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- W4298140658 abstract "Biophysical stimulation by electric fields can promote bone formation in bone defects of critical size. Even though, long-term effects of alternating electric fields on the differentiation of osteoblasts are not fully understood. Human pre-osteoblasts were stimulated over 31 days to gain more information about these cellular processes. An alternating electric field with 0.7 V rms and 20 Hz at two distances was applied and viability, mineralization, gene expression, and protein release of differentiation factors were analyzed. The viability was enhanced during the first days of stimulation. A higher electric field resulted in upregulation of typical osteogenic markers like osteoprotegerin, osteopontin, and interleukin-6, but no significant changes in mineralization. Upregulation of the osteogenic markers could be detected with a lower electric field after the first days of stimulation. As a significant increase in the mineralized matrix was identified, an enhanced osteogenesis due to low alternating electric fields can be assumed." @default.
- W4298140658 created "2022-10-01" @default.
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- W4298140658 date "2022-09-30" @default.
- W4298140658 modified "2023-10-18" @default.
- W4298140658 title "Long-term stimulation with alternating electric fields modulates the differentiation and mineralization of human pre-osteoblasts" @default.
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- W4298140658 cites W1970071418 @default.
- W4298140658 cites W1975953388 @default.
- W4298140658 cites W1976865990 @default.
- W4298140658 cites W1978380407 @default.
- W4298140658 cites W1981463076 @default.
- W4298140658 cites W1987695360 @default.
- W4298140658 cites W1996361385 @default.
- W4298140658 cites W2008315456 @default.
- W4298140658 cites W2019520221 @default.
- W4298140658 cites W2024506048 @default.
- W4298140658 cites W2027880075 @default.
- W4298140658 cites W2029905205 @default.
- W4298140658 cites W2030572695 @default.
- W4298140658 cites W2036947695 @default.
- W4298140658 cites W2041368053 @default.
- W4298140658 cites W2046833674 @default.
- W4298140658 cites W2049433344 @default.
- W4298140658 cites W2052974206 @default.
- W4298140658 cites W2073142622 @default.
- W4298140658 cites W2077038946 @default.
- W4298140658 cites W2081896745 @default.
- W4298140658 cites W2087776156 @default.
- W4298140658 cites W2100384057 @default.
- W4298140658 cites W2107277218 @default.
- W4298140658 cites W2111594303 @default.
- W4298140658 cites W2118615971 @default.
- W4298140658 cites W2124385965 @default.
- W4298140658 cites W2125254905 @default.
- W4298140658 cites W2127205046 @default.
- W4298140658 cites W2135662322 @default.
- W4298140658 cites W2145823609 @default.
- W4298140658 cites W2154753340 @default.
- W4298140658 cites W2159675211 @default.
- W4298140658 cites W2176516365 @default.
- W4298140658 cites W2182832651 @default.
- W4298140658 cites W2192080449 @default.
- W4298140658 cites W2303158613 @default.
- W4298140658 cites W2407197573 @default.
- W4298140658 cites W2476150832 @default.
- W4298140658 cites W2553147459 @default.
- W4298140658 cites W2556853185 @default.
- W4298140658 cites W2573540928 @default.
- W4298140658 cites W2580861884 @default.
- W4298140658 cites W2744896556 @default.
- W4298140658 cites W2763881952 @default.
- W4298140658 cites W2801092547 @default.
- W4298140658 cites W2806788126 @default.
- W4298140658 cites W2807564217 @default.
- W4298140658 cites W2808273998 @default.
- W4298140658 cites W2910111050 @default.
- W4298140658 cites W2922933217 @default.
- W4298140658 cites W2931618024 @default.
- W4298140658 cites W2970678079 @default.
- W4298140658 cites W2976033527 @default.
- W4298140658 cites W2991668968 @default.
- W4298140658 cites W3000580091 @default.
- W4298140658 cites W3003242139 @default.
- W4298140658 cites W3007835694 @default.
- W4298140658 cites W3022979260 @default.
- W4298140658 cites W3041591569 @default.
- W4298140658 cites W3060686163 @default.
- W4298140658 cites W3089202998 @default.
- W4298140658 cites W3114587132 @default.
- W4298140658 cites W3129829621 @default.
- W4298140658 cites W3195153292 @default.
- W4298140658 cites W3202254670 @default.
- W4298140658 cites W3207301537 @default.
- W4298140658 cites W3210801332 @default.
- W4298140658 cites W3212620171 @default.
- W4298140658 cites W3214902389 @default.
- W4298140658 cites W4200351872 @default.
- W4298140658 cites W4211237661 @default.
- W4298140658 cites W4241672734 @default.
- W4298140658 cites W797576182 @default.
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- W4298140658 doi "https://doi.org/10.3389/fphys.2022.965181" @default.
- W4298140658 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36246121" @default.
- W4298140658 hasPublicationYear "2022" @default.
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