Venoms of Micrurus coral snakes: Evolutionary trends in compositional patterns emerging from proteomic analyses

The application of proteomic tools to the study of snake venoms has led to an impressive growth in the knowledge about their composition (venomics), immunogenicity (antivenomics), and toxicity (toxicovenomics). About one-third of all venomic studies have focused on elapid species, especially those o...

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Published inToxicon (Oxford) Vol. 122; pp. 7 - 25
Main Authors Lomonte, Bruno, Rey-Suárez, Paola, Fernández, Julián, Sasa, Mahmood, Pla, Davinia, Vargas, Nancy, Bénard-Valle, Melisa, Sanz, Libia, Corrêa-Netto, Carlos, Núñez, Vitelbina, Alape-Girón, Alberto, Alagón, Alejandro, Gutiérrez, José María, Calvete, Juan J.
Format Journal Article
LanguageEnglish
Published England Elsevier Ltd 01.11.2016
Subjects
Animals
Coral snake
Elapid Venoms - chemistry
Elapid Venoms - metabolism
Elapidae
Electrophoresis, Polyacrylamide Gel
Evolution, Chemical
immune response
Micrurus
North America
phenotype
phospholipases
phylogeny
Proteomics
Snake venom
snakes
South America
sympatry
toxicity
Toxin
toxins
Venomics
venoms
South America
North America
Toxin
Snake venom
Venomics
Micrurus
Coral snake
Elapidae
Proteomics
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Abstract The application of proteomic tools to the study of snake venoms has led to an impressive growth in the knowledge about their composition (venomics), immunogenicity (antivenomics), and toxicity (toxicovenomics). About one-third of all venomic studies have focused on elapid species, especially those of the Old World. The New World elapids, represented by coral snakes, have been less studied. In recent years, however, a number of venomic studies on Micrurus species from North, Central, and South America have been conducted. An overview of these studies is presented, highlighting the emergence of some patterns and trends concerning their compositional, functional, and immunological characteristics. Results gathered to date, encompassing 18 out of the approximately 85 species of Micrurus, reveal a dichotomy of venom phenotypes regarding the relative abundance of the omnipresent phospholipases A2 (PLA2) and 'three-finger' toxins (3FTx): a group of species express a PLA2-predominant venom composition, while others display a 3FTx-predominant compositional pattern. These two divergent toxin expression phenotypes appear to be related to phylogenetic positions and geographical distributions along a North-South axis in the Americas, but further studies encompassing a higher number of species are needed to assess these hypotheses. The two contrasting phenotypes also show correlations with some toxic functionalities, complexity in the diversity of proteoforms, and immunological cross-recognition patterns. The biological significance for the emergence of a dichotomy of venom compositions within Micrurus, in some cases observed even among sympatric species that inhabit relatively small geographic areas, represents a puzzling and challenging area of research which warrants further studies. [Display omitted] •An overview of proteomic studies on Micrurus venoms is presented.•A phenotypic dichotomy in venom composition is revealed.•Evolutionary trends and patterns of venom composition are discussed.•Venom composition has toxicological and immunological implications.
AbstractList The application of proteomic tools to the study of snake venoms has led to an impressive growth in the knowledge about their composition (venomics), immunogenicity (antivenomics), and toxicity (toxicovenomics). About one-third of all venomic studies have focused on elapid species, especially those of the Old World. The New World elapids, represented by coral snakes, have been less studied. In recent years, however, a number of venomic studies on Micrurus species from North, Central, and South America have been conducted. An overview of these studies is presented, highlighting the emergence of some patterns and trends concerning their compositional, functional, and immunological characteristics. Results gathered to date, encompassing 18 out of the approximately 85 species of Micrurus, reveal a dichotomy of venom phenotypes regarding the relative abundance of the omnipresent phospholipases A2 (PLA2) and 'three-finger' toxins (3FTx): a group of species express a PLA2-predominant venom composition, while others display a 3FTx-predominant compositional pattern. These two divergent toxin expression phenotypes appear to be related to phylogenetic positions and geographical distributions along a North-South axis in the Americas, but further studies encompassing a higher number of species are needed to assess these hypotheses. The two contrasting phenotypes also show correlations with some toxic functionalities, complexity in the diversity of proteoforms, and immunological cross-recognition patterns. The biological significance for the emergence of a dichotomy of venom compositions within Micrurus, in some cases observed even among sympatric species that inhabit relatively small geographic areas, represents a puzzling and challenging area of research which warrants further studies.The application of proteomic tools to the study of snake venoms has led to an impressive growth in the knowledge about their composition (venomics), immunogenicity (antivenomics), and toxicity (toxicovenomics). About one-third