Scallop genome reveals molecular adaptations to semi-sessile life and neurotoxins

Bivalve molluscs are descendants of an early-Cambrian lineage superbly adapted to benthic filter feeding. Adaptations in form and behavior are well recognized, but the underlying molecular mechanisms are largely unknown. Here, we investigate the genome, various transcriptomes, and proteomes of the s...

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Published inNature communications Vol. 8; no. 1; pp. 1721 - 11
Main Authors Li, Yuli, Sun, Xiaoqing, Hu, Xiaoli, Xun, Xiaogang, Zhang, Jinbo, Guo, Ximing, Jiao, Wenqian, Zhang, Lingling, Liu, Weizhi, Wang, Jing, Li, Ji, Sun, Yan, Miao, Yan, Zhang, Xiaokang, Cheng, Taoran, Xu, Guoliang, Fu, Xiaoteng, Wang, Yangfan, Yu, Xinran, Huang, Xiaoting, Lu, Wei, Lv, Jia, Mu, Chuang, Wang, Dawei, Li, Xu, Xia, Yu, Li, Yajuan, Yang, Zhihui, Wang, Fengliang, Zhang, Lu, Xing, Qiang, Dou, Huaiqian, Ning, Xianhui, Dou, Jinzhuang, Li, Yangping, Kong, Dexu, Liu, Yaran, Jiang, Zhi, Li, Ruiqiang, Wang, Shi, Bao, Zhenmin
Format Journal Article
LanguageEnglish
Published London Nature Publishing Group UK 23.11.2017
Nature Publishing Group
Nature Portfolio
Subjects
631/181/735
631/208/514/2254
631/208/726
Adaptation
Adaptation, Physiological - genetics
Adductor muscle
Animals
Cambrian
Evolution, Molecular
Feet
Genome
Genomes
Hepatopancreas
Hepatopancreas - physiology
Humanities and Social Sciences
Kidney - physiology
Kidneys
Metabolic Networks and Pathways - genetics
Models, Biological
Molecular modelling
Mollusks
multidisciplinary
Muscle, Smooth - physiology
Muscles
Mutation
Neurotoxins
Neurotoxins - metabolism
Neurotoxins - toxicity
Opsins
Opsins - genetics
Opsins - physiology
Pectinidae - anatomy & histology
Pectinidae - genetics
Pectinidae - physiology
Photoreceptor Cells, Invertebrate - physiology
Phylogeny
Predation
Proteins
Retina - physiology
Science
Science (multidisciplinary)
Secretion
Skeletal muscle
Smooth muscle
Sodium channels
Spectral sensitivity
Toxicity
Toxins
Online AccessGet full text

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Abstract Bivalve molluscs are descendants of an early-Cambrian lineage superbly adapted to benthic filter feeding. Adaptations in form and behavior are well recognized, but the underlying molecular mechanisms are largely unknown. Here, we investigate the genome, various transcriptomes, and proteomes of the scallop Chlamys farreri , a semi-sessile bivalve with well-developed adductor muscle, sophisticated eyes, and remarkable neurotoxin resistance. The scallop’s large striated muscle is energy-dynamic but not fully differentiated from smooth muscle. Its eyes are supported by highly diverse, intronless opsins expanded by retroposition for broadened spectral sensitivity. Rapid byssal secretion is enabled by a specialized foot and multiple proteins including expanded tyrosinases. The scallop uses hepatopancreas to accumulate neurotoxins and kidney to transform to high-toxicity forms through expanded sulfotransferases, probably as deterrence against predation, while it achieves neurotoxin resistance through point mutations in sodium channels. These findings suggest that expansion and mutation of those genes may have profound effects on scallop’s phenotype and adaptation. Bivalve molluscs have evolved various characteristics to adapt to benthic filter-feeding. Here, Li et al investigate the genome, transcriptomes and proteomes of scallop Chlamys farreri , revealing evidences of molecular adaptations to semi-sessile life and neurotoxins.
