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Life Sci | iPSC-derived MSCs: The angiogenesis ability is not as good as that of bone marrow MSCs, but it is more advantageous in cell therapy!

23

2025-01

2025-01-23

Studies have found that iMSCs are not as effective as BM-MSCs in promoting angiogenesis, which are more effective in stimulating endothelial cells to form interconnected vascular structures.
Nat Cell Biol | Heavy! Scientists have developed the first-ever cardiac organoid that can produce blood!

18

2024-12

2024-12-18

Scientists have turned their attention to a magical small laboratory product-organoids.
Reveal iMSC: Why is it more popular than traditional MSC?

19

2024-11

2024-11-19

Compared with traditional MSC, iPSC-MSC not only has better proliferation ability, but also has a lower risk of age-related variability and heterogeneity.
Autologous induced neural stem cells for Parkinson's disease: Xuanwu Hospital's first patient achieved significant results

15

2024-11

2024-11-15

It was confirmed that after receiving iNSCDAP treatment, the transplanted dopaminergic nerve cells survived and released neurotransmitters, repairing neural function.
Bioactive Materials| Professor He Zhiying's team from Dongfang Hospital Affiliated to Tongji University established amplification conditions for determining hormone and chemical composition of bile duct tree stem cell organoids

25

2024-10

2024-10-25

This study successfully established the BEX system and achieved large-scale expansion of BTSC and its organoids in vitro.
Nature methods | Differentiation of visceral sensory ganglion organoids from induced pluripotent stem cells

23

2024-10

2024-10-23

This study successfully established a new protocol for the differentiation of visceral sensory ganglion organoids (VSGOs) from human induced pluripotent stem cells (iPSCs).
Cell Stem Cell丨 Deng Hongkui's team used chemical reprogramming technology to induce dedifferentiation of human cells and prepare large-scale expandable human embryonic limb blade-like cells

22

2024-10

2024-10-22

This study further proved that chemical reprogramming technology can induce Chemically induced dedifferentiation of human cells and successfully prepare large-scale expanded embryonic limb budd-like precursor cells.
Shanxi Academy of Medical Sciences issued a document to discuss whether induced pluripotent stem cell-derived mesenchymal stem cells (iMSC) can lead a new direction in cell therapy

09

2024-10

2024-10-09

In recent years, stem cell therapy has become a research hotspot in the biomedical field, and donor stem cells have been used for decades in multiple research and clinical treatments.

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