The Beneficial Effects Of Stem Cell Therapy On Infertility

Stem cell therapy can help

Treatment of testicular lesions
Restore the spermatogenic function of the testis
Boost hormone levels
Regulate autoimmunity
Improve endocrine system condition
Improve sperm quantity and quality
Improve sexual desire and capacity
Treatment of ovarian-related diseases
Improve ovarian tissue microenvironment
Regulate autoimmunity
Promote follicle development and increase the number of follicles
Increase estrogen levels
Improve egg quality function and fertility
Restore ovarian function and fertility

Infertility Conditions That Stem Cell Therapy Can Treat

Male infertility conditions:

Hypogonadism
Testicular damage
Oligoasthenospermia
Teratozoospermia
Azoospermia
Other diseases that can cause infertility

Female fertility conditions:

Endometrial damage
Intrauterine adhesions
Cervical lesions
Salpingitis
Premature ovarian failure
Ploy cystic ovaries
Asherman syndrome
Other gynecological inflammation that can lead to infertility

Learn More About Infertility

The normal process of conception is the combination of a woman's egg and a man's sperm to form a fertilized egg. Infertility refers to the fact that both parties have a normal sexual life, without contraceptive measures, and have not conceived for more than one year. The causes of infertility may be complex and diverse. Problems with the reproductive system or hormone levels of either party may lead to infertility.

The current medical process has helped many couples who have difficulty conceiving and eventually have children, but they are still not 100% successful. Stem cell therapy offers new hope for infertile couples.

Factors That Cause Infertility

The common cause of female infertility

Abnormal ovulation: This can be caused by hormone problems, polycystic ovaries, eating disorders, early menopause, excessive exercise, and the usage of certain medications.
Ovarian disease: Congenital bilateral ovarian hypoplasia, ovulation dysfunction due to inflammation, tumor, surgery, and radiation damage to ovarian tissue.
Blockage of fallopian tubes: This prevents sperm from joining with an egg or preventing a fertilized egg from entering the uterus.
Cervical and uterine disease: Cervical and uterine disease can prevent eggs from entering the fallopian tubes.
Ovarian luteal insufficiency: Insufficient production of progesterone makes the endometrium in a poor status, which affects the implantation and development of fertilized eggs.
Uterine factors: such as uterine hypoplasia, intrauterine adhesions, endometrial dysplasia/damage, etc.
Immune factors: Infertility caused by autoimmunity, or alloimmunity, of reproductive system antigens.

The common cause of male infertility

Chromosomal abnormalities: common male pseudohermaphrodites, Kessler syndrome, XYY trisomy syndrome
Endocrine diseases: the major cause is lack of gonadotropins, common conditions include gonadotropin deficiency, selective LH deficiency, FSH deficiency, adrenal hyperplasia, and increased prolactin.
Reproductive tract infection: The incidence of genital tract inflammation such as prostatitis and urethritis seriously affect male fertility.
Blockage of the vas deferens: affects the transport of sperm.
Abnormal testicular spermatogenesis: common in cryptorchidism, varicocele. Additionally, toxins, magnetic fields, high fever, and trauma can cause testicular spermatogenesis disorders.
Abnormal sperm structure and seminal plasma: affect sperm motility, capacitation, and acrosome reaction
Immune-related infertility: Male infertility can be caused by anti-sperm immunity in men and anti-sperm alloimmunity in women.
Sexual dysfunction: Impotence, premature ejaculation, non-ejaculation, and retrograde ejaculation can all lead to male infertility.

