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Sexuality is a complex interplay of multiple facets, including anatomical, physiological, psychological, developmental, cultural, and relational factors. This complex process might be divided into four phases, namely desire, arousal, orgasm, and resolution. Male infertility is a major problem worldwide which is defined as the inability of sexually active, non-contraceptive couples to have offspring in a year. Many factors affect the quality of semen including environmental, nutritional, and "lifestyle-related reasons. Male infertility problems may be contributory to 30 to 40 percent of infertile couples. There are many qualitative and quantitative parameters to check infertility in men which are quality of semen, number of sperm per ml of semen, sperm motility, abnormalities in sperm morphology, etc. Many plants are scientifically studied for their effect on male sexual dysfunction. Evidence showed that plants investigated on male infertility uplift the level of testosterone. The studies made it clear that testosterone plays an important role in sexual interest and associated sexual arousal.
Sexuality is a complex interplay of multiple facets, including anatomical, physiological, psychological, developmental, cultural, and relational factors. This complex process might be divided into four phases, namely desire, arousal, orgasm, and resolution. Male infertility is a major problem worldwide which is defined as the inability of sexually active, non-contraceptive couples to have offspring in a year. Many factors affect the quality of semen including environmental, nutritional, and "lifestyle-related reasons. Male infertility problems may be contributory to 30 to 40 percent of infertile couples. There are many qualitative and quantitative parameters to check infertility in men which are quality of semen, number of sperm per ml of semen, sperm motility, abnormalities in sperm morphology, etc. Many plants are scientifically studied for their effect on male sexual dysfunction. Evidence showed that plants investigated on male infertility uplift the level of testosterone. The studies made it clear that testosterone plays an important role in sexual interest and associated sexual arousal.
Infertility and problems of impaired fecundity have been a concern through ages and is also a significant clinical problem today, which affects 8–12% of couples worldwide. Of all infertility cases, approximately 40–50% is due to "male factor" infertility and as many as 2% of all men will exhibit suboptimal sperm parameters. It may be one or a combination of low sperm concentration, poor sperm motility, or abnormal morphology. Aim and objective: Demographic study of male infertility and assessment of abnormalities in semen parameters. Settings and Design: A cross-sectional study was conducted on 702 males who came to test for infertility to Saveetha Medical College and hospital to evaluate the parameters of semen and male infertility causes. Methods and Material: The participants were divided into two categories and one group was evaluated through a questionnaire for occupation, personal habits, exposure, family history, and the other category was evaluated on lab findings of various parameters to check the yearly variation in parameters of semen. Statistical analysis: Descriptive statistics. Results: On the evaluation of parameters of semen in combination with a questionnaire to 44 patients, it shows that alcoholics and smokers have low semen volume, increase in liquefaction time and increase in viscosity is most commonly seen in youngsters like students and IT professional. Conclusion: In our study low semen volume, delayed liquefaction time and increase in viscosity is most commonly seen in youngsters like students and IT professional with a history of alcohol and smoking and stress
The field experiment was conducted at RVS Padmavathy College of Horticulture, Dindigul, Tamil Nadu, in 2019. The Factorial Randomized Block Design (FRBD) was used to plan the investigation and consists of two factors viz., factor I - soil application (S1 – farmyard manure at 25.0tonnes/hectare, S2 – vermicompost at 2.50 tonnes/hectare, S3 – VAM at 25.0kilogram/hectare and S4 – phosphobacteria at 2.0kilogram/ hectare) and factor II – (F1 – humic acid at 0.3 percentage and F2 – panchakavuya at 3 percent) constituting eight treatments. The interactions between soil and bio-stimulant application greatly influenced plant height, secondary branches, leaf length, leaf width, and stem girth. Among the treatments, S2F1 (vermicompost at 2.50 tonnes/hectare + humic acid at 0.3 per cent) observed the highest plant height (26.14cm and 40.67cm at 60 and 120 DAS, respectively), number of secondary branches (4.95), leaf length (7.50cm), leaf width (4.50cm) and stem girth (1.45cm).
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