Perspectives in plant evolutionary genetics a field guide in 15 easy steps to modern tools in evolutionary genetics and genomics

Plant genomes contain huge troves of information, and nowadays molecular tools to analyze genomes are less expensive and keep improving. In this review, we aimed to produce a ???roadmap??? to take advantage of this explosion of molecular methods and opportunities. We explain how to decide which strategies are adequate for a given evolutionary or taxonomic problem by describing 15 possible (and in some cases nonconsecutive) steps to take advantage of all the genomic resources drawing from the ever-increasing studies. We describe how to obtain an adequate genome sequence given our study species and objectives and discuss if we need to also obtain a transcriptome and additional ???omic??? data (i.e., proteome, metabolome, epigenome, microbiome). We analyze what is needed to conduct population genomics studies in terms of genomic methods and sampling strategies and discuss the pangenome concept. In addition, we present some considerations about how to estimate population genetics parameters and how to analyze geographic differentiation, inbreeding and gene flow. We examine ideas and methods on how to estimate natural selection and local adaptation, how to detect candidate genes, how coalescent analyses can help in these studies, the importance of genomic information for conservation studies and to understand adaptability to climate change. We assess the use of these methods in domestication studies and in understanding how form and function can be inferred from genes; likewise, how to use the genomic information for improvement of cultivated plants. We also review how can we use these methods in phylogenomic studies.

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Main Authors: Eguiarte Fruns, Luis Enrique Doctor autor 15108, Aguirre Planter, Erika Doctora autora 22549, Castellanos Morales, Gabriela Doctora autora 14360, Souza, Valeria autora
Format: Texto biblioteca
Language:eng
Subjects:Genética vegetal, Genética de población, Genética evolutiva, Pangenoma, Metagenómica,
Online Access:https://doi.org/10.17129/botsci.3112
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id KOHA-OAI-ECOSUR:62896
record_format koha
institution ECOSUR
collection Koha
country México
countrycode MX
component Bibliográfico
access En linea
En linea
databasecode cat-ecosur
tag biblioteca
region America del Norte
libraryname Sistema de Información Bibliotecario de ECOSUR (SIBE)
language eng
topic Genética vegetal
Genética de población
Genética evolutiva
Pangenoma
Metagenómica
Genética vegetal
Genética de población
Genética evolutiva
Pangenoma
Metagenómica
spellingShingle Genética vegetal
Genética de población
Genética evolutiva
Pangenoma
Metagenómica
Genética vegetal
Genética de población
Genética evolutiva
Pangenoma
Metagenómica
Eguiarte Fruns, Luis Enrique Doctor autor 15108
Aguirre Planter, Erika Doctora autora 22549
Castellanos Morales, Gabriela Doctora autora 14360
Souza, Valeria autora
Perspectives in plant evolutionary genetics a field guide in 15 easy steps to modern tools in evolutionary genetics and genomics
description Plant genomes contain huge troves of information, and nowadays molecular tools to analyze genomes are less expensive and keep improving. In this review, we aimed to produce a ???roadmap??? to take advantage of this explosion of molecular methods and opportunities. We explain how to decide which strategies are adequate for a given evolutionary or taxonomic problem by describing 15 possible (and in some cases nonconsecutive) steps to take advantage of all the genomic resources drawing from the ever-increasing studies. We describe how to obtain an adequate genome sequence given our study species and objectives and discuss if we need to also obtain a transcriptome and additional ???omic??? data (i.e., proteome, metabolome, epigenome, microbiome). We analyze what is needed to conduct population genomics studies in terms of genomic methods and sampling strategies and discuss the pangenome concept. In addition, we present some considerations about how to estimate population genetics parameters and how to analyze geographic differentiation, inbreeding and gene flow. We examine ideas and methods on how to estimate natural selection and local adaptation, how to detect candidate genes, how coalescent analyses can help in these studies, the importance of genomic information for conservation studies and to understand adaptability to climate change. We assess the use of these methods in domestication studies and in understanding how form and function can be inferred from genes; likewise, how to use the genomic information for improvement of cultivated plants. We also review how can we use these methods in phylogenomic studies.
