Stem cell-derived neurons, micrograph

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Stem cell-derived neurons, micrograph

Stem cell-derived neurons. Light micrograph of human nerve cells (neurons) that have been derived from induced pluripotent stem cells (IPS). Tuj1 proteins are cyan, and cell nuclei are red. Pluripotent stem cells 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

Science Photo Library features Science and Medical images including photos and illustrations

Media ID 9273047

© SILVIA RICCARDI/SCIENCE PHOTO LIBRARY

Cell Biology Controversial Culture Cultured Cytology Derived Differentiated 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 Micrograph Light Microscope Neurological Neurology Protein

EDITORS COMMENTS
This print showcases stem cell-derived neurons, offering a glimpse into the intricate world of human nerve cells. The image reveals a mesmerizing array of cyan-colored Tuj1 proteins, which serve as markers for these specialized cells. Meanwhile, the vibrant red hues represent the cell nuclei that house their genetic material. What makes this image truly remarkable is its connection to induced pluripotent stem cells (IPS), which possess an extraordinary ability to transform into any of the 200 different cell types found in our bodies. This versatility holds immense promise for medical advancements and potential treatments for diseases like Parkinson's and insulin-dependent diabetes. The differentiation process of IPS cells relies on biochemical signals received by immature cells, determining their ultimate fate within the body. By harnessing this incredible potential, scientists hope to utilize stem cell-derived neurons as a source of regenerative therapy for damaged tissues. While controversial at times due to ethical considerations, research in this field continues to push boundaries and unlock new possibilities in medicine and biology. This photograph serves as a testament to the groundbreaking work being done in neurology, neuroscience, histology, cytology, and beyond. As we gaze upon this stunning light micrograph captured by Science Photo Library's lens, we are reminded of both the complexity and beauty inherent within our own neural network—a reminder that science has yet untapped depths waiting to be explored.

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