Adult Stem Cells Peer-review Journals
Adult stem
cells are undifferentiated
cells found throughout the body that divide to replenish dying
cells and regenerate damaged tissues. Also referred to as somatic stem cells, they will be found in children, also as adults. Research into adult stem
cells has been fueled by their abilities to divide or self-renew indefinitely and generate all the cell sorts of the organ from which they originate — potentially regenerating the whole organ from a couple of cells. Unlike embryonic stem cells, the utilization of adult stem
cells in research and therapy isn't controversial because the assembly of adult stem
cells doesn't require the destruction of an embryo. Adult stem
cells are often isolated from a tissue sample obtained from an adult. they need mainly been studied in humans and
model organisms like mice and rats. The rigorous definition of a somatic cell requires that it possesses two properties: Self-renewal - the power to travel through numerous cycles of cellular division while maintaining the undifferentiated state. Multipotency or multidifferentiative potential - the power to get progeny of several distinct cell types, for instance both glial
cells and neurons, against unipotency - restriction to a single-cell type. Some researchers don't consider this property essential and believe that unipotent self-renewing stem
cells can exist. somatic cell Treatments thanks to the power of adult stem
cells to be harvested from the patient, their therapeutic potential is that the focus of much research.
High Impact List of Articles
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Underestimated awakening face-edema caused by a mediastinal syndrome
Gilardi E, Petrucci M, Gabrielli M*, Di Maurizio L,Cordischi C, Ferrigno F,Capacci A, Merra G, and Franceschi F
Case Report: Clinical Practice
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Underestimated awakening face-edema caused by a mediastinal syndrome
Gilardi E, Petrucci M, Gabrielli M*, Di Maurizio L,Cordischi C, Ferrigno F,Capacci A, Merra G, and Franceschi F
Case Report: Clinical Practice
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Why age (and timing) really matters in developing drugs for neurodegenerative disease
Dave Morgan and Amanda G Smith
Editorial: Clinical Practice
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Why age (and timing) really matters in developing drugs for neurodegenerative disease
Dave Morgan and Amanda G Smith
Editorial: Clinical Practice
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Author Guidelines: Volume 7 Issue 2
Appendices: Clinical Practice
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Author Guidelines: Volume 7 Issue 2
Appendices: Clinical Practice
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Bulletin Board: Volume 7 Issue 2
Bulletin Board: Clinical Practice
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Bulletin Board: Volume 7 Issue 2
Bulletin Board: Clinical Practice
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Chronic obstructive pulmonary disease and lung cancer: inflammation, the missing link
Michael A Gibbons and Tariq Sethi
Review Article: Clinical Practice
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Chronic obstructive pulmonary disease and lung cancer: inflammation, the missing link
Michael A Gibbons and Tariq Sethi
Review Article: Clinical Practice
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Sevelamer carbonate in the management of hyperphosphatemia
L Kooienga and R Moore
Review Article: Clinical Practice
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Sevelamer carbonate in the management of hyperphosphatemia
L Kooienga and R Moore
Review Article: Clinical Practice
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New antiarrhythmic agents for atrial fibrillation
Anirban Choudhury and Gregory YH Lip
Review Article: Clinical Practice
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New antiarrhythmic agents for atrial fibrillation
Anirban Choudhury and Gregory YH Lip
Review Article: Clinical Practice
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