format Texto
topic_facet Genética vegetal
Genética de población
Genética evolutiva
Pangenoma
Metagenómica
author Eguiarte Fruns, Luis Enrique Doctor autor 15108
Aguirre Planter, Erika Doctora autora 22549
Castellanos Morales, Gabriela Doctora autora 14360
Souza, Valeria autora
author_facet Eguiarte Fruns, Luis Enrique Doctor autor 15108
Aguirre Planter, Erika Doctora autora 22549
Castellanos Morales, Gabriela Doctora autora 14360
Souza, Valeria autora
author_sort Eguiarte Fruns, Luis Enrique Doctor autor 15108
title Perspectives in plant evolutionary genetics a field guide in 15 easy steps to modern tools in evolutionary genetics and genomics
title_short Perspectives in plant evolutionary genetics a field guide in 15 easy steps to modern tools in evolutionary genetics and genomics
title_full Perspectives in plant evolutionary genetics a field guide in 15 easy steps to modern tools in evolutionary genetics and genomics
title_fullStr Perspectives in plant evolutionary genetics a field guide in 15 easy steps to modern tools in evolutionary genetics and genomics
title_full_unstemmed Perspectives in plant evolutionary genetics a field guide in 15 easy steps to modern tools in evolutionary genetics and genomics
title_sort perspectives in plant evolutionary genetics a field guide in 15 easy steps to modern tools in evolutionary genetics and genomics
url https://doi.org/10.17129/botsci.3112
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spelling KOHA-OAI-ECOSUR:628962024-03-11T15:20:10ZPerspectives in plant evolutionary genetics a field guide in 15 easy steps to modern tools in evolutionary genetics and genomics Eguiarte Fruns, Luis Enrique Doctor autor 15108 Aguirre Planter, Erika Doctora autora 22549 Castellanos Morales, Gabriela Doctora autora 14360 Souza, Valeria autora textengPlant genomes contain huge troves of information, and nowadays molecular tools to analyze genomes are less expensive and keep improving. In this review, we aimed to produce a ???roadmap??? to take advantage of this explosion of molecular methods and opportunities. We explain how to decide which strategies are adequate for a given evolutionary or taxonomic problem by describing 15 possible (and in some cases nonconsecutive) steps to take advantage of all the genomic resources drawing from the ever-increasing studies. We describe how to obtain an adequate genome sequence given our study species and objectives and discuss if we need to also obtain a transcriptome and additional ???omic??? data (i.e., proteome, metabolome, epigenome, microbiome). We analyze what is needed to conduct population genomics studies in terms of genomic methods and sampling strategies and discuss the pangenome concept. In addition, we present some considerations about how to estimate population genetics parameters and how to analyze geographic differentiation, inbreeding and gene flow. We examine ideas and methods on how to estimate natural selection and local adaptation, how to detect candidate genes, how coalescent analyses can help in these studies, the importance of genomic information for conservation studies and to understand adaptability to climate change. We assess the use of these methods in domestication studies and in understanding how form and function can be inferred from genes; likewise, how to use the genomic information for improvement of cultivated plants. We also review how can we use these methods in phylogenomic studies.Los genomas vegetales contienen gran cantidad de información y las herramientas moleculares para analizarlos son cada vez más económicas y continúan mejorando. Presentamos un “mapa de ruta” para aprovechar esta explosión de métodos moleculares. Explicamos cómo decidir cuál es la estrategia adecuada para abordar un problema evolutivo o taxonómico a partir de 15 posibles (y en ocasiones no consecutivos) pasos para aprovechar los recursos genómicos disponibles. Describimos cómo obtener una secuencia genómica adecuada considerando la especie y los ob-jetivos del estudio, y discutimos si se requiere obtener datos de transcriptoma u “ómicos” adicionales (p. ej., proteoma, metaboloma, epigenoma, microbioma). Analizamos qué se necesita para hacer estudios de genómica poblacional en términos de los posibles métodos genómicos y las estrategias de muestreo y discutimos el concepto del