miR-302A-REPROGRAMMED induced neural stem cells
miR-302A-REPROGRAMMED induced neural stem cells has been studied in 1 paper since 2023: none in people yet, 1 in animals. The research so far is in animals. The newest paper, Jun 5, 2023: “MiR-302a reprogrammed fibroblast-derived induced anti-aging neural stem cells improve cognition and prolong lifespan in Alzheimer's disease model”.
1 paper studies it6 findingsUpdated
- 1 lab in 1 country
- Funders: Natural Science Foundation of Shandong Province and 1 more
- Animals1
What did studies of miR-302A-REPROGRAMMED induced neural stem cells find?
6Studies of miR-302A-REPROGRAMMED induced neural stem cells measured 6 outcomes; the most studied are reproductive function (1 study), hair regrowth (1) and blood sugar control (1).
Reproductive function
upin mice1
1 study
Reproductive function
upin mice1
miR-302A-REPROGRAMMED induced neural stem cells improve reproductive function in mice.
“MiR-302a-hiNSCs were implanted into SAMP8 mice to improve cognition, extend longevity by 40.625%, increase fatigue resistance, and enhance blood sugar control, hair regrowth, and reproduction.”
AnimalsSAMP8 Alzheimer's disease model
Research SquarePreprint
Hair regrowth
upin mice1
1 study
Hair regrowth
upin mice1
miR-302A-REPROGRAMMED induced neural stem cells increase hair regrowth in mice.
“MiR-302a-hiNSCs were implanted into SAMP8 mice to improve cognition, extend longevity by 40.625%, increase fatigue resistance, and enhance blood sugar control, hair regrowth, and reproduction.”
AnimalsSAMP8 Alzheimer's disease model
Research SquarePreprint
Blood sugar control
upin mice1
1 study
Blood sugar control
upin mice1
miR-302A-REPROGRAMMED induced neural stem cells improve blood sugar control in mice.
“MiR-302a-hiNSCs were implanted into SAMP8 mice to improve cognition, extend longevity by 40.625%, increase fatigue resistance, and enhance blood sugar control, hair regrowth, and reproduction.”
AnimalsSAMP8 Alzheimer's disease model
Research SquarePreprint
Fatigue resistance
upin mice1
1 study
Fatigue resistance
upin mice1
miR-302A-REPROGRAMMED induced neural stem cells improve fatigue resistance in mice.
“MiR-302a-hiNSCs were implanted into SAMP8 mice to improve cognition, extend longevity by 40.625%, increase fatigue resistance, and enhance blood sugar control, hair regrowth, and reproduction.”
AnimalsSAMP8 Alzheimer's disease model
Research SquarePreprint
Cognitive function
upin mice1
1 study
Cognitive function
upin mice1
miR-302A-REPROGRAMMED induced neural stem cells improve cognitive function in mice.
“MiR-302a-hiNSCs were implanted into SAMP8 mice to improve cognition, extend longevity by 40.625%, increase fatigue resistance, and enhance blood sugar control, hair regrowth, and reproduction.”
AnimalsSAMP8 Alzheimer's disease model
Research SquarePreprint
Lifespan
upin mice1+41% lifespan
1 study
Lifespan
upin mice1+41% lifespan
miR-302A-REPROGRAMMED induced neural stem cells extend lifespan in mice (+40.625% lifespan).
“MiR-302a-hiNSCs were implanted into SAMP8 mice to improve cognition, extend longevity by 40.625%, increase fatigue resistance, and enhance blood sugar control, hair regrowth, and reproduction.”
AnimalsSAMP8 Alzheimer's disease model
Research SquarePreprint