Stem Cells Under the Microscope: A Picture Gallery Stem cells are how we all begin: undifferentiated cells that go on to develop into any of the more than 200 types of cell the adult human body holds. (Courtesy: New York Times) We have read about stem cell research in various disease fields. Here is a gallery of stem cells sourced from various published papers.
Rat brain slice showing neural stem cells (blue) that dividethroughout life to produce astrocytes (red) and matureneurons (green).Courtesy: Sarthak Sinha
Human Embryonic Stem Cells forms spherical colonieswhen cultured in-vitro.Courtesy: Sarthak Sinha
Human Embryonic Stem Cells used for humantransplantation PLoS Biology.Courtesy: Sarthak Sinha
International Journal of Stem Cell Research andTransplantation Courtesy:International Journal of Stem Cell Research and Transplantation
The germ line stem cell niche contains germ stem cells (blue), somaticsupport cells (green), and spectrosomes (red). IMAGE COURTESY OF ANDREAZAMPARINI
Human hematopoietic stem cells. Image courtesy:Lancet,Oncology Human hematopoietic stem cells. Image courtesy: Lancet,Oncology
Spontaneous embryonic stem cellcell differentiation mouse cells. Spontaneous embryonic stem differentiation in in mouseThe bright green cells show that some embryonic stem cells cells. The bright green cells show that some embryonicdifferentiate into cardiac myocytes. myocytes. stem cells differentiate into cardiac
Important Embryonic Stem Cell Research Milestones Stem cells were discovered in human cord blood• 1981- First in vitro stem cell line developed from mice• 1988- Embryonic stem cell lines were created from hamsters• 1995- First embryonic stem cell line derived from a primate• 1997- Cloned lamb from stem cell and leukemia origin found as haematopoietic stem cell, which could indicate potential proof of cancer stem cells
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