Japanese scientist and stem cell story
Stem cell researcher, Professor Shinya Yamanaka, who received the Nobel Prize for Medicine in December 7, showed his determination to use artificial multipurpose stem ce…
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Stem cell researcher, Professor Shinya Yamanaka, who received the Nobel Prize for Medicine in December 7, showed his determination to use artificial multipurpose stem ce…
10 years ago in a small lab like a private room, James' Jamie Thomson, an embryologist, at the University of Wisconsin, Madison changed the world with the first human em…
Each beat of this heart tissue is the same as true heart tissue.
Researchers have found stem cells in human bones that have self-renewal capabilities, opening up prospects for bone and cartilage regeneration.
In 2007, Japanese biologists Shinya Yamanaka and Kazutoshi Takahashi said somatic cells could produce stem cells.
A group of biologists from Tufts University in the United States say they can create mini brains that live up to nine months in vitro, just from silk, a mixture of prote…
According to BBCNews, this is considered a significant genetic feat to disrupt reproductive rules.
Although stem cell research and application is still limited and difficult, stem cells are still considered the
In 1924, an eccentric biologist named JBS Haldane predicted that more than 70% of babies would be created from artificial wombs in 2074.
Scientists headed by Ali Brivanlou at Rockerfeller University in New York combine chicken embryonic stem cells in a study published May 23 in the journal Nature, accordi…
If fasting for a day can reactivate the process of regenerating these stem cells, it will be a miraculous effect, well worth exploring.
Viagra, the most common erectile dysfunction drug may soon be replaced by a stem cell injection therapy created by a group of scientists from the Danish Center for Repro…
According to Professor Nicholas Rivron, the head of the research team, as early as three years, they can create mouse embryos capable of surviving.
Many previous studies have shown that apoE4 gradually destroys nerve cells, causing serious damage to the brain of the patient.
This type of cell is named 'G2' stem cell because it is one of millions of sleeping (immobile) cells in our brain.