$5.3M for world-famous UH reproductive lab
The grant will allow the Institute for Biogenesis Research to produce transgenic mice for other researchers seeking medical cures at UH.
Renowned fertility researcher celebrated at inaugural symposium
The trailblazing genetics work of Ryuzo Yanagimachi was honored at a day-long event at the John A. Burns School of Medicine on August 27.
Potential anti-aging Cardax Astaxanthin compound selected for NIH research
The compound developed by JABSOM and Cardax Inc. showed the ability to significantly activate a gene in mice that plays a proven role in longevity.
Promising anti-aging gene therapy developed through innovative partnership
Research by the UH medical school found a compound developed by Cardax Inc. can increase the expression of a gene that plays a role in longevity.
Tiny bubbles of gene therapy may help treat hemophilia
JABSOM researchers developed a technique to deposit bubbles of DNA into liver cells to make the missing blood clotting factor.
Y gene not necessary for assisted reproduction of mice
New John A. Burns School of Medicine study discovers two genes can be substituted for Y chromosome in spermatogenesis and reproduction
Genetics discovery sheds new light on function of Y chromosome gene
Institute for Biogenesis Research scientists uncover substantial new knowledge about the function of the Y chromosome gene.
$10.8 million reproductive research grant awarded to UH medical school
$10.8 million supports continued research in reproductive and developmental biomedical research at the John A. Burns School of Medicine.
UH’s reproductive technique produces glowing green pigs
The green pigs demonstrate the success of the Institute for Biogenesis Research’s reproductive science technique.
Infertile mice generate offspring in assisted reproduction study
Researchers from the John A. Burns School of Medicine reveal minimum Y chromosome contribution required for assisted reproduction in infertile male mice.
