Can oligospermia be cured

Release time : 01/18/2025 18:13:27

Azoospermia refers to the condition where the number of sperm in semen is lower than normal for a man with fertility capabilities, making it the most common cause of male infertility.

It is precisely due to the harm caused by oligospermia that many prospective parents cannot fulfill their aspiration of having a healthy baby, but it is not true for all patients with oligospermia. Only with appropriate and scientific treatment and care can some cases of oligospermia be completely cured.

Is oligospermia curable? Oligospermia directly relates to the ability to conceive a child, which is why we naturally become anxious to know if it can be cured. Diseases like oligospermia and asthenozoospermia tend to be challenging to treat, and to effectively cure them, scientifically effective methods must be employed.

Therefore, the treatment method for oligospermia is crucial, and patients must pay close attention to their selection.

1. Medication therapy is effective for patients with mild symptoms, such as those caused by infections, like genital infections. Patients can use medications to combat infection or regulate their endocrine system. This can achieve certain effects. As long as a patient follows medical advice strictly, recovery from oligospermia is possible.

2. Surgical treatment is an option for patients with severe symptoms, such as those suffering from varicocele due to a particular disease. This therapy is certainly not unfamiliar to us all.

3. Change bad habits in life.

Many men suffering from oligospermia and asthenospermia are caused by unhealthy lifestyle habits, so it is possible to improve the condition through correcting these unhealthy habits. Excessive smoking, excessive drinking, sauna baths, etc., can reduce or affect the sperm motility. Therefore, for patients with diagnosed oligospermia and asthenospermia, it is advisable to try to modify these unhealthy habits.

Appropriate rest and stress relief can also be beneficial for the treatment of oligospermia and asthenospermia.

The above is the current methods of treatment for oligospermia and weak sperm production, hoping to assist patients.

Although oligospermia can lead to male infertility, treatment can be effective if initiated promptly. Once the condition is under control and the patient persists in their efforts, they are confident that they will overcome their illness and achieve a happy and fulfilling family life.

Moreover, we can also increase the number of sperm by diet. Because according to research, the ejaculate contains more than 50 kinds of substances such as arginine, vitamins, hormones, enzymes, choline zinc and calcium elements.

Therefore, if a deficiency of certain substances is present, it can lead to oligospermia. Therefore, in terms of diet, patients should consume more foods that nourish the kidneys and enhance semen quality and vitality, such as those that are rich in essence, Qi, blood, and spermatogenic cells.

Therefore, it is crucial to consult with a professional physician before making any decisions, as excessive intake of certain foods can be inappropriate for some patients.

1. Male semen contains trace amounts of zinc. If a patient is deficient in zinc, his libido may be reduced and the sperm count decreased, so it is advisable to supplement zinc daily.

Foods rich in zinc include oysters, chicken, eggs, animal liver, peanuts, hazelnuts, cow's milk, beans, bran, and lotus seeds.

2. Calcium is also a component of male sperm, so individuals with this condition can supplement calcium as it plays a significant role in the movement, maturation, and fertilization process of sperm.

It is advisable to consume foods rich in calcium, such as milk, soy products, fish, bone broth, seaweed, shrimp skin, kelp, hirudo, enoki mushrooms, shiitake mushrooms, mustard greens, cilantro, sweet almonds, grapes, etc.

3. Protein has certain benefits for the human body, so it must also have an impact on sperm quality.

Ginseng can increase the quantity and frequency of sperm movement, so patients can use it.

Additionally,韭菜 is believed to have the effect of warming the kidneys and aiding yang. If consumed in a wine bath, it may offer even greater therapeutic benefits for patients.

Salmon can increase the amount of hormones in men's bodies, and it also has a lot of protein and good effects.

4. The amount of fructose in the seminal vesicle determines sperm motility. A low fructose content can lead to azoospermia.

Therefore, patients should supplement fructose to enhance sperm motility and allow a small amount of remaining sperm to survive.

Fruits with the highest content of fructose are honey and various fruits such as pear, apple, grape, pineapple, sweet orange etc.

If we can detect the symptoms of oligospermia in time and accurately diagnose the condition, and take appropriate treatment, then the treatment of oligospermia will be easier and more effective. This will help in future fertility.

Azoospermia can also cause significant harm to men. Below are symptoms of azoospermia, and patients experiencing any of the following should seek prompt medical examination.

