Rise of microplastics discovered in placentas of Hawai?i mothers
The study examined placentas donated by women who delivered in 麻豆传媒 from 2006 to 2021.
In memoriam: Ryuzo Yanagimachi, cloning, fertilization pioneer
Ryuzo Yanagimachi, whose pioneering contributions to reproductive biology and cloning have impacted millions of people and allowed families to grow, died on September 27, 2023 at the age of 95,
Yanagimachi wins Kyoto Prize for pioneering fertilization research
Ryuzo Yanagimachi of the John A. Burns School of Medicine is one of three international winners of the 2023 Kyoto Prize.
UH scientific relic deemed ‘National Treasure,’ makes new home at Smithsonian museum
Cumulina, the first cloned mouse and the first cloned mammal in the United States recently made the trek to her new home in the renowned Smithsonian’s National Museum of American History.
UH seeks recovering COVID-19 patients for immune health study
Researchers are recruiting those who have tested positive for the coronavirus within 60 days of diagnosis to give up to six weekly blood samples.
$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.