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- W2059533373 abstract "The majority of benthic marine invertebrates have a complex life cycle, during which the pelagic larvae select a suitable substrate, attach to it, and then metamorphose into benthic adults. Anthropogenic ocean acidification (OA) is postulated to affect larval metamorphic success through an altered protein expression pattern (proteome structure) and post-translational modifications. To test this hypothesis, larvae of an economically and ecologically important barnacle species Balanus amphitrite, were cultured from nauplius to the cyprid stage in the present (control) and in the projected elevated concentrations of CO(2) for the year 2100 (the OA treatment). Cyprid response to OA was analyzed at the total proteome level as well as two protein post-translational modification (phosphorylation and glycosylation) levels using a 2-DE based proteomic approach. The cyprid proteome showed OA-driven changes. Proteins that were differentially up or down regulated by OA come from three major groups, namely those related to energy-metabolism, respiration, and molecular chaperones, illustrating a potential strategy that the barnacle larvae may employ to tolerate OA stress. The differentially expressed proteins were tentatively identified as OA-responsive, effectively creating unique protein expression signatures for OA scenario of 2100. This study showed the promise of using a sentinel and non-model species to examine the impact of OA at the proteome level." @default.
- W2059533373 created "2016-06-24" @default.
- W2059533373 creator A5012379356 @default.
- W2059533373 creator A5019940712 @default.
- W2059533373 creator A5033144443 @default.
- W2059533373 creator A5038173349 @default.
- W2059533373 date "2011-09-01" @default.
- W2059533373 modified "2023-10-14" @default.
- W2059533373 title "Response of larval barnacle proteome to CO2-driven seawater acidification" @default.
- W2059533373 cites W1531643369 @default.
- W2059533373 cites W1598629558 @default.
- W2059533373 cites W1806470722 @default.
- W2059533373 cites W1935776831 @default.
- W2059533373 cites W1964278372 @default.
- W2059533373 cites W1965832960 @default.
- W2059533373 cites W1970058440 @default.
- W2059533373 cites W1970082172 @default.
- W2059533373 cites W1970870610 @default.
- W2059533373 cites W1973581437 @default.
- W2059533373 cites W1979808771 @default.
- W2059533373 cites W1983340222 @default.
- W2059533373 cites W1984010910 @default.
- W2059533373 cites W1984366221 @default.
- W2059533373 cites W1986160530 @default.
- W2059533373 cites W1990297076 @default.
- W2059533373 cites W1997291095 @default.
- W2059533373 cites W1999948395 @default.
- W2059533373 cites W2000083733 @default.
- W2059533373 cites W2000189882 @default.
- W2059533373 cites W2003244598 @default.
- W2059533373 cites W2005194733 @default.
- W2059533373 cites W2008308093 @default.
- W2059533373 cites W2011517857 @default.
- W2059533373 cites W2012902444 @default.
- W2059533373 cites W2020856591 @default.
- W2059533373 cites W2029846915 @default.
- W2059533373 cites W2030694040 @default.
- W2059533373 cites W2035580823 @default.
- W2059533373 cites W2037950252 @default.
- W2059533373 cites W2038952987 @default.
- W2059533373 cites W2042037305 @default.
- W2059533373 cites W2045376258 @default.
- W2059533373 cites W2045678574 @default.
- W2059533373 cites W2046726975 @default.
- W2059533373 cites W2048857768 @default.
- W2059533373 cites W2048890251 @default.
- W2059533373 cites W2048909079 @default.
- W2059533373 cites W2050757206 @default.
- W2059533373 cites W2052839099 @default.
- W2059533373 cites W2060012482 @default.
- W2059533373 cites W2062825573 @default.
- W2059533373 cites W2064964414 @default.
- W2059533373 cites W2068375361 @default.
- W2059533373 cites W2069667113 @default.
- W2059533373 cites W2071417387 @default.
- W2059533373 cites W2075121988 @default.
- W2059533373 cites W2078105584 @default.
- W2059533373 cites W2079056345 @default.
- W2059533373 cites W2081455418 @default.
- W2059533373 cites W2082421343 @default.
- W2059533373 cites W2084459589 @default.
- W2059533373 cites W2086410486 @default.
- W2059533373 cites W2088232741 @default.
- W2059533373 cites W2090907235 @default.
- W2059533373 cites W2091313844 @default.
- W2059533373 cites W2092383732 @default.
- W2059533373 cites W2093857293 @default.
- W2059533373 cites W2095953490 @default.
- W2059533373 cites W2097568988 @default.
- W2059533373 cites W2098759916 @default.
- W2059533373 cites W2099928904 @default.
- W2059533373 cites W2102993119 @default.
- W2059533373 cites W2105798512 @default.
- W2059533373 cites W2114315821 @default.
- W2059533373 cites W2117592384 @default.
- W2059533373 cites W2118624623 @default.
- W2059533373 cites W2127937660 @default.
- W2059533373 cites W2130528385 @default.
- W2059533373 cites W2131453598 @default.
- W2059533373 cites W2131565066 @default.
- W2059533373 cites W2131842960 @default.
- W2059533373 cites W2134882036 @default.
- W2059533373 cites W2135077658 @default.
- W2059533373 cites W2141985209 @default.
- W2059533373 cites W2142271097 @default.
- W2059533373 cites W2143796340 @default.
- W2059533373 cites W2153595210 @default.
- W2059533373 cites W2155858659 @default.
- W2059533373 cites W2156341767 @default.
- W2059533373 cites W2168062665 @default.
- W2059533373 cites W2169251214 @default.
- W2059533373 cites W2169597073 @default.
- W2059533373 cites W2173338850 @default.
- W2059533373 cites W4249899466 @default.
- W2059533373 cites W4250681326 @default.
- W2059533373 doi "https://doi.org/10.1016/j.cbd.2011.07.001" @default.
- W2059533373 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21831737" @default.
- W2059533373 hasPublicationYear "2011" @default.