Sperm liquefaction is a process where ejaculated sperm undergoes a transformation from a jelly-like appearance to a thin liquid state within 10-20 minutes after ejaculation. This transformation is facilitated by the action of proteolytic enzymes and plasmas. When sperm fails to liquefy, it impairs their mobility, hindering their ability to reach and fertilize the egg, resulting in infertility.
The primary factors influencing sperm liquefaction are the proteolytic enzymes and plasmas released by the prostate. These components are responsible for liquefying the coagulated portion of the ejaculated fluids.
The inability of sperm to liquefy is associated with infections caused by pathogenic microorganisms. When various microorganisms, such as bacteria and protozoa, invade the male reproductive tract, it can lead to a range of diseases, including impaired sperm liquefaction.
In the face of increased social competitiveness, improper sexual activity, and poor dietary habits, the incidence of various diseases has risen. Epididymitis, a common non-specific infection of the male reproductive system, is frequently observed in young and middle-aged individuals. When the body's resistance decreases due to various factors, pathogenic bacteria can exploit the opportunity to invade the epididymis, causing inflammation.
The manifestations of epididymitis include sudden pain in the scrotum, swelling of the epididymis, and noticeable tenderness. In some cases, fever and hardening of the epididymis may also be present.
Can epididymitis contribute to non-liquefaction of semen? The answer is yes.
Epididymitis is a prevalent condition among young adults. When the body's resistance is compromised, pathogenic bacteria like Escherichia coli, Staphylococcus, and Streptococcus can ascend the vas deferens and reach the epididymis, resulting in inflammation. This inflammatory response can affect the secretion of proteolytic enzymes and fibrinase, which play a role in facilitating sperm liquefaction, thereby impacting the process.
In normal cases, men have a barrier between the blood and the testicles, called the "blood-testicles barrier," that separates sperm from the body's immune system and prevents the production of anti-sperm antibodies.
However, when the male blood-testicles barrier is destroyed by factors including infections or injuries of the prostate, testicle, epididymis, and vas deferens, the body may produce anti-sperm antibodies, resulting in abnormal sperm liquefaction. Epididymitis leads to injury or infection of the epididymis, which triggers the formation of anti-sperm antibodies, causing the failure of sperm liquefaction.
The pH of sperm is affected by the seminal vesicle's alkaline secretion and the prostate's acidic secretion. When the pH value rises, it can lead to abnormal liquefaction of sperm. Epididymitis can cause sperm pH and internal environment changes, thus resulting in abnormal sperm liquefaction.
In addition, sperm non-liquefaction is also associated with the following inducing factors:
The most common inducing factors for sperm non-liquefaction are infectious diseases in the genital tract, such as seminal vesiculitis and prostatitis, followed by microelement (magnesium, zinc, etc.) deficiency and congenital absence of prostate.
Prostate disease is the most critical cause of sperm non-liquefaction. Non-liquefaction probability of the sperm increases significantly during prostatitis.
The lack of microelements in the body, such as magnesium and zinc, can also cause sperm non-liquefaction. Zinc is significant in sperm formation, maturation, activation, and capacitation.
Many congenital diseases can cause male sperm non-liquefaction. If the patient is born without the prostate, the relevant enzymes cannot be generated, thus affecting proteolytic enzymes and so on.
Autologous factors such as body temperature, testicle function, and endocrine hormone level changes can affect sperm liquefaction.
During sexual intercourse, the pH of the female vagina, the liquefaction enzyme, and the depth the sperm gets into the vagina can also affect the liquefaction of sperm in the female body.
In vitro factors, such as room temperature and sperm storage time, can also affect sperm liquefaction.
Non-liquefaction of sperm can lead to male infertility. When sperm does not liquefy, it is usually accompanied by infectious diseases of the reproductive organs, such as balanitis and urethritis. An infectious disease of a reproductive organ will seriously affect men's health: non-liquefaction of sperm will cause sperm abnormalities, and some men will be worried about fertility problems. That will likely cause depression, tension, mental fatigue, etc.
Non-liquefaction of sperm also causes a series of problems, which require prompt treatment.
So, how can the symptoms of non-liquefaction of sperm be alleviated?
1. Patients need to improve poor lifestyle habits, such as avoiding prolonged sitting and exposure to high temperatures. It is recommended to increase physical activity, reduce the use of saunas, and incorporate foods rich in zinc or selenium into their diet.
2. If non-liquefaction of sperm is caused by epididymitis, treating the underlying epididymitis is essential.
Acute epididymitis can be effectively treated with sensitive antibiotics based on bacterial culture and drug sensitivity tests. This approach is suitable for cases with acute onset, obvious symptoms, and often caused by pathogenic bacterial infections. Commonly used antibiotics include ceftriaxone, levofloxacin, and others.
In situations where antibiotics are ineffective or when epididymitis becomes chronic, the traditional Chinese medicine Diuretic and Anti-inflammatory Pill can provide bactericidal and anti-inflammatory effects. This herbal remedy can eliminate bacteria and viruses responsible for epididymitis and reduce the impact of inflammation on patients.
In conclusion, it is important to note that epididymitis can lead to non-liquefaction of semen. To address this issue, men should proactively seek treatment upon discovering epididymitis and choose appropriate treatment methods based on the type of epididymitis they have. Only after complete resolution of epididymitis can semen liquefy and return to normal.
For more information, please feel free to refer to https://www.diureticspill.com/ for details and knowledge.