AbstractList Bivalve molluscs have evolved various characteristics to adapt to benthic filter-feeding. Here, Li et al investigate the genome, transcriptomes and proteomes of scallop Chlamys farreri, revealing evidences of molecular adaptations to semi-sessile life and neurotoxins.
Bivalve molluscs are descendants of an early-Cambrian lineage superbly adapted to benthic filter feeding. Adaptations in form and behavior are well recognized, but the underlying molecular mechanisms are largely unknown. Here, we investigate the genome, various transcriptomes, and proteomes of the scallop Chlamys farreri , a semi-sessile bivalve with well-developed adductor muscle, sophisticated eyes, and remarkable neurotoxin resistance. The scallop’s large striated muscle is energy-dynamic but not fully differentiated from smooth muscle. Its eyes are supported by highly diverse, intronless opsins expanded by retroposition for broadened spectral sensitivity. Rapid byssal secretion is enabled by a specialized foot and multiple proteins including expanded tyrosinases. The scallop uses hepatopancreas to accumulate neurotoxins and kidney to transform to high-toxicity forms through expanded sulfotransferases, probably as deterrence against predation, while it achieves neurotoxin resistance through point mutations in sodium channels. These findings suggest that expansion and mutation of those genes may have profound effects on scallop’s phenotype and adaptation. Bivalve molluscs have evolved various characteristics to adapt to benthic filter-feeding. Here, Li et al investigate the genome, transcriptomes and proteomes of scallop Chlamys farreri , revealing evidences of molecular adaptations to semi-sessile life and neurotoxins.
Bivalve molluscs are descendants of an early-Cambrian lineage superbly adapted to benthic filter feeding. Adaptations in form and behavior are well recognized, but the underlying molecular mechanisms are largely unknown. Here, we investigate the genome, various transcriptomes, and proteomes of the scallop Chlamys farreri , a semi-sessile bivalve with well-developed adductor muscle, sophisticated eyes, and remarkable neurotoxin resistance. The scallop’s large striated muscle is energy-dynamic but not fully differentiated from smooth muscle. Its eyes are supported by highly diverse, intronless opsins expanded by retroposition for broadened spectral sensitivity. Rapid byssal secretion is enabled by a specialized foot and multiple proteins including expanded tyrosinases. The scallop uses hepatopancreas to accumulate neurotoxins and kidney to transform to high-toxicity forms through expanded sulfotransferases, probably as deterrence against predation, while it achieves neurotoxin resistance through point mutations in sodium channels. These findings suggest that expansion and mutation of those genes may have profound effects on scallop’s phenotype and adaptation.
Bivalve molluscs are descendants of an early-Cambrian lineage superbly adapted to benthic filter feeding. Adaptations in form and behavior are well recognized, but the underlying molecular mechanisms are largely unknown. Here, we investigate the genome, various transcriptomes, and proteomes of the scallop Chlamys farreri, a semi-sessile bivalve with well-developed adductor muscle, sophisticated eyes, and remarkable neurotoxin resistance. The scallop's large striated muscle is energy-dynamic but not fully differentiated from smooth muscle. Its eyes are supported by highly diverse, intronless opsins expanded by retroposition for broadened spectral sensitivity. Rapid byssal secretion is enabled by a specialized foot and multiple proteins including expanded tyrosinases. The scallop uses hepatopancreas to accumulate neurotoxins and kidney to transform to high-toxicity forms through expanded sulfotransferases, probably as deterrence against predation, while it achieves neurotoxin resistance through point mutations in sodium channels. These findings suggest that expansion and mutation of those genes may have profound effects on scallop's phenotype and adaptation.Bivalve molluscs are descendants of an early-Cambrian lineage superbly adapted to benthic filter feeding. Adaptations in form and behavior are well recognized, but the underlying molecular mechanisms are largely unknown. Here, we investigate the genome, various transcriptomes, and proteomes of the scallop Chlamys farreri, a semi-sessile bivalve with well-developed adductor muscle, sophisticated eyes, and remarkable neurotoxin resistance. The scallop's large striated muscle is energy-dynamic but not fully differentiated from smooth muscle. Its eyes are supported by highly diverse, intronless opsins expanded by retroposition for broadened spectral sensitivity. Rapid byssal secretion is enabled by a specialized foot and multiple proteins including expanded tyrosinases. The scallop uses hepatopancreas to accumulate neurotoxins and kidney to transform to high-toxicity forms through expanded sulfotransferases, probably as deterrence against predation, while it achieves neurotoxin resistance through point mutations in sodium channels. These findings suggest that expansion and mutation of those genes may have profound effects on scallop's phenotype and adaptation.
