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Figure 1, The steps of regenerative medicine. - StemBook - NCBI

By A Mystery Man Writer
Last updated 20 Sept 2024
Figure 1, The steps of regenerative medicine. - StemBook - NCBI
The production of cellular therapies requires the optimization of four steps: first, isolating and culturing cells that can be readily obtained from a patient in a non-invasive fashion. Second, the reprogramming of these cells into a pluripotent state. Third, the directed differentiation of those patient-specific pluripotent cells into the cell type relevant to their disease. And, fourth, techniques for repairing any intrinsic disease-causing genetic defects and transplantation of the repaired, differentiated cells into the patient. Notably, these disease-relevant patient cells can also be used for in vitro disease modeling which may yield new insights into disease mechanisms and drug discovery.
Figure 1, The steps of regenerative medicine. - StemBook - NCBI
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Figure 1, The steps of regenerative medicine. - StemBook - NCBI
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Figure 1, The steps of regenerative medicine. - StemBook - NCBI
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Figure 1, The steps of regenerative medicine. - StemBook - NCBI
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Figure 1, The steps of regenerative medicine. - StemBook - NCBI
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Figure 1, The steps of regenerative medicine. - StemBook - NCBI
Figure 1, Life cycle of a pluripotent stem cell line. - StemBook
Figure 1, The steps of regenerative medicine. - StemBook - NCBI
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Figure 1, The steps of regenerative medicine. - StemBook - NCBI
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Figure 1, The steps of regenerative medicine. - StemBook - NCBI
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Figure 1, The steps of regenerative medicine. - StemBook - NCBI
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Figure 1, The steps of regenerative medicine. - StemBook - NCBI
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Figure 1, The steps of regenerative medicine. - StemBook - NCBI
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Figure 1, The steps of regenerative medicine. - StemBook - NCBI
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Figure 1, The steps of regenerative medicine. - StemBook - NCBI
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Figure 1, The steps of regenerative medicine. - StemBook - NCBI
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