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Protist genomics: key to understanding eukaryotic evolution.

Fuente: PubMed

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Hauptverfasser:	Schoenle, Alexandra, Francis, Ore, Archibald, John M, Burki, Fabien, de Vries, Jan, Dumack, Kenneth, Eme, Laura, Florent, Isabelle, Hehenberger, Elisabeth, Hoffmeyer, Tarja T, Irisarri, Iker, Lara, Enrique, Leger, Michelle M, Lukeš, Julius, Massana, Ramon, Mathur, Varsha, Nitsche, Frank, Strassert, Jürgen F H, Worden, Alexandra Z, Yurchenko, Vyacheslav, Del Campo, Javier, Waldvogel, Ann-Marie
Format:	Artículo científico
Sprache:	en
Veröffentlicht:	Trends in genetics : TIG 2025
Schlagworte:	Evolution, Molecular Genomics Biological Evolution Genome Eukaryota Humans Animals Ecosystem Mitochondria Single-Cell Analysis
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author	Schoenle, Alexandra Francis, Ore Archibald, John M Burki, Fabien de Vries, Jan Dumack, Kenneth Eme, Laura Florent, Isabelle Hehenberger, Elisabeth Hoffmeyer, Tarja T Irisarri, Iker Lara, Enrique Leger, Michelle M Lukeš, Julius Massana, Ramon Mathur, Varsha Nitsche, Frank Strassert, Jürgen F H Worden, Alexandra Z Yurchenko, Vyacheslav Del Campo, Javier Waldvogel, Ann-Marie
author_facet	Schoenle, Alexandra Francis, Ore Archibald, John M Burki, Fabien de Vries, Jan Dumack, Kenneth Eme, Laura Florent, Isabelle Hehenberger, Elisabeth Hoffmeyer, Tarja T Irisarri, Iker Lara, Enrique Leger, Michelle M Lukeš, Julius Massana, Ramon Mathur, Varsha Nitsche, Frank Strassert, Jürgen F H Worden, Alexandra Z Yurchenko, Vyacheslav Del Campo, Javier Waldvogel, Ann-Marie Schoenle, Alexandra Francis, Ore Archibald, John M Burki, Fabien de Vries, Jan Dumack, Kenneth Eme, Laura Florent, Isabelle Hehenberger, Elisabeth Hoffmeyer, Tarja T Irisarri, Iker Lara, Enrique Leger, Michelle M Lukeš, Julius Massana, Ramon Mathur, Varsha Nitsche, Frank Strassert, Jürgen F H Worden, Alexandra Z Yurchenko, Vyacheslav Del Campo, Javier Waldvogel, Ann-Marie
collection	PubMed - marine biology
contents	Protist genomics: key to understanding eukaryotic evolution. Schoenle, Alexandra Francis, Ore Archibald, John M Burki, Fabien de Vries, Jan Dumack, Kenneth Eme, Laura Florent, Isabelle Hehenberger, Elisabeth Hoffmeyer, Tarja T Irisarri, Iker Lara, Enrique Leger, Michelle M Lukeš, Julius Massana, Ramon Mathur, Varsha Nitsche, Frank Strassert, Jürgen F H Worden, Alexandra Z Yurchenko, Vyacheslav Del Campo, Javier Waldvogel, Ann-Marie Evolution, Molecular Genomics Biological Evolution Genome Eukaryota Humans Animals Ecosystem Mitochondria Single-Cell Analysis All eukaryotes other than animals, plants, and fungi are protists. Protists are highly diverse and found in nearly all environments, with key roles in planetary health and biogeochemical cycles. They represent the majority of eukaryotic diversity, making them essential for understanding eukaryotic evolution. However, these mainly unicellular, microscopic organisms are understudied and the generation of protist genomes lags far behind most multicellular lineages. Current genomic methods, which are primarily designed for animals and plants, are poorly suited for protists. Advancing protist genome research requires reevaluating plant- and animal-centric genomic standards. Future efforts must leverage emerging technologies and bioinformatics tools, ultimately enhancing our understanding of eukaryotic molecular and cell biology, ecology, and evolution.
format	Artículo científico
id	pubmed_40517085
