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- W2091695384 abstract "Diapause-destined embryos of the crustacean Artemia franciscana cease development as gastrulae, encyst, and enter a resting stage characterized by greatly reduced metabolic activity and extreme stress resistance. To better understand diapause induction and maintenance in Artemia embryos gene expression was analyzed by subtractive hybridization at two days post-fertilization, a time early in this developmental process. Eighty-five of 264 cDNA clones sequenced matched GenBank entries and they fell into categories designated as environmental information processing, cellular processes, genetic information processing and metabolism. Semi-quantitative RT-PCR of cDNAs populating the subtractive library identified seventeen up-regulated and four down-regulated transcripts, the former including those encoding a human transcription cofactor homologue, three small heat shock proteins, putative cell growth suppressor proteins and several enzymes. As examples, p8 may modulate gene expression during diapause in Artemia embryos. BRCA1 associated protein-1 (BAP1) and other functionally related proteins may influence cell growth and division during transition into diapause, a time when these processes are inhibited, whereas small heat shock proteins protect embryos from stress. This study represents the first systematic molecular characterization of diapause in crustaceans. Several differentially expressed genes were identified, expanding the repertoire of proteins potentially modified during diapause and suggesting mechanistic pathways indigenous to the initiation and maintenance of this physiological state." @default.
- W2091695384 created "2016-06-24" @default.
- W2091695384 creator A5000226460 @default.
- W2091695384 creator A5033930303 @default.
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- W2091695384 date "2007-11-01" @default.
- W2091695384 modified "2023-10-17" @default.
- W2091695384 title "Gene expression in diapause-destined embryos of the crustacean, Artemia franciscana" @default.
- W2091695384 cites W1525138052 @default.
- W2091695384 cites W1537399669 @default.
- W2091695384 cites W1544012135 @default.
- W2091695384 cites W1964644658 @default.
- W2091695384 cites W1964675049 @default.
- W2091695384 cites W1964701096 @default.
- W2091695384 cites W1964984245 @default.
- W2091695384 cites W1968249369 @default.
- W2091695384 cites W1971414696 @default.
- W2091695384 cites W1973149643 @default.
- W2091695384 cites W1973230930 @default.
- W2091695384 cites W1977800236 @default.
- W2091695384 cites W1977964445 @default.
- W2091695384 cites W1980706097 @default.
- W2091695384 cites W1982438043 @default.
- W2091695384 cites W1985559298 @default.
- W2091695384 cites W1986326459 @default.
- W2091695384 cites W1990995529 @default.
- W2091695384 cites W1992678387 @default.
- W2091695384 cites W1992770735 @default.
- W2091695384 cites W1998348754 @default.
- W2091695384 cites W1998498869 @default.
- W2091695384 cites W1999989614 @default.
- W2091695384 cites W2002401177 @default.
- W2091695384 cites W2005258527 @default.
- W2091695384 cites W2006207459 @default.
- W2091695384 cites W2011573205 @default.
- W2091695384 cites W2013394158 @default.
- W2091695384 cites W2015885001 @default.
- W2091695384 cites W2017589495 @default.
- W2091695384 cites W2018262559 @default.
- W2091695384 cites W2021280153 @default.
- W2091695384 cites W2025422496 @default.
- W2091695384 cites W2029189134 @default.
- W2091695384 cites W2035341378 @default.
- W2091695384 cites W2036692173 @default.
- W2091695384 cites W2037223157 @default.
- W2091695384 cites W2039971371 @default.
- W2091695384 cites W2040999511 @default.
- W2091695384 cites W2042437382 @default.
- W2091695384 cites W2048803436 @default.
- W2091695384 cites W2054512979 @default.
- W2091695384 cites W2054865582 @default.
- W2091695384 cites W2055797535 @default.
- W2091695384 cites W2060972565 @default.
- W2091695384 cites W2065619933 @default.
- W2091695384 cites W2068476548 @default.
- W2091695384 cites W2069052620 @default.
- W2091695384 cites W2073376008 @default.
- W2091695384 cites W2074265581 @default.
- W2091695384 cites W2074928249 @default.
- W2091695384 cites W2074974660 @default.
- W2091695384 cites W2075577055 @default.
- W2091695384 cites W2077049178 @default.
- W2091695384 cites W2078020789 @default.
- W2091695384 cites W2079340094 @default.
- W2091695384 cites W2081527829 @default.
- W2091695384 cites W2083438158 @default.
- W2091695384 cites W2083734066 @default.
- W2091695384 cites W2085197560 @default.
- W2091695384 cites W2086852668 @default.
- W2091695384 cites W2093849242 @default.
- W2091695384 cites W2093911169 @default.
- W2091695384 cites W2098762224 @default.
- W2091695384 cites W2105866364 @default.
- W2091695384 cites W2128735996 @default.
- W2091695384 cites W2129489850 @default.
- W2091695384 cites W2132332237 @default.
- W2091695384 cites W2132990151 @default.
- W2091695384 cites W2143621972 @default.
- W2091695384 cites W2146219323 @default.
- W2091695384 cites W2155376557 @default.
- W2091695384 cites W2157076375 @default.
- W2091695384 cites W2169804929 @default.
- W2091695384 cites W2181214912 @default.
- W2091695384 cites W2233812626 @default.
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- W2091695384 doi "https://doi.org/10.1016/j.mod.2007.09.001" @default.
- W2091695384 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/17950581" @default.
- W2091695384 hasPublicationYear "2007" @default.
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