parameters. These results might reflect the negative effect of acute stress during semen collection via masturbation at a clinic on semen parameters.
机译:目的:研究射精时间与精液参数之间的关系。方法:根据世界卫生组织的指南,对不育评估下的142名男性的射精进行了分析。还测量了精液中性α-葡萄糖苷酶(NAG),前列腺特异性抗原(PSA),锌和果糖。根据射精时间的长短分为三组:G(<10)(<10分钟),G(10-15)(10至15分钟)和G(> 15)(大于15)分钟)。结果:射精时间与精子浓度(rho = -0.20,P = 0.02),总精子数量(rho = -0.20,P = 0.04),NAG(rho = -0.20,P = 0.01)和负相关性显着果糖(rho = -0.30,P = 0.02)。射精时间与年龄,性欲,精液量,精子活力,PSA和锌之间无显着相关性。射精时间与精子浓度(β= -3.0; P = 0.004),精子总数(β= -10; P = 0.02),进行性运动总数(β= -7.0; P = 0.00)呈负相关。 P = 0.02)和果糖(β= -0.30; P = 0.02)。射精时间与精液量,运动等级,NAG,PSA和锌之间无显着相关性。与G(10-15)相比,G(<10)的特征在于更高的精子浓度,总精子数量和进行性运动总数(均值差= 33 x 10(6)/ mL; P = 0.01),(均值差异= 96 x 10(6)/射精; P = 0.50),(平均差异= 77 x 10(6)/射精; P = 0.02)和G(> 15)(平均差异= 50 x 10( 6)/ mL; P = 0.01),(平均差异= 176 x 10(6)/射精; P = 0.02),(平均差异= 110 x 10(6)/射精; P = 0.03)。与G(> 15)相比,G(<10)中的果糖显着更高(平均差= 5.0 mmol / L; P = 0.03)。结论:射精时间长短与精液参数有关。这些结果可能反映了在诊所通过手淫在精液收集过程中急性应激对精液参数的负面影响。

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