of all venomic studies have focused on elapid species, especially those of the Old World. The New World elapids, represented by coral snakes, have been less studied. In recent years, however, a number of venomic studies on Micrurus species from North, Central, and South America have been conducted. An overview of these studies is presented, highlighting the emergence of some patterns and trends concerning their compositional, functional, and immunological characteristics. Results gathered to date, encompassing 18 out of the approximately 85 species of Micrurus, reveal a dichotomy of venom phenotypes regarding the relative abundance of the omnipresent phospholipases A2 (PLA2) and 'three-finger' toxins (3FTx): a group of species express a PLA2-predominant venom composition, while others display a 3FTx-predominant compositional pattern. These two divergent toxin expression phenotypes appear to be related to phylogenetic positions and geographical distributions along a North-South axis in the Americas, but further studies encompassing a higher number of species are needed to assess these hypotheses. The two contrasting phenotypes also show correlations with some toxic functionalities, complexity in the diversity of proteoforms, and immunological cross-recognition patterns. The biological significance for the emergence of a dichotomy of venom compositions within Micrurus, in some cases observed even among sympatric species that inhabit relatively small geographic areas, represents a puzzling and challenging area of research which warrants further studies.
The application of proteomic tools to the study of snake venoms has led to an impressive growth in the knowledge about their composition (venomics), immunogenicity (antivenomics), and toxicity (toxicovenomics). About one-third of all venomic studies have focused on elapid species, especially those of the Old World. The New World elapids, represented by coral snakes, have been less studied. In recent years, however, a number of venomic studies on Micrurus species from North, Central, and South America have been conducted. An overview of these studies is presented, highlighting the emergence of some patterns and trends concerning their compositional, functional, and immunological characteristics. Results gathered to date, encompassing 18 out of the approximately 85 species of Micrurus, reveal a dichotomy of venom phenotypes regarding the relative abundance of the omnipresent phospholipases A2 (PLA2) and 'three-finger' toxins (3FTx): a group of species express a PLA2-predominant venom composition, while others display a 3FTx-predominant compositional pattern. These two divergent toxin expression phenotypes appear to be related to phylogenetic positions and geographical distributions along a North-South axis in the Americas, but further studies encompassing a higher number of species are needed to assess these hypotheses. The two contrasting phenotypes also show correlations with some toxic functionalities, complexity in the diversity of proteoforms, and immunological cross-recognition patterns. The biological significance for the emergence of a dichotomy of venom compositions within Micrurus, in some cases observed even among sympatric species that inhabit relatively small geographic areas, represents a puzzling and challenging area of research which warrants further studies.
The application of proteomic tools to the study of snake venoms has led to an impressive growth in the knowledge about their composition (venomics), immunogenicity (antivenomics), and toxicity (toxicovenomics). About one-third of all venomic studies have focused on elapid species, especially those of the Old World. The New World elapids, represented by coral snakes, have been less studied. In recent years, however, a number of venomic studies on Micrurus species from North, Central, and South America have been conducted. An overview of these studies is presented, highlighting the emergence of some patterns and trends concerning their compositional, functional, and immunological characteristics. Results gathered to date, encompassing 18 out of the approximately 85 species of Micrurus, reveal a dichotomy of venom phenotypes regarding the relative abundance of the omnipresent phospholipases A2 (PLA2) and 'three-finger' toxins (3FTx): a group of species express a PLA2-predominant venom composition, while others display a 3FTx-predominant compositional pattern. These two divergent toxin expression phenotypes appear to be related to phylogenetic positions and geographical distributions along a North-South axis in the Americas, but further studies encompassing a higher number of species are needed to assess these hypotheses. The two contrasting phenotypes also show correlations with some toxic functionalities, complexity in the diversity of proteoforms, and immunological cross-recognition patterns. The biological significance for the emergence of a dichotomy of venom compositions within Micrurus, in some cases observed even among sympatric species that inhabit relatively small geographic areas, represents a puzzling and challenging area of research which warrants further studies. [Display omitted] •An overview of proteomic studies on Micrurus venoms is presented.•A phenotypic dichotomy in venom composition is revealed.•Evolutionary trends and patterns of venom composition are discussed.•Venom composition has toxicological and immunological implications.
