Advances in genome sequencing reveal changes in gene content that contribute to arthropod macroevolution

Current sequencing technology allows for the relatively affordable generation of highly contiguous genomes. Technological advances have made it possible for researchers to investigate the consequences of diverse sorts of genomic variants, such as gene gain and loss. With the extraordinary number of...

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Published inDevelopment Genes and Evolution Vol. 233; no. 2; pp. 59 - 76
Main Authors Cheatle Jarvela, Alys M., Wexler, Judith R.
Format Journal Article
LanguageEnglish
Published Berlin/Heidelberg Springer Berlin Heidelberg 01.12.2023
Springer Nature B.V
Subjects
20th century
Animal Genetics and Genomics
Arthropods
Biomedical and Life Sciences
Cell Biology
Developmental Biology
evolution
Evolution & development
Evolutionary Biology
Evolutionary genetics
Explosions
Genes
Genetics
Genomes
Genomics
Insects
Life Sciences
Macroevolution
Organisms
phenotype
phenotypic variation
Phylogenetics
Plant Genetics and Genomics
Researchers
Review
Whole genome sequencing
Zoology
Gene loss
Macroevolution
Supergenes
Genomics
Arthropods
Gene duplication
Lineage-specific genes
Horizontal gene transfer
Online AccessGet full text
ISSN0949-944X
3059-3239
1432-041X
1432-041X
3059-3247
DOI10.1007/s00427-023-00712-y

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Abstract Current sequencing technology allows for the relatively affordable generation of highly contiguous genomes. Technological advances have made it possible for researchers to investigate the consequences of diverse sorts of genomic variants, such as gene gain and loss. With the extraordinary number of high-quality genomes now available, we take stock of how these genomic variants impact phenotypic evolution. We take care to point out that the identification of genomic variants of interest is only the first step in understanding their impact. Painstaking lab or fieldwork is still required to establish causal relationships between genomic variants and phenotypic evolution. We focus mostly on arthropod research, as this phylum has an impressive degree of phenotypic diversity and is also the subject of much evolutionary genetics research. This article is intended to both highlight recent advances in the field and also to be a primer for learning about evolutionary genetics and genomics.
AbstractList Current sequencing technology allows for the relatively affordable generation of highly contiguous genomes. Technological advances have made it possible for researchers to investigate the consequences of diverse sorts of genomic variants, such as gene gain and loss. With the extraordinary number of high-quality genomes now available, we take stock of how these genomic variants impact phenotypic evolution. We take care to point out that the identification of genomic variants of interest is only the first step in understanding their impact. Painstaking lab or fieldwork is still required to establish causal relationships between genomic variants and phenotypic evolution. We focus mostly on arthropod research, as this phylum has an impressive degree of phenotypic diversity and is also the subject of much evolutionary genetics research. This article is intended to both highlight recent advances in the field and also to be a primer for learning about evolutionary genetics and genomics.
Current sequencing technology allows for the relatively affordable generation of highly contiguous genomes. Technological advances have made it possible for researchers to investigate the consequences of diverse sorts of genomic variants, such as gene gain and loss. With the extraordinary number of high-quality genomes now available, we take stock of how these genomic variants impact phenotypic evolution. We take care to point out that the identification of genomic variants of interest is only the first step in understanding their impact. Painstaking lab or fieldwork is still required to establish causal relationships between genomic variants and phenotypic evolution. We focus mostly on arthropod research, as this phylum has an impressive degree of phenotypic diversity and is also the subject of much evolutionary genetics research. This article is intended to both highlight recent advances in the field and also to be a primer for learning about evolutionary genetics and genomics.Current sequencing technology allows for the relatively affordable generation of highly contiguous genomes. Technological advances have made it possible for researchers to investigate the consequences of diverse sorts of genomic variants, such as gene gain and loss. With the extraordinary number of high-quality genomes now available, we take stock of how these genomic variants impact phenotypic evolution. We take care to point out that the identification of genomic variants of interest is only the first step in understanding their impact. Painstaking lab or fieldwork is still required to establish causal relationships between genomic variants and phenotypic evolution. We focus mostly on arthropod research, as this phylum has an impressive degree of phenotypic diversity and is also the subject of much evolutionary genetics research. This article is intended to both highlight recent advances in the field and also to be a primer for learning about evolutionary genetics and genomics.
Author Cheatle Jarvela, Alys M.
Wexler, Judith R.
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Issue 2
Keywords Gene loss
Macroevolution
Supergenes
Genomics
Arthropods
Gene duplication
Lineage-specific genes
Horizontal gene transfer
Language English
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SubjectTerms 20th century
Animal Genetics and Genomics
Arthropods
Biomedical and Life Sciences
Cell Biology
Developmental Biology
evolution
Evolution & development
Evolutionary Biology
Evolutionary genetics
Explosions
Genes
Genetics
Genomes
Genomics
Insects
Life Sciences
Macroevolution
Organisms
phenotype
phenotypic variation
Phylogenetics
Plant Genetics and Genomics
Researchers
Review
Whole genome sequencing
Zoology
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Title Advances in genome sequencing reveal changes in gene content that contribute to arthropod macroevolution
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