Allogeneic stem cell transplantation can cause a loss of protective goblet cells from the colon's inner lining, which can be fatal. But boosting those cells beforehand could improve the outcome.
Jul 1, 2020
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90
Researchers at Lund University in Sweden have succeeded in restoring mobility and sensation of touch in stroke-afflicted rats by reprogramming human skin cells to become nerve cells, which were then transplanted into the ...
Apr 8, 2020
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1008
One promising way to treat diabetes is with transplanted islet cells that produce insulin when blood sugar levels get too low. However, patients who receive such transplants must take drugs to prevent their immune systems ...
Mar 30, 2020
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317
By combing through the entire genetic sequences of a person with a lung scarring disease and 13 of the person's relatives, Johns Hopkins Medicine researchers say they have found a coding error in a single gene that is likely ...
Sep 10, 2019
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82
A combination of heart cells derived from human stem cells could be the answer to developing a desperately-needed treatment for heart failure, according to new research part-funded by the British Heart Foundation (BHF) and ...
Aug 2, 2019
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562
Congenital heart disease occurs in up to 1% of live births, and the infants who are affected may require multiple surgeries, life-long medication, or heart transplants. In many patients, the exact cause of congenital heart ...
May 30, 2019
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57
Scientists in Israel unveiled a 3D print of a heart with human tissue and vessels on Monday, calling it a first and a "major medical breakthrough" that advances possibilities for transplants.
Apr 15, 2019
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5610
In a study with significant implications for human organ transplantation, researchers have successfully grown functional mouse kidneys inside rats from just a few donor stem cells.
Feb 5, 2019
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205
UC San Francisco researchers have for the first time transformed human stem cells into mature insulin-producing cells, a major breakthrough in the effort to develop a cure for type 1 (T1) diabetes.
Feb 4, 2019
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559
In trying to decipher the "DNA origami" responsible for the generation of transplantable human skin, Stanford researchers have uncovered a master regulatory hierarchy controlling tissue differentiation.
Nov 6, 2018
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27
