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- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX classification A1.
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX date "1997".
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX language "eng".
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX type journalArticle.
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX hasPart 01GJB53DRQDAQ9ANDWZ0J08886.pdf.
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX subject "Biology and Life Sciences".
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX doi "10.1074/jbc.272.46.28912".
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX issn "0021-9258".
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX issue "46".
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX volume "272".
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX abstract "In quiescent embryos of the brine shrimp Artemia, the level of aminoacylation of transfer RNAs is low, During resumption of development the charging level of transfer RNAs increases, concomitant with the activation of protein synthesis. The total level of charging rises dramatically from an average of 4% to 50% within a period of 24 h of development. The restriction of in vitro translation of the quiescent embryo extract can be partially released by the addition of charged aminoacyl-tRNA, which apparently starts the flow of ribosomes into polyribosome structures, Complete reactivation of translation by aminoacyl-tRNA occurs when mRNA from preformed mRNA-ribosome complexes, like the polyribosomes extracted from developing embryos or poly(U)-programmed ribosomes, are offered to quiescent embryo extracts, With respect to the mechanism of in vivo recharging of tRNAs, are observed that the level of several aminoacyl-tRNA synthetases increase during development. Methionyl-tRNA synthetase rises more than 10-fold. In the case of valyl-tRNA synthetase, the activation is lower and shown to be due to the de novo synthesis of its mRNA and the corresponding protein product as well, We conclude that protein synthesis and thereby the gradual animation of cryptobiotic Artemia embryos is determined to a large extent by the rate by which aminoacyl-tRNAs are replenished during development at both the initiation and elongation level.".
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX author 42d23e43-4430-11ed-91f0-bf3ab26a287f.
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX author urn:uuid:2f7e90aa-f065-477a-b5e0-2eb2d4d11642.
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX author urn:uuid:dbad806c-f787-43e7-8852-cb08bcb99069.
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX dateCreated "2022-11-20T18:27:38Z".
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX dateModified "2024-07-09T07:41:33Z".
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX name "Termination of quiescence in crustacea : the role of transfer RNA aminoacylation in the brine shrimp Artemia".
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX pagination urn:uuid:c91e3e88-c122-48d9-bad9-c2744119bf2b.
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX sameAs LU-01GJB4QGGJ2QHEZ4PPNFJ6ZXMX.
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX sourceOrganization urn:uuid:63995210-1a61-4001-aa68-c7a6dbb65294.
- 01GJB4QGGJ2QHEZ4PPNFJ6ZXMX type A1.