Study Reveals Persistent HIV in Semen Despite Antiviral Therapies During COVID-19 Era
TL;DR
HIV-infected men from 12 countries pursued semen testing for fertility procedures, resulting in 32 pregnancies and 43 babies born.
BRF conducts stem cell research through patient-specific stem cells, educational events, laboratory products & services, and educational media.
The biomedical institute's research aims to cure diseases, including HIV and spinal cord injury, making tomorrow better than today.
The institute offers mail-in test kits for infertility and free educational videos about stem cells and stem cell research.
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A recent study has brought to light an important issue regarding the persistence of HIV in the semen of infected men, despite ongoing antiviral treatments. Conducted during the COVID-19 pandemic from April 2020 to March 2022, the research involved 156 HIV-infected men from 12 countries who pursued semen testing for fertility procedures. The study also reported that 82 gestational carriers and wives underwent embryo transfer without infection, resulting in 32 pregnancies across nine fertility clinics and the birth of 43 babies.
The persistence of HIV in semen, in spite of antiviral therapies, poses significant challenges for assisted reproductive technologies (ART) and the management of infectious disease infertility. This finding is particularly pertinent for couples seeking fertility treatments, as it underscores the need for specialized medical protocols to ensure safe procreation. The study's results emphasize the necessity for continued research and innovation in reproductive health to address these complex issues.
The Bedford Research Foundation (BRF), a biomedical institute known for its pioneering work in stem cell and related research, has been at the forefront of developing solutions for diseases currently deemed incurable. Their Special Program of Assisted Reproduction (SPAR) combines HIV semen testing and sperm washing to facilitate safe procreation for HIV-affected individuals. This award-winning program is instrumental in mitigating the risks associated with HIV transmission during fertility treatments.
BRF's research efforts extend beyond reproductive health, encompassing areas such as patient-specific stem cells for curing HIV and spinal cord injuries, as well as innovations in prostate cancer screening. Their work on the Clock Pathway in embryos aims to understand how circadian rhythms impact early embryo development, thereby improving the efficiency of deriving new stem cell lines.
In addition to research, BRF organizes educational events like the Activated Egg Symposium and the Spinal Cord Workshop. These events serve as platforms for researchers and clinicians to share critical information and advancements in their respective fields. The symposium focuses on eggs for reproduction, stem cell derivation, and therapies, while the workshop addresses specific barriers to curing spinal cord injuries.
BRF also offers laboratory products and services that support their research and operational costs. These include mail-in test kits for infertility, post-vasectomy checks, and prostatitis checks, as well as a specialized culture medium for embryo development known as GEM (Gamete-Embryo Medium). These products not only facilitate research but also provide practical solutions for individuals facing reproductive health challenges.
Educational media is another key component of BRF's mission. The foundation produces newsletters, educational videos, and podcasts that disseminate research breakthroughs and provide tutorials on stem cell research. These resources are accessible through their website and popular platforms like iTunes Podcasts.
The findings of this study have far-reaching implications for the field of reproductive health and highlight the ongoing challenges in managing infectious disease infertility. As the scientific community continues to grapple with these issues, the work of organizations like BRF remains crucial in advancing our understanding and developing effective solutions.
Curated from 24-7 Press Release

