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- Induced_pluripotent_stem-cell_therapy abstract "In 2006, Shinya Yamanaka of Kyoto University in Japan was the first to disprove the previous notion that reversible cell differentiation of mammals was impossible. He reprogrammed a fully differentiated mouse cell into a pluripotent stem cell by introducing four genes, Oct-4, SOX2, KLF4, and Myc, into the mouse fibroblast through gene-carrying viruses. With this method, he and his coworkers created induced pluripotent stem cells (iPS cells), the key component in this experiment.Scientists have been able to conduct experiments that show the ability of iPS cells to treat and even cure diseases. In this experiment, tests were run on mice with inherited sickle-cell anemia. Skin cells were turned into cells containing genes that transformed the cells into iPS cells. These replaced the diseased sickled cells, curing the test mice. The reprogramming of the pluripotent stem cells in mice was successfully duplicated with human pluripotent stem cells within about a year of the experiment on the mice.".
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- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Allele.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Allosome.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Anemia.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Blood_vessel.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Blood_vessels.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Body_weight.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Bone_marrow_transplant.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Category:Articles_created_via_the_Article_Wizard.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Category:Cellular_processes.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Category:Developmental_biology.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Category:Induced_stem_cells.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Cell_differentiation.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Cell_potency.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Cellular_differentiation.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Cytoplasm.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Dominance_(genetics).
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Embryonic_stem_cell.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Embryonic_stem_cells.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Fibroblast.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Fibroblasts.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Gel_electrophoresis.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Gene.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Genes.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Globin.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Hematocrit.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Hematopoietic_stem_cell.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Hematopoietic_stem_cell_transplantation.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Hematopoietic_stem_cells.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Hemoglobin.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Hemolysis.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Heterozygous.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Homologous_recombination.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Homozygous.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Human_body_weight.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Induced_pluripotent_stem_cell.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Induced_pluripotent_stem_cells.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink KLF4.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Kyoto_University.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Mammal.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Mammals.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Mean_corpuscular_volume.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Myc.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Nephron.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Nucleolus.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Oct-4.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Packed_cell_volume.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Pluripotent.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Pluripotent_stem_cell.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Recessive.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Red_blood_cell.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Red_blood_cells.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Renal_tubules.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Retrovirus.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Retroviruses.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink SOX2.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Sex_chromosome.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Shinya_Yamanaka.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Sickle-cell_anemia.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Sickle-cell_disease.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Telomerase.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Telomerase_reverse_transcriptase.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Teratoma.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLink Zygosity.
- Induced_pluripotent_stem-cell_therapy wikiPageWikiLinkText "Induced pluripotent stem-cell therapy".
- Induced_pluripotent_stem-cell_therapy hasPhotoCollection Induced_pluripotent_stem-cell_therapy.
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- Induced_pluripotent_stem-cell_therapy subject Category:Articles_created_via_the_Article_Wizard.
- Induced_pluripotent_stem-cell_therapy subject Category:Cellular_processes.
- Induced_pluripotent_stem-cell_therapy subject Category:Developmental_biology.
- Induced_pluripotent_stem-cell_therapy subject Category:Induced_stem_cells.
- Induced_pluripotent_stem-cell_therapy comment "In 2006, Shinya Yamanaka of Kyoto University in Japan was the first to disprove the previous notion that reversible cell differentiation of mammals was impossible. He reprogrammed a fully differentiated mouse cell into a pluripotent stem cell by introducing four genes, Oct-4, SOX2, KLF4, and Myc, into the mouse fibroblast through gene-carrying viruses.".
- Induced_pluripotent_stem-cell_therapy label "Induced pluripotent stem-cell therapy".
- Induced_pluripotent_stem-cell_therapy wasDerivedFrom Induced_pluripotent_stem-cell_therapy?oldid=683767503.
- Induced_pluripotent_stem-cell_therapy isPrimaryTopicOf Induced_pluripotent_stem-cell_therapy.