Stem Cells.
Overview
| Works: | 78 works in 72 publications in 72 languages | |
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Titles
Stem cells and cancer stem cells.[electronic resource] /Volume 3,Therapeutic applications in disease and injury
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Atlas of human pluripotent stem cells[electronic resource] :derivation and culturing /
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Regenerative therapy using blood-derived stem cells[electronic resource] /
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Induced pluripotent stem cells in brain diseases[electronic resource] :understanding the methods, epigenetic basis, and applications for regenerative medicine /
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Stem cells and cancer stem cells.[electronic resource] /Volume 4,Therapeutic applications in disease and injury
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Stem cells and cancer stem cells.[electronic resource] /Volume 6,Therapeutic applications in disease and injury
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Stem cells in animal species[electronic resource] :from pre-clinic to biodiversity /
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Umbilical cord blood banking and transplantation[electronic resource] /
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The dental pulp[electronic resource] :biology, pathology, and regenerative therapies /
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Atlas of human pluripotent stem cells in culture[electronic resource] /
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Neural stem cells in development, adulthood and disease[electronic resource] /
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Regenerative medicine[electronic resource] :using non-fetal sources of stem cells /
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Cellular therapy for stroke and CNS injuries[electronic resource] /
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Regenerative medicine ethics[electronic resource] :governing research and knowledge practices /
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Hypoxia and cancer[electronic resource] :biological implications and therapeutic opportunities /
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Endogenous stem cell-based brain remodeling in mammals[electronic resource] /
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Stem cell aging[electronic resource] :mechanisms, consequences, rejuvenation /
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Hyper bio assembler for 3D cellular systems[electronic resource] /
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Stem cells in modeling human genetic diseases[electronic resource] /
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Hematopoietic differentiation of human pluripotent stem cells[electronic resource] /
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Stem cells in the lung[electronic resource] :development, repair and regeneration /
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Breast cancer stem cells & therapy resistance[electronic resource] /
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Stem cells and cancer stem cells[electronic resource] :therapeutic applications in disease and injury /
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Stem cells[electronic resource] :basics and clinical translation /
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Bioengineering and cancer stem cell concept[electronic resource] /
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Regenerative medicine - from protocol to patient.[electronic resource] /1,Biology of tissue regeneration
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Regenerative medicine - from protocol to patient.[electronic resource] /2,Stem cell science and technology
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Regenerative medicine - from protocol to patient.[electronic resource] /3,Tissue engineering, biomaterials and nanotechnology
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Fetal stem cells in regenerative medicine[electronic resource] :principles and translational strategies /
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Microscale technologies for cell engineering[electronic resource] /
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Regenerative medicine for degenerative muscle diseases[electronic resource] /
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Endometrial stem cells and Its potential applications[electronic resource] /
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Stem cells, tissue engineering, and regenerative medicine[electronic resource] /
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Stem cell and gene therapy for cardiovascular disease[electronic resource] /
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Regenerative medicine - from protocol to patient.[electronic resource] /4,Regenerative therapies I
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Regenerative medicine - from protocol to patient.[electronic resource] /5,Regenerative therapies II
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Molecular mechanisms of cell differentiation in gonad development[electronic resource] /
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Principles of stem cell biology and cancer[electronic resource] :future applications and therapeutics /
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Stem cells, pre-neoplasia, and early cancer of the upper gastrointestinal tract[electronic resource] /
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Innovations in molecular mechanisms and tissue engineering[electronic resource] /
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Perinatal tissue-derived stem cells[electronic resource] :alternative sources of fetal stem cells /
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Mesenchymal stem cells and immunomodulation[electronic resource] /
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Subjects