Matches in SemOpenAlex for { <https://semopenalex.org/work/W2783163921> ?p ?o ?g. }
- W2783163921 endingPage "79" @default.
- W2783163921 startingPage "66" @default.
- W2783163921 abstract "Unlike mammalian hair cells, which are essentially unable to regenerate after damage, avian hair cells have a robust capacity for regeneration. The prerequisite for understanding the above difference is knowing the genetic programming of avian hair cell regeneration. Although the major processes have been known, the precise molecular signaling that induces regeneration remains unclear. To address this issue, we performed a high-throughput transcriptomic analysis of gene expression during hair cell regeneration in the chick cochlea after antibiotic injury in vivo. A total of 16,588 genes were found to be expressed in the cochlea, of which about 1000 genes were differentially expressed among the four groups studied, i.e., 2 days (d) or 3 d post-treatment with gentamicin or physiological saline. The differentially expressed genes were distributed across approximately one hundred signaling pathways, including the Notch, MAPK (FGF), Wnt and TGF-β (BMP) pathways that have been shown to play important roles in embryonic development. Some differentially expressed genes (2-3 in each pathway) were further verified by qRT-PCR. After blocking Notch, FGF or BMP signaling, the number of regenerating hair cells and mitotic supporting cells increased. However, the opposite effect was observed after suppressing the Wnt pathway or enhancing BMP signaling. To our knowledge, the present study provided a relatively complete dataset of candidate genes and signaling pathways most likely involved in hair cell regeneration and should be a useful start in deciphering the genetic circuitry for inducing hair cell regeneration in the chick cochlea." @default.
- W2783163921 created "2018-01-26" @default.
- W2783163921 creator A5015538128 @default.
- W2783163921 creator A5024064399 @default.
- W2783163921 creator A5024137182 @default.
- W2783163921 creator A5025392915 @default.
- W2783163921 creator A5026376619 @default.
- W2783163921 creator A5038482057 @default.
- W2783163921 creator A5051563132 @default.
- W2783163921 creator A5054856233 @default.
- W2783163921 creator A5086474710 @default.
- W2783163921 creator A5089434755 @default.
- W2783163921 date "2018-04-01" @default.
- W2783163921 modified "2023-10-17" @default.
- W2783163921 title "Transcriptomic analysis of chicken cochleae after gentamicin damage and the involvement of four signaling pathways (Notch, FGF, Wnt and BMP) in hair cell regeneration" @default.
- W2783163921 cites W1488386329 @default.
- W2783163921 cites W1529918890 @default.
- W2783163921 cites W1591579569 @default.
- W2783163921 cites W1910819802 @default.
- W2783163921 cites W1912484349 @default.
- W2783163921 cites W1934410218 @default.
- W2783163921 cites W1953633452 @default.
- W2783163921 cites W1965099938 @default.
- W2783163921 cites W1970288230 @default.
- W2783163921 cites W1971462103 @default.
- W2783163921 cites W1976318182 @default.
- W2783163921 cites W1977099474 @default.
- W2783163921 cites W1978849566 @default.
- W2783163921 cites W1992388470 @default.
- W2783163921 cites W2001423147 @default.
- W2783163921 cites W2004856995 @default.
- W2783163921 cites W2005586229 @default.
- W2783163921 cites W2006723548 @default.
- W2783163921 cites W2007551459 @default.
- W2783163921 cites W2012279861 @default.
- W2783163921 cites W2012886189 @default.
- W2783163921 cites W2016667404 @default.
- W2783163921 cites W2018682447 @default.
- W2783163921 cites W2018833577 @default.
- W2783163921 cites W2021274718 @default.
- W2783163921 cites W2023914268 @default.
- W2783163921 cites W2024299195 @default.
- W2783163921 cites W2026715413 @default.
- W2783163921 cites W2027705175 @default.
- W2783163921 cites W2027735659 @default.
- W2783163921 cites W2028912825 @default.
- W2783163921 cites W2033184553 @default.
- W2783163921 cites W2033763031 @default.
- W2783163921 cites W2047855572 @default.
- W2783163921 cites W2050071487 @default.
- W2783163921 cites W2052867375 @default.
- W2783163921 cites W2057257265 @default.
- W2783163921 cites W2059413013 @default.
- W2783163921 cites W2062029090 @default.
- W2783163921 cites W2063464173 @default.
- W2783163921 cites W2064574277 @default.
- W2783163921 cites W2073834370 @default.
- W2783163921 cites W2077158316 @default.
- W2783163921 cites W2077862137 @default.
- W2783163921 cites W2084525242 @default.
- W2783163921 cites W2085157715 @default.
- W2783163921 cites W2085408036 @default.
- W2783163921 cites W2091559596 @default.
- W2783163921 cites W2096955601 @default.
- W2783163921 cites W2099243834 @default.
- W2783163921 cites W2115871927 @default.
- W2783163921 cites W2124097252 @default.
- W2783163921 cites W2125494710 @default.
- W2783163921 cites W2135671422 @default.
- W2783163921 cites W2136479777 @default.
- W2783163921 cites W2137701107 @default.
- W2783163921 cites W2137826349 @default.
- W2783163921 cites W2140729960 @default.
- W2783163921 cites W2141458291 @default.
- W2783163921 cites W2147235457 @default.
- W2783163921 cites W2148016904 @default.
- W2783163921 cites W2150146216 @default.
- W2783163921 cites W2151934941 @default.
- W2783163921 cites W2156310646 @default.
- W2783163921 cites W2164984178 @default.
- W2783163921 cites W2165431561 @default.
- W2783163921 cites W2171091598 @default.
- W2783163921 cites W2192374323 @default.
- W2783163921 cites W2345524421 @default.
- W2783163921 cites W2503874169 @default.
- W2783163921 cites W2518788752 @default.
- W2783163921 doi "https://doi.org/10.1016/j.heares.2018.01.004" @default.
- W2783163921 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29395614" @default.
- W2783163921 hasPublicationYear "2018" @default.
- W2783163921 type Work @default.
- W2783163921 sameAs 2783163921 @default.
- W2783163921 citedByCount "27" @default.
- W2783163921 countsByYear W27831639212018 @default.
- W2783163921 countsByYear W27831639212019 @default.
- W2783163921 countsByYear W27831639212020 @default.
- W2783163921 countsByYear W27831639212021 @default.
- W2783163921 countsByYear W27831639212022 @default.
- W2783163921 countsByYear W27831639212023 @default.