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Discovery of new fat cell subtypes in the human body could advance personalized obesity treatmentA new international study led by scientists from Ben-Gurion University of the Negev has characterized the populations of fat cells in various fat tissues in the human body. Using innovative ...
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Discovery of subtypes of fat cells could advance personalized medicine for treating obesityNow, a new international study led by scientists from Ben-Gurion University of the Negev (BGU) in Beersheba has characterized the populations of fat cells in various tissues in the human body. Using ...
These fat-derived cells used in the research are probably ... Kamp said. To what extent the human body would reject iPS cells from other donors remains unknown. The researchers in this study ...
Scientists have spotted unique subtypes of fat cells in the human body, and by unraveling their functions, they found that the cells may play a role in obesity. "Finding these [fat] subtypes is ...
Scientists have long been exploring ways to kill cancer cells by starving them of the nutrients they need to survive. A new ...
Diets and weight-loss drugs are marketed with health halos. But the real drive to lose weight is the societal stigma around ...
The study, part of the international Human Cell Atlas project, mapped fat cell populations in various human fat tissues, focusing on subcutaneous and visceral fat. Using technologies mapping RNA ...
They also noted fat droplets in the cartilage organoids that they generated from human embryonic stem cells. RNA sequencing revealed that the cartilage organoids expressed de novo lipogenesis genes, ...
“In these bone marrow-transplanted individuals, they can actually find fat cells with genomic information from the donor and not from the recipient,” said Philipp Scherer, director of the Touchstone ...
Extracts made from parts of the cashew plant that are usually thrown away when the nuts are processed commercially were found ...
Now, a new international study led by scientists from Ben-Gurion University of the Negev (BGU) in Beersheba has characterized the populations of fat cells in various tissues in the human body.
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