Simple Self Testing Method for Sperm Health

We know that male infertility mostly comes from problems with sperm. For this reason, experts provide some simplespermhealth self testing methods for male friends.

Simple Self Testing Method for Sperm Health:

Firstly, if you gently touch along the spermatic cord from top to bottom and find a large, worm like, soft and tortuous mass in the scrotum, then you should pay attention, which may be varicocele. Secondly, if there is testicular swelling and pain, and the testicles gradually shrink after relief, it may be testicular torsion or post orchitis traumatic atrophy, which often leads to irreversible damage. If the testicles fail to descend into the scrotum and remain in the abdominal cavity, it is called cryptorchidism. Excessive temperature in the abdominal cavity is not conducive to sperm production, and the risk of testicular malignancy is also very high. Finally, the simplest method is to observe semen, which can also partially reflect fertility. Normal semen is gray white or slightly yellow. If pink or red appears, it is bloody semen. The normal semen volume is 2-6 milliliters, and if it exceeds 7 milliliters, it is considered excessive and the sperm density will decrease. If the total amount of semen is less than 2 milliliters, it is considered low semen volume, and less than 1 milliliter is considered insufficient, which can easily lead to infertility.

professional equipment: Sperm automatic detection and analysis system

Semen analysis is the most basic and important examination method for judging and evaluating male fertility. With the rapid development of reproductive medicine, there is an increasing consensus on the objective measurement and standardization of various parameters of semen. The artificial semen analysis method recently adopted in clinical practice is difficult to accurately and objectively detect various parameters, especially the analysis of sperm motility and activity, due to various factors. It largely relies on the experience and subjective judgment of the examiner. The semen automatic analysis system can effectively overcome the above shortcomings by using microscopic imaging and computer to quickly analyze the trajectory and speed of sperm movement in multiple fields of view. In clinical testing, its sperm density, sperm motility, and A+B vitality percentage parameters have a good correlation with classical manual detection methods. The semen automatic analysis system can record the real-time movement trajectory of sperm for 3 seconds, and its movement trajectory map reflects the true movement of sperm. The analysis system has good repeatability, strong comparability, easy operation, and reduces manual detection errors, creating conditions for the scientific, standardized, and standardized analysis of semen routine in clinical and scientific research.