ArticleNumber 1721
Author Li, Yuli
Wang, Dawei
Yu, Xinran
Lu, Wei
Liu, Yaran
Huang, Xiaoting
Kong, Dexu
Li, Ruiqiang
Sun, Yan
Zhang, Lingling
Wang, Fengliang
Zhang, Lu
Dou, Jinzhuang
Hu, Xiaoli
Jiao, Wenqian
Mu, Chuang
Xia, Yu
Zhang, Xiaokang
Wang, Shi
Zhang, Jinbo
Xun, Xiaogang
Li, Xu
Jiang, Zhi
Ning, Xianhui
Wang, Jing
Yang, Zhihui
Cheng, Taoran
Dou, Huaiqian
Liu, Weizhi
Xu, Guoliang
Guo, Ximing
Li, Yajuan
Lv, Jia
Xing, Qiang
Li, Yangping
Bao, Zhenmin
Fu, Xiaoteng
Sun, Xiaoqing
Miao, Yan
Wang, Yangfan
Li, Ji
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SSID ssj0000391844
Score 2.6146061
Snippet Bivalve molluscs are descendants of an early-Cambrian lineage superbly adapted to benthic filter feeding. Adaptations in form and behavior are well recognized,...
Bivalve molluscs have evolved various characteristics to adapt to benthic filter-feeding. Here, Li et al investigate the genome, transcriptomes and proteomes...
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proquest
pubmed
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springer
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Open Access Repository
Aggregation Database
Index Database
Enrichment Source
Publisher
StartPage 1721
SubjectTerms 631/181/735
631/208/514/2254
631/208/726
Adaptation
Adaptation, Physiological - genetics
Adductor muscle
Animals
Cambrian
Evolution, Molecular
Feet
Genome
Genomes
Hepatopancreas
Hepatopancreas - physiology
Humanities and Social Sciences
Kidney - physiology
Kidneys
Metabolic Networks and Pathways - genetics
Models, Biological
Molecular modelling
Mollusks
multidisciplinary
Muscle, Smooth - physiology
Muscles
Mutation
Neurotoxins
Neurotoxins - metabolism
Neurotoxins - toxicity
Opsins
Opsins - genetics
Opsins - physiology
Pectinidae - anatomy & histology
Pectinidae - genetics
Pectinidae - physiology
Photoreceptor Cells, Invertebrate - physiology
Phylogeny
Predation
Proteins
Retina - physiology
Science
Science (multidisciplinary)
Secretion
Skeletal muscle
Smooth muscle
Sodium channels
Spectral sensitivity
Toxicity
Toxins
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Title Scallop genome reveals molecular adaptations to semi-sessile life and neurotoxins
URI https://link.springer.com/article/10.1038/s41467-017-01927-0
https://www.ncbi.nlm.nih.gov/pubmed/29167427
https://www.proquest.com/docview/1967374408
https://www.proquest.com/docview/1967862461
https://pubmed.ncbi.nlm.nih.gov/PMC5700196
https://doaj.org/article/6f92c66c264f409cbac0abb1e4a4636b
Volume 8
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