pangenoma. Además, presentamos algunas consideraciones sobre cómo estimar parámetros genéticos poblacionales y cómo analizar la diferenciación genética, la endogamia y el flujo génico. Examinamos ideas y métodos para estimar la selección natural y la adaptación local, para detectar genes candidatos, y reflexionamos sobre cómo los análisis coalescentes pueden ayudar en estos estudios, así como sobre la importancia de la información genómica en estudios de conservación y para comprender la adaptabilidad ante el cambio climático. Evaluamos cómo la forma y la función pueden inferirse a partir de los genes. Adicionalmente, discutimos como el uso de la información genómica puede servir para el mejoramiento de plantas cultivadas y en estudios de domesticación. También revisamos el uso de estos métodos en estudios filogenómicos.Plant genomes contain huge troves of information, and nowadays molecular tools to analyze genomes are less expensive and keep improving. In this review, we aimed to produce a ???roadmap??? to take advantage of this explosion of molecular methods and opportunities. We explain how to decide which strategies are adequate for a given evolutionary or taxonomic problem by describing 15 possible (and in some cases nonconsecutive) steps to take advantage of all the genomic resources drawing from the ever-increasing studies. We describe how to obtain an adequate genome sequence given our study species and objectives and discuss if we need to also obtain a transcriptome and additional ???omic??? data (i.e., proteome, metabolome, epigenome, microbiome). We analyze what is needed to conduct population genomics studies in terms of genomic methods and sampling strategies and discuss the pangenome concept. In addition, we present some considerations about how to estimate population genetics parameters and how to analyze geographic differentiation, inbreeding and gene flow. We examine ideas and methods on how to estimate natural selection and local adaptation, how to detect candidate genes, how coalescent analyses can help in these studies, the importance of genomic information for conservation studies and to understand adaptability to climate change. We assess the use of these methods in domestication studies and in understanding how form and function can be inferred from genes; likewise, how to use the genomic information for improvement of cultivated plants. We also review how can we use these methods in phylogenomic studies.Los genomas vegetales contienen gran cantidad de información y las herramientas moleculares para analizarlos son cada vez más económicas y continúan mejorando. Presentamos un “mapa de ruta” para aprovechar esta explosión de métodos moleculares. Explicamos cómo decidir cuál es la estrategia adecuada para abordar un problema evolutivo o taxonómico a partir de 15 posibles (y en ocasiones no consecutivos) pasos para aprovechar los recursos genómicos disponibles. Describimos cómo obtener una secuencia genómica adecuada considerando la especie y los ob-jetivos del estudio, y discutimos si se requiere obtener datos de transcriptoma u “ómicos” adicionales (p. ej., proteoma, metaboloma, epigenoma, microbioma). Analizamos qué se necesita para hacer estudios de genómica poblacional en términos de los posibles métodos genómicos y las estrategias de muestreo y discutimos el concepto del pangenoma. Además, presentamos algunas consideraciones sobre cómo estimar parámetros genéticos poblacionales y cómo analizar la diferenciación genética, la endogamia y el flujo génico. Examinamos ideas y métodos para estimar la selección natural y la adaptación local, para detectar genes candidatos, y reflexionamos sobre cómo los análisis coalescentes pueden ayudar en estos estudios, así como sobre la importancia de la información genómica en estudios de conservación y para comprender la adaptabilidad ante el cambio climático. Evaluamos cómo la forma y la función pueden inferirse a partir de los genes. Adicionalmente, discutimos como el uso de la información genómica puede servir para el mejoramiento de plantas cultivadas y en estudios de domesticación. También revisamos el uso de estos métodos en estudios filogenómicos.Genética vegetalGenética de poblaciónGenética evolutivaPangenomaMetagenómicaBotanical Scienceshttps://doi.org/10.17129/botsci.3112Acceso en línea sin restricciones