The application of proteomic tools to the study of snake venoms has led to an impressive growth in the knowledge about their composition (venomics), immunogenicity (antivenomics), and toxicity (toxicovenomics). About one-third of all venomic studies have focused on elapid species, especially those of the Old World. The New World elapids, represented by coral snakes, have been less studied. In recent years, however, a number of venomic studies on Micrurus species from North, Central, and South America have been conducted. An overview of these studies is presented, highlighting the emergence of some patterns and trends concerning their compositional, functional, and immunological characteristics. Results gathered to date, encompassing 18 out of the approximately 85 species of Micrurus, reveal a dichotomy of venom phenotypes regarding the relative abundance of the omnipresent phospholipases A (PLA ) and 'three-finger' toxins (3FTx): a group of species express a PLA -predominant venom composition, while others display a 3FTx-predominant compositional pattern. These two divergent toxin expression phenotypes appear to be related to phylogenetic positions and geographical distributions along a North-South axis in the Americas, but further studies encompassing a higher number of species are needed to assess these hypotheses. The two contrasting phenotypes also show correlations with some toxic functionalities, complexity in the diversity of proteoforms, and immunological cross-recognition patterns. The biological significance for the emergence of a dichotomy of venom compositions within Micrurus, in some cases observed even among sympatric species that inhabit relatively small geographic areas, represents a puzzling and challenging area of research which warrants further studies.
Author Corrêa-Netto, Carlos
Pla, Davinia
Rey-Suárez, Paola
Fernández, Julián
Núñez, Vitelbina
Sasa, Mahmood
Alape-Girón, Alberto
Sanz, Libia
Calvete, Juan J.
Vargas, Nancy
Alagón, Alejandro
Lomonte, Bruno
Bénard-Valle, Melisa
Gutiérrez, José María
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  organization: Instituto Clodomiro Picado, Universidad de Costa Rica, San José 11501, Costa Rica
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  surname: Rey-Suárez
  fullname: Rey-Suárez, Paola
  organization: Programa de Ofidismo y Escorpionismo, Universidad de Antioquia, Medellín 050010, Colombia
– sequence: 3
  givenname: Julián
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  fullname: Fernández, Julián
  organization: Instituto Clodomiro Picado, Universidad de Costa Rica, San José 11501, Costa Rica
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  surname: Sasa
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  organization: Instituto Clodomiro Picado, Universidad de Costa Rica, San José 11501, Costa Rica
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  fullname: Pla, Davinia
  organization: Instituto de Biomedicina de Valencia, CSIC, Valencia 46010, Spain
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  surname: Vargas
  fullname: Vargas, Nancy
  organization: Instituto Clodomiro Picado, Universidad de Costa Rica, San José 11501, Costa Rica
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  surname: Bénard-Valle
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  givenname: Libia
  surname: Sanz
  fullname: Sanz, Libia
  organization: Instituto de Biomedicina de Valencia, CSIC, Valencia 46010, Spain
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  surname: Corrêa-Netto
  fullname: Corrêa-Netto, Carlos
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  givenname: Alejandro
  surname: Alagón
  fullname: Alagón, Alejandro
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BackLink https://www.ncbi.nlm.nih.gov/pubmed/27641749$$D View this record in MEDLINE/PubMed
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ContentType Journal Article
Copyright 2016 Elsevier Ltd
Copyright © 2016 Elsevier Ltd. All rights reserved.
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Keywords Toxin
Snake venom
Venomics
Micrurus
Coral snake
Elapidae
Proteomics
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Snippet The application of proteomic tools to the study of snake venoms has led to an impressive growth in the knowledge about their composition (venomics),...
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SubjectTerms Animals
Coral snake
Elapid Venoms - chemistry
Elapid Venoms - metabolism
Elapidae
Electrophoresis, Polyacrylamide Gel
Evolution, Chemical
immune response
Micrurus
North America
phenotype
phospholipases
phylogeny
Proteomics
Snake venom
snakes
South America
sympatry
toxicity
Toxin
toxins
Venomics
venoms
Title Venoms of Micrurus coral snakes: Evolutionary trends in compositional patterns emerging from proteomic analyses
URI https://dx.doi.org/10.1016/j.toxicon.2016.09.008
https://www.ncbi.nlm.nih.gov/pubmed/27641749
https://www.proquest.com/docview/1835354401
https://www.proquest.com/docview/1846341736
Volume 122
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