1. Patients with reproductive diseases should pay attention, primarily those with severe reproductive conditions: inflammation and infection of the reproductive system are the main causes of oligospermia. Therefore, patients may also have cryptorchidism, varicocele, abnormal immune response, and infections in the reproductive tract (such as prostatitis, seminal vesiculitis, etc.).

2. The patient has a low sperm density: As the name suggests, oligospermia refers to having fewer sperm. The most typical symptom of oligospermia is a semen density less than 20 million/ml. Some patients may also experience reduced or increased semen volume, as well as poor sperm motility.

3. Patients with difficulty in conceiving: The most direct impact of oligospermia is on male fertility.

According to the World Health Organization, couples who have cohabited for more than two years without using contraception and still have not become pregnant are considered infertile.

4. Patients with mental debilitation: In patients with oligospermia, they often exhibit symptoms such as fatigue, shortness of breath, lethargy, poor appetite, emaciation, loose stools, soreness in the lower back and knees, dizziness, tinnitus, and reduced libido.

Under normal circumstances, the examinations for oligospermia mainly include the following aspects: 1. Chemical analysis of semen: When conducting a chemical analysis of semen, the semen specimen should be placed in a water bath at 35-37°C for dissolution, then 1.2-1.5ml is centrifuged for 15 minutes to obtain the supernatant, which is used for chemical determination.

2. Testicular Ultrasound: This examination can detect generalized abnormalities of the testes. Biopsy of the testis can provide more accurate diagnostic and treatment information.

3. Color Doppler Ultrasound Flow Study of the Vascular Spermaticus: To determine whether there is a condition of varicocele.

Ehlers-Danlos Syndrome is the most common cause of oligospermia and asthenospermia, and it is also the disease with the highest postoperative fertility rate and satisfactory treatment outcome.

4. Immunological examinations: These can confirm the presence of autoimmunity, while chromosomal analysis can determine the presence of chromosomal abnormalities.

Determination of serum FSH, LH, T and PRL is an important method in the examination for oligospermia.It also helps to distinguish between primary and secondary testicular failure.

Azoospermia is a common male infertility condition.

Sperm are produced in the testes, and during the seminiferous tubules, they undergo spermatogenic processes from spermatogonia to sperm cells, finally forming mature sperm and being released into the tubules. This process is a continuous one, lasting about 64-72 days within the seminiferous tubules.

In the entire process of sperm formation, all factors affecting spermatogenesis are regulated by endocrine hormones. Any factor that affects spermatogenesis will result in a reduction in sperm count.

Common factors leading to oligospermia include: 1. Autoimmunity: Reproductive immunology studies have found that male autoimmunity can affect fertility, with anti-sperm antibodies affecting sperm production and transportation.

2. Chromosomal Abnormalities: Chromosomal anomalies can significantly affect sperm density, motility, and morphology, resulting in oligospermia.

3. Endocrine abnormalities: Male fertility depends on the normal function of the hypothalamic-pituitary-gonadal axis, and any disturbance in this axis can affect spermatogenesis. Other endocrine disorders such as thyroid and adrenal diseases can also impair gonadal function and lead to oligospermia.

4. Varicocele: In the condition of varicocele, local temperature in the testicles increases and vasoactive substances increase, thereby affecting the spermatogenic function of the testicles. However, the severity of varicocele does not correlate with sperm quality. A common cause of oligospermia in cases of varicocele.

5. Urinary System Infection: Chronic infection of the accessory sexual glands can affect various laboratory indicators in semen, resulting in oligospermia.

6. Epispadias: Epispadias is one of the important factors that affect sperm quality.

Spermatozoa density is low in 60% of patients with unilateral cryptorchidism and it must be treated promptly if there are also cryptorchidism.

Certain medications, radiation, and the consumption of alcohol or tobacco can all suppress sperm production.

Another group, who could not find the cause of sperm reduction through various examinations, are referred to as idiopathic oligospermia.

1. Idiopathic oligospermia is caused by long-term and large-scale administration of androgens, which results from negative feedback on the pituitary gonadotropin releasing hormone (GnRH) leading to a decrease in GnRH secretion, resulting in reduced or absent sperm production.

2. Drugs can directly or indirectly affect spermatogenesis, such as sulfonamides, furatanidine, anastrozole,cyclophosphamide, methotrexate, colchicine.

3. Irradiation of radiation causes the most sensitive effect on immature cells, including spermatogonial cells, which may result in delayed or arrested mitosis, and even irreversible destruction.

4. Other factors, including alcohol poisoning, smoking excessively, and drug abuse, can all suppress sperm production.

Chronic prostatitis and varicocele can both inhibit sperm production.

How to Prevent Ovulatory Amenorrhea? In fact, in order to prevent the formation or worsening of ovulatory amenorrhea, we should develop good habits, change bad habits such as smoking and drinking, master certain sexual knowledge, understand the physiological characteristics and health knowledge of male. If there are changes in the testicles different from usual, such as enlargement, hardness, undulation, pain, etc., it is necessary to timely diagnose and treat.

The testicles are a delicate organ, and their optimal temperature is about 1 degree lower than the human body's. If the temperature is too high, it can affect sperm production. Therefore, any factors that can increase the temperature of the testicles should be avoided, such as prolonged bicycle riding, taking hot baths, wearing jeans, etc.

1. Attention to personal hygiene: The personal hygiene of men is extremely important, particularly regarding the hygiene of their reproductive organs. This can help men effectively prevent the invasion of many bacteria and also prevent the breeding of bacteria, which in turn can aid in preventing oligospermia in males.

2. Pay Attention to Diet: For men, it is important to avoid consuming too much spicy and greasy food. These types of foods should be consumed in moderation and not excessively. This is not only about maintaining bodily functions but also involves controlling these functions before they become an issue. Do not forget your health when eating because tasty food can sometimes lead to neglecting your health issues. Generally speaking, a light diet is recommended.

Simultaneously, smoking and drinking alcohol can also be major factors affecting the development of sperm. So men should avoid them as much as possible.

Additionally, it is advised to avoid certain foods: (1) Avoid overly greasy foods and quit smoking and alcohol consumption.

Sperm count and quality are impaired by the harmful components of tobacco in spermatozoa, leading to infertility or miscarriage.

Excessive alcohol consumption can lead to chronic alcoholism, which may result in poor sperm development or loss of motility.

(2) Celery: Studies have shown that celery can decrease sperm count in men. Therefore, patients should avoid eating celery. (3) Oyster: It is a nature-cooling food that can harm Yang energy. Therefore, those who suffer from impotence due to cold essence should not consume it.

(4) Other Foods: Such as winter melon, raw cucumber, egg melon, bitter melon, banana, watermelon, tofu, mung bean, terrapin, pepper and Sichuan pepper.

3. Pay attention to lifestyle habits: Males need to maintain sufficient sleep, avoid staying up late. At the same time, they can engage in more physical exercise after a stressful workday to relax and calm their emotions. Moreover, physical exercise can also enhance one's resistance against diseases, thus it is crucial for males to pay attention to maintaining good lifestyle habits, including getting enough sleep and exercising regularly.

4. Avoid Chemicals: Male friends who work in environments where radiation, high temperature or chemicals are present should take precautions to protect themselves, as these can suppress sperm production.

When a man considers pregnancy, he should avoid these environments for half a year before considering the relevant issues of pregnancy. Moreover, clothes that a man picks up from the dry cleaner should be kept for a few days before wearing them.

Azoospermia can affect pregnancy. If left untreated, what harm will it cause? Will it lead to infertility? 1. Azoospermia can cause obstruction of the vas deferens due to inflammation, injury, deformity, etc. resulting in obstructions or gaps in the seminal vesicles, vas deferens, and ejaculatory ducts.

2. Azoospermia affects the testes of males, leading to a failure in spermatogenesis primarily due to congenital developmental defects of the testes, trauma, inflammation, vascular diseases, and disturbances in the regulation of scrotal temperature, as well as systemic factors including endocrine disorders, genetics, nutritional deficiencies, radiation exposure, and industrial hazards.

3. Oligospermia can lead to numerous complications, including spleen and stomach weakness and insufficient semen and blood.

4. If oligospermia is left untreated for a long time, it can lead to male infertility.

Since male infertility is characterized by oligospermia, the chances of sperm-egg fertilization are consequently reduced, leading to a decreased probability of conception.

Hypospadias can have a significant impact on patients and requires early treatment. Currently, the primary method of treating hypospadias involves surgical intervention. If there is a problem with the testes, they must be removed to minimize the negative impact on fertility.

Spermatorrhea caused by endocrine disorders can be improved by adjusting the endocrine system. According to each patient's different condition, appropriate hormone injection is administered.

The medical information provided in this text is for reference only.

If you experience discomfort, it is advised to seek medical attention immediately. The diagnosis and treatment should be based on the examination conducted by a healthcare professional in person.