Scientists find a way out to preserve fertility in boys with cancer | health and fitness | Hindustan Times
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Scientists find a way out to preserve fertility in boys with cancer

Cancer in prepubescent boys affects sperm-producing cells adversely. Thankfully, scientists have now developed a technique that could help increase the said cells by up to 40%.

health and fitness Updated: Apr 11, 2017 09:12 IST
AFP
Loss of fertility is a common problem for cancer patients as treatments can render sperm infertile or lead to a lack of viable sperm in prepubescent patients.
Loss of fertility is a common problem for cancer patients as treatments can render sperm infertile or lead to a lack of viable sperm in prepubescent patients.(AFP)

Researchers at Washington State University, USA, have developed a technique that could increase the viability of prepubescent boys’ sperm-producing cells by up to 40%. The study is published in the journal Cell Reports.

Loss of fertility is a common problem for cancer patients as treatments can render sperm infertile or lead to a lack of viable sperm in prepubescent patients.

Researchers at Washington State University have developed a technology that could help preserve sperm stem cells so boys can undergo cancer treatments without risking their fertility.

The research, published in the journal Cell Reports, observed a gene specific to stem cells. This let the scientists watch the process of stem cell differentiation with mice, creating forerunners that eventually become sperm.

Early in the process, the scientists saw the stem cells creating energy through one method, called glycolysis, then switching to another method. The second method, called oxidative phosphorylation, produces free radicals, reactive forms of oxygen that can be particularly harmful to a cell’s DNA.

By lowering the oxygen level -- by adding nitrogen to the culture -- the researchers were able to considerably increase the percentage of stem cells capable of making normal sperm. Previously only 5% of cells remained viable after six months, but 40% were viable after using this technique.

The researchers will now be testing the process with human tissue.

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