ECB-ART-44718
PLoS One
2016 May 04;115:e0155435. doi: 10.1371/journal.pone.0155435.
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The Kinome of Pacific Oyster Crassostrea gigas, Its Expression during Development and in Response to Environmental Factors.
Epelboin Y
,
Quintric L
,
Guévélou E
,
Boudry P
,
Pichereau V
,
Corporeau C
.
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Oysters play an important role in estuarine and coastal marine habitats, where the majority of humans live. In these ecosystems, environmental degradation is substantial, and oysters must cope with highly dynamic and stressful environmental constraints during their lives in the intertidal zone. The availability of the genome sequence of the Pacific oyster Crassostrea gigas represents a unique opportunity for a comprehensive assessment of the signal transduction pathways that the species has developed to deal with this unique habitat. We performed an in silico analysis to identify, annotate and classify protein kinases in C. gigas, according to their kinase domain taxonomy classification, and compared with kinome already described in other animal species. The C. gigas kinome consists of 371 protein kinases, making it closely related to the sea urchin kinome, which has 353 protein kinases. The absence of gene redundancy in some groups of the C. gigas kinome may simplify functional studies of protein kinases. Through data mining of transcriptomes in C. gigas, we identified part of the kinome which may be central during development and may play a role in response to various environmental factors. Overall, this work contributes to a better understanding of key sensing pathways that may be central for adaptation to a highly dynamic marine environment.
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Genes referenced: cope gsk3a LOC100887844 LOC105440140 LOC115919910 LOC576733 LOC586799 LOC589947 LOC590870
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Fig 1. A tree of the C. gigas ePKs superfamily.Phylogenic analysis of amino acid sequences of C. gigas ePKs domains by neighbor joining. The tree is visualized with Figtree. The color blocks represent the nine groups of ePKs shown in this tree: AGC (PKA, PKG, PKC containing), CAMK (Ca/Calmodulin-type), CMGC (CDK, MAPK, GSK, CDKL), CK1 (Casein kinases), RGC (receptor guanylate cyclase), TK (tyrosine kinases), TKL (tyrosine kinase-like), STE and Others. The aPK superfamily was excluded from this analysis. |
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Fig 2. Phylogenetic analysis of C. gigas RGC kinases.This tree was generated from RGC domain amino acid sequences from several species (Red: C. gigas, Purple: S. Purpuratus, Green: C. elegans, Blue: H. sapiens, Black: D. melanogaster), using the PhyML maximum likehood program and visualized with Figtree. A protein kinase from the TK group was used as outgroup (Insulin-related peptide receptor [CgEKC21734.1]). Corresponding maximum parsimony (MP) bootstrap values are shown on each branch. |
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Fig 4. Group-level comparison of ePK and aPK genes up and down-regulated under environmental stressors.(A) Up-regulated protein kinases. (B) Down-regulated protein kinases. Pie charts depict the proportion of the protein kinases group, and the total number of pie is presented in Table 3. The absence of a pie chart means no regulation was observed. |
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