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• W1964293887 endingPage "112" @default.
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• W1964293887 abstract "Multipotent mesenchymal stromal cells (MSCs) are involved in the organization and maintenance of tissue integrity. MSCs have also attracted attention as a promising tool for cell therapy and regenerative medicine. However, their usage is limited due to cell impairment induced by an extremely harsh microenvironment during transplantation ex vivo. The microenvironment of MSCs in tissue depots is characterized by rather low oxygen consumption, demonstrating that MSCs might be quite resistant to oxygen limitation. However, accumulated data revealed that the response of MSCs to hypoxic conditions is rather controversial, demonstrating both damaging and ameliorating effects. Here, we make an attempt to summarize recent knowledge on the survival of MSCs under low oxygen conditions of varying duration and severity and to elucidate the mechanisms of MSC resistance/sensitivity to hypoxic impact." @default.
• W1964293887 created "2016-06-24" @default.
• W1964293887 creator A5005103811 @default.
• W1964293887 creator A5030506274 @default.
• W1964293887 creator A5080920861 @default.
• W1964293887 creator A5088727087 @default.
• W1964293887 date "2014-11-01" @default.
• W1964293887 modified "2023-10-18" @default.
• W1964293887 title "Mesenchymal stem cells and hypoxia: Where are we?" @default.
• W1964293887 cites W1484579780 @default.
• W1964293887 cites W1502442150 @default.
• W1964293887 cites W1675006565 @default.
• W1964293887 cites W1966536689 @default.
• W1964293887 cites W1970692048 @default.
• W1964293887 cites W1971207083 @default.
• W1964293887 cites W1982058389 @default.
• W1964293887 cites W1984255682 @default.
• W1964293887 cites W1988357840 @default.
• W1964293887 cites W1993691340 @default.
• W1964293887 cites W1993925802 @default.
• W1964293887 cites W1993938912 @default.
• W1964293887 cites W2000721561 @default.
• W1964293887 cites W2001083548 @default.
• W1964293887 cites W2002198698 @default.
• W1964293887 cites W2005484085 @default.
• W1964293887 cites W2010296156 @default.
• W1964293887 cites W2010394923 @default.
• W1964293887 cites W2011810742 @default.
• W1964293887 cites W2011904570 @default.
• W1964293887 cites W2012309077 @default.
• W1964293887 cites W2012701731 @default.
• W1964293887 cites W2013310965 @default.
• W1964293887 cites W2014581384 @default.
• W1964293887 cites W2014795198 @default.
• W1964293887 cites W2015428837 @default.
• W1964293887 cites W2016931709 @default.
• W1964293887 cites W2020961814 @default.
• W1964293887 cites W2021741218 @default.
• W1964293887 cites W2023491928 @default.
• W1964293887 cites W2027705428 @default.
• W1964293887 cites W2028999918 @default.
• W1964293887 cites W2030634993 @default.
• W1964293887 cites W2031774583 @default.
• W1964293887 cites W2031977308 @default.
• W1964293887 cites W2033958147 @default.
• W1964293887 cites W2034278062 @default.
• W1964293887 cites W2037651383 @default.
• W1964293887 cites W2043814008 @default.
• W1964293887 cites W2046237540 @default.
• W1964293887 cites W2048539785 @default.
• W1964293887 cites W2051070943 @default.
• W1964293887 cites W2052319461 @default.
• W1964293887 cites W2054419372 @default.
• W1964293887 cites W2057324980 @default.
• W1964293887 cites W2058607765 @default.
• W1964293887 cites W2062385048 @default.
• W1964293887 cites W2072839085 @default.
• W1964293887 cites W2074307755 @default.
• W1964293887 cites W2083123206 @default.
• W1964293887 cites W2085586604 @default.
• W1964293887 cites W2087217501 @default.
• W1964293887 cites W2087308788 @default.
• W1964293887 cites W2087578260 @default.
• W1964293887 cites W2088303935 @default.
• W1964293887 cites W2089037485 @default.
• W1964293887 cites W2095624809 @default.
• W1964293887 cites W2109734397 @default.
• W1964293887 cites W2110980549 @default.
• W1964293887 cites W2116947539 @default.
• W1964293887 cites W2116986010 @default.
• W1964293887 cites W2120380517 @default.
• W1964293887 cites W2121559647 @default.
• W1964293887 cites W2121964124 @default.
• W1964293887 cites W2131092033 @default.
• W1964293887 cites W2131624895 @default.
• W1964293887 cites W2134256026 @default.
• W1964293887 cites W2137538207 @default.
• W1964293887 cites W2138007542 @default.
• W1964293887 cites W2138429838 @default.
• W1964293887 cites W2145489725 @default.
• W1964293887 cites W2149507412 @default.
• W1964293887 cites W2150488245 @default.
• W1964293887 cites W2152471534 @default.
• W1964293887 cites W2152671235 @default.
• W1964293887 cites W2155243243 @default.
• W1964293887 cites W2158430905 @default.
• W1964293887 cites W2165623186 @default.
• W1964293887 cites W2167923229 @default.
• W1964293887 cites W2167991431 @default.
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• W1964293887 doi "https://doi.org/10.1016/j.mito.2014.07.005" @default.
• W1964293887 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25034305" @default.
• W1964293887 hasPublicationYear "2014" @default.
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