Spermatogenesis - The Process of Sperm Production

Spermatogenesis is the process by which undifferentiated germ cells in the testis divide and mature. Continuous function of this process, which produces millions of spermatozoa daily, is required for sustained male fertility. Spermatogonial stem cells (SSCs), precursors of the spermatogonial lineage, have both self-renewal and differentiation abilities, and are tightly controlled in the stem cell. To read more about sperm production, visit spermhope.com

Contact Azoospermia Treatment Specialist

Nowadays, the causes of male infertility are increasing and in particular the zero sperm count which is called azoospermia. And there are many experienced azoospermia treatment specialists available worldwide researching on the causes of infertility and providing right solutions to the peoples. Dr. Mahmoud Abuelhija is one of them providing a natural treatment for the azoospermia. You can visit their website to get complete information about the treatment procedure.

Male Infertility – Non-obstructive azoospermia

Fertilisation and pregnancies can be achieved with spermatozoa recovered not only from the ejaculate but also from the seminiferous tubules. The most common methods for retrieving testicular sperm in non-obstructive azoospermia (NOA) are testicular sperm aspiration and open testicular biopsy. The optimal technique for sperm extraction should be minimally invasive and avoid destruction of testicular function, without compromising the chance to retrieve adequate numbers of spermatozoa to perform ICSI. To know more about male infertility, click here.

All About SpermHope's Azoospermia Research

Spermatogonia stem cells in azoospermic males

Azoospermia in males have only a few spermatogonia stem cells. These cells are the source of all germ cells and sperm in the testis. Azoospermic men usually have normal testosterone levels. The researchers said that the testosterone is critical for the late stages of spermatogenesis and this means that the spermatogonia stem cells in the seminiferous tubules do not need testosterone to divide. For more information, visit https://spermhope.com/spermhope-research/