In addition, some adverse lifestyles can also lead to infertility, such as:

Chronic smoking and drinking: both nicotine and alcohol reduce sperm motility.
Chronic stay-ups: endocrine disorders caused by staying up late will affect the production and development of sperm and eggs
Sitting for a long time: Sitting for a long time will cause blockage of blood circulation, resulting in the frequent occurrence of inflammations, affecting the vitality of sperm and eggs
Unhealthy diet: such as high oil and salt, which can easily lead to oligospermia and weak sperm in men

Advantages Of Stem Cell Treatment For Infertility

Currently, the conventional treatment for infertility includes medication, surgery, and human-assisted reproductive techniques, which can solve the infertility problem for part of some patients. However, for those patients with sperm/egg production problems and genetic disorders, even with assisted reproductive techniques and donated eggs, some of them still cannot successfully conceive.

Compared with conventional therapy, stem cell therapy can help female patients restore normal ovulation, improve the quantity and quality of sperm in male patients, and the therapy can also target other disease factors that cause infertility, allowing patients to conceive normally.

Stem cell therapy

Conventional treatment

Curative Treatment or diseases management

Stem cell therapy is a new infertility treatment. It can repair the damaged reproductive tissue of patients and help to restore the reproductive system to a healthy state and rebuild the reproductive system function.

If treated with stem cells at an early stage, damage to the reproductive system can be reversed, which allows you to conceive naturally.

Conventional infertility treatments include medication, surgery, and human-assisted reproductive techniques. Those methods only work for part of the patients but may not work for the other large proportion of the patients, especially for patients with damaged or defective reproductive systems. None of these treatments can completely cure their infertility

Side-effects

No Side-effects as stem cells are our cells that are used to treat the disease and regenerate reproductive system tissue to regain proper functioning.

Medications used to treat infertility can overstimulate the ovaries, which can lead to side effects such as headaches, mood swings, bloating, and multiple births.

If you choose to conduct a test-tube baby treatment, the ovulation-stimulating hormone drugs used may cause hormonal disorders, leading to premature ovarian failure, and puncture will also cause reproductive organ damage and cause inflammation. In addition, the success probability of IVF is only 30%, and IVF baby also has the risk of congenital diseases.

Convenience

Stem cell therapy is performed by stem cell specialists which requires a special laboratory to process the stem cells and the medical set-up to extract and inject the stem cell.

The therapy is going to be injection-based and needs to be performed in a hospital.

It is relatively easy to take the medications， but in many cases, it is necessary to take medications for a long period before seeing any obvious treatment effect. And the length of the treatment time needed varies a lot from patient to patient.

The human-assisted reproductive technique treatment requires multiple visits to the hospital or even hospitalization, and it can cause relatively large damage to the patient’s body and is generally considered unfriendly to the patients.

Longevity

Stem cell therapy possesses an improvement effect on infertility caused by various reasons. It will repair the damaged reproductive tissue, restore the function of the reproductive system, and improve the fertility of the patient. Compared to conventional therapy, those effects last for a long time.

The effects of medication and surgery vary from person to person, and conventional treatments are only effective for some patients, and for future pregnancies, they will need to start over again. For other patients, neither medication nor surgery has been able to help them get pregnant.

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How Can Stem Cell Therapy For Infertility Work

Multi-directional differentiation: Stem cells can migrate to damaged sites and differentiate into Leydig cells, vascular endothelial cells, etc., the new cells will help to compensate or repair damaged germ cells and restore reproductive system function.
Immune regulation mechanism: Stem cells can inhibit the body's immune response through immune regulation, suppress the attack of immune cells on damaged germ cells, and promote the self-repair of damaged tissues.
Paracrine effect: stem cells can secrete a variety of cytokines and nutritional factors; thus, they provide nutritional support for the reproductive system microenvironment, inhibit cell apoptosis, and promote the repair of damaged tissues.
Repair effect: Stem cell therapy can repair the damaged blood-testis barrier caused by anti-sperm antibodies, insufficient blood supply, activated inflammatory cells, etc., and improve the differentiation activity of spermatogenic cells, thereby promoting the production of sperm.

SQ1 Stem Cell Services

During the whole treatment process, we’ll provide complete and first-class medical services to you. And to ensure your treatment effect, you can consult your doctor any time after the treatment.