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Stem cell-derived nerve cells
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Stem cell-derived nerve cells
Stem cell-derived nerve cells. Fluorescence light micrograph of neural (nerve) stem cells that have been derived from human embryonic stem cells (HESC). Tuj1 protein is green, glial fibrillary acidic protein (GFAP) is red, and cell nuclei are blue. HESC are pluripotent - they are able to differentiate into any of the 200 cell types in the human body. The type of cell they mature into depends upon the biochemical signals received by the immature cells. This ability makes them a potential source of cells to repair damaged tissue in diseases such as Parkinsons and insulin-dependent diabetes
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Media ID 9222649
© SILVIA RICCARDI/SCIENCE PHOTO LIBRARY
Cell Biology Controversial Culture Cultured Cytology Derived Differentiated Embryo Embryology Embryonic Fluorescence Light Micrograph Fluorescent Gfap Glial Fibrillary Acidic Protein Hesc Histological Histology Induced Nerve Cell Neural Neuron Neurone Neurones Neurons Neuroscience Nuclei Pluripotent Precursor Cell Proteins Stain Stained Stem Cell Therapeutic Treatment Tuj1 Biochemical Biochemistry Cells Light Microscope Neurological Neurology Protein
EDITORS COMMENTS
This print showcases the incredible potential of stem cell-derived nerve cells. In this fluorescence light micrograph, we witness the beauty of neural stem cells derived from human embryonic stem cells (HESC). The Tuj1 protein is depicted in vibrant green, while glial fibrillary acidic protein (GFAP) appears strikingly red, and the cell nuclei are portrayed in a serene blue hue. HESC possess an extraordinary ability to differentiate into any of the 200 different cell types found within our bodies. This remarkable characteristic makes them a promising source for repairing damaged tissues associated with debilitating diseases like Parkinson's and insulin-dependent diabetes. As immature cells, their fate depends on the biochemical signals they receive, determining which specific type of cell they will mature into. While controversial due to ethical concerns surrounding their origin from embryos, these stem cells hold immense therapeutic potential in regenerative medicine. Through careful cultivation and manipulation techniques, scientists can coax these pluripotent HESC into becoming specialized neurons or other vital components of our nervous system. Within this image lies not only scientific wonder but also hope for future breakthroughs in neurology and medical research. By harnessing the power of stem cell technology, we may one day unlock groundbreaking treatments that could transform countless lives affected by neurological disorders.
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