FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2997233118> ?p ?o ?g. }

• W2997233118 abstract "Abstract Corals are ecosystem engineers of the coral reefs, one of the most biodiverse but severely threatened marine ecosystems. The ability of corals to form the three dimensional structure of reefs depends on the precipitation of calcium carbonate under biologically control. However, the exact mechanisms underlying this biologically controlled biomineralization remain to be fully unelucidated, for example whether corals employ a different molecular machinery for the deposition of different calcium carbonate (CaCO 3 ) polymorphs (i.e., aragonite or calcite). Here we used tandem mass spectrometry (MS/MS) to compare skeletogenic proteins, i.e., the proteins occluded in the skeleton of three octocoral and one scleractinian species: Tubipora musica and Sinularia cf. cruciata , both forming calcite sclerites, the blue coral Heliopora coerulea with an aragonitic rigid skeleton, and the scleractinian aragonitic Montipora digitata . We observed extremely low overlap between aragonitic and calcitic species, while a core set of proteins is shared between octocorals producing calcite sclerites. However, the same carbonic anhydrase (CruCA4) is employed for the formation of skeletons of both polymorphs. Similarities could also be observed between octocorals and scleractinians, including the presence of a galaxin-like protein. Additionally, as in scleractinians, some octocoral skeletogenic proteins, such as acidic proteins and scleritin, appear to have been secondarily co-opted for calcification and likely derive from proteins playing different extracellular functions. In H. coerulea , co-option was characterized by aspartic acid-enrichment of proteins. This work represents the first attempt to identify the molecular basis underlying coral skeleton polymorph diversity, providing several new research targets and enabling both future functional and evolutionary studies aimed at elucidating the origin and evolution of biomineralization in corals." @default.
• W2997233118 created "2020-01-10" @default.
• W2997233118 creator A5055624681 @default.
• W2997233118 creator A5068341866 @default.
• W2997233118 creator A5068664764 @default.
• W2997233118 creator A5075861551 @default.
• W2997233118 date "2019-12-30" @default.
• W2997233118 modified "2023-09-24" @default.
• W2997233118 title "Comparative proteomics of octocoral and scleractinian skeletomes and the evolution of coral calcification" @default.
• W2997233118 cites W1880245975 @default.
• W2997233118 cites W1966241193 @default.
• W2997233118 cites W1970286129 @default.
• W2997233118 cites W1971395758 @default.
• W2997233118 cites W1973438871 @default.
• W2997233118 cites W1975956746 @default.
• W2997233118 cites W1976620205 @default.
• W2997233118 cites W1988856649 @default.
• W2997233118 cites W1989059075 @default.
• W2997233118 cites W1992495346 @default.
• W2997233118 cites W2003697213 @default.
• W2997233118 cites W2004169264 @default.
• W2997233118 cites W2006986579 @default.
• W2997233118 cites W2021311628 @default.
• W2997233118 cites W2031846886 @default.
• W2997233118 cites W2037951645 @default.
• W2997233118 cites W2047348172 @default.
• W2997233118 cites W2051658917 @default.
• W2997233118 cites W2056926913 @default.
• W2997233118 cites W2060427643 @default.
• W2997233118 cites W2061370635 @default.
• W2997233118 cites W2066387545 @default.
• W2997233118 cites W2072660697 @default.
• W2997233118 cites W2073011425 @default.
• W2997233118 cites W2073371472 @default.
• W2997233118 cites W2078179425 @default.
• W2997233118 cites W2083236243 @default.
• W2997233118 cites W2084947738 @default.
• W2997233118 cites W2086440236 @default.
• W2997233118 cites W2089650858 @default.
• W2997233118 cites W2094201044 @default.
• W2997233118 cites W2098481252 @default.
• W2997233118 cites W2103546861 @default.
• W2997233118 cites W2106833378 @default.
• W2997233118 cites W2107715009 @default.
• W2997233118 cites W2112591234 @default.
• W2997233118 cites W2122512619 @default.
• W2997233118 cites W2132926880 @default.
• W2997233118 cites W2134303969 @default.
• W2997233118 cites W2136563184 @default.
• W2997233118 cites W2139134537 @default.
• W2997233118 cites W2141816565 @default.
• W2997233118 cites W2146472525 @default.
• W2997233118 cites W2149028985 @default.
• W2997233118 cites W2149531726 @default.
• W2997233118 cites W2151187985 @default.
• W2997233118 cites W2152770371 @default.
• W2997233118 cites W2154804483 @default.
• W2997233118 cites W2156326351 @default.
• W2997233118 cites W2158854065 @default.
• W2997233118 cites W2160378127 @default.
• W2997233118 cites W2166668919 @default.
• W2997233118 cites W2169876508 @default.
• W2997233118 cites W2171336109 @default.
• W2997233118 cites W2236581448 @default.
• W2997233118 cites W2341434636 @default.
• W2997233118 cites W2343652748 @default.
• W2997233118 cites W2395058975 @default.
• W2997233118 cites W2409872211 @default.
• W2997233118 cites W2439556313 @default.
• W2997233118 cites W2491267479 @default.
• W2997233118 cites W2514720402 @default.
• W2997233118 cites W2531793810 @default.
• W2997233118 cites W2562127107 @default.
• W2997233118 cites W2610584078 @default.
• W2997233118 cites W2620834705 @default.
• W2997233118 cites W2623438941 @default.
• W2997233118 cites W2763567166 @default.
• W2997233118 cites W2792853133 @default.
• W2997233118 cites W2902359957 @default.
• W2997233118 cites W2972897915 @default.
• W2997233118 doi "https://doi.org/10.1101/2019.12.30.891028" @default.
• W2997233118 hasPublicationYear "2019" @default.
• W2997233118 type Work @default.
• W2997233118 sameAs 2997233118 @default.
• W2997233118 citedByCount "0" @default.
• W2997233118 crossrefType "posted-content" @default.
• W2997233118 hasAuthorship W2997233118A5055624681 @default.
• W2997233118 hasAuthorship W2997233118A5068341866 @default.
• W2997233118 hasAuthorship W2997233118A5068664764 @default.
• W2997233118 hasAuthorship W2997233118A5075861551 @default.
• W2997233118 hasBestOaLocation W29972331181 @default.
• W2997233118 hasConcept C143020374 @default.
• W2997233118 hasConcept C151730666 @default.
• W2997233118 hasConcept C178790620 @default.
• W2997233118 hasConcept C183586093 @default.
• W2997233118 hasConcept C185592680 @default.
• W2997233118 hasConcept C18903297 @default.
• W2997233118 hasConcept C2777299534 @default.
• W2997233118 hasConcept C2777626579 @default.
• W2997233118 hasConcept C2778039128 @default.

• next