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Your search keyword '"Cellular Reprogramming genetics"' showing total 4 results
Start Over Descriptor "Cellular Reprogramming genetics" Language french
4 results on '"Cellular Reprogramming genetics"'

1. [β-catenin mutated hepatocarcinoma metabolic rewiring at the heart of their transformation].

Author

Senni N, Savall M, and Bossard P

Subjects
Animals, Cell Transformation, Neoplastic genetics, Cellular Reprogramming genetics, Energy Metabolism physiology, Humans, Mutation, Oxidation-Reduction, Carcinoma, Hepatocellular genetics, Carcinoma, Hepatocellular metabolism, Carcinoma, Hepatocellular pathology, Cell Transformation, Neoplastic metabolism, Glycolysis physiology, Liver Neoplasms genetics, Liver Neoplasms metabolism, Liver Neoplasms pathology, beta Catenin genetics
Published
2018
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2. [The netrin-1 cue regulates somatic cell reprogramming to pluripotency].

Author

Mehlen P and Lavial F

Subjects
Epigenesis, Genetic physiology, Humans, Nerve Growth Factors genetics, Netrin-1, Signal Transduction genetics, Transcriptome, Tumor Suppressor Proteins genetics, Cell Dedifferentiation genetics, Cellular Reprogramming genetics, Induced Pluripotent Stem Cells physiology, Nerve Growth Factors physiology, Tumor Suppressor Proteins physiology
Published
2016
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3. [The European Blueprint project: towards a full epigenome characterization of the immune system].

Author

Pradel LC, Vanhille L, and Spicuglia S

Subjects
Cellular Reprogramming genetics, Chromosome Mapping methods, Europe, Glucose metabolism, Humans, Immune Tolerance genetics, Immunity, Innate genetics, Metabolic Networks and Pathways genetics, Epigenomics methods, Epigenomics organization & administration, Immune System metabolism, International Cooperation
Published
2015
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4. [Adult resident cardiomyocytes wake up: new axis for cardiac tissue regeneration].

Author

Mias C, Genet G, Pathak A, Sénard JM, and Galés C

Subjects
Adult, Adult Stem Cells cytology, Amphibians physiology, Animals, Cell Differentiation genetics, Cell Differentiation physiology, Cellular Reprogramming genetics, Cellular Reprogramming physiology, Fishes physiology, Humans, Mammals physiology, Models, Biological, Myocytes, Cardiac metabolism, Regeneration genetics, Signal Transduction genetics, Signal Transduction physiology, Adult Stem Cells physiology, Heart physiology, Myocytes, Cardiac physiology, Regeneration physiology
Abstract

All cardiomyopathies and more specifically myocardial infarction always evolve to cardiomyocytes death and the ensuing heart failure setting. So far, cardiac regenerative medicine has focused on the use of stem cells and completely ignored the resident cardiomyocytes, assumed in a postmitotic state. However, recent findings in zebrafish and mammalians challenge this view and suggest that these cells have some capacity to proliferate and can contribute to heart regeneration. In this review, we propose an overall synthesis about knowledge of the proliferative and regenerative capacities of resident cardiomyocytes, dealing with some mechanistic aspects. In the future, the accurate identification of molecular mechanisms allowing wake-up of resident cardiomyocyte proliferation will certainly open new therapeutic avenues in cardiac regeneration., (© 2012 médecine/sciences – Inserm / SRMS.)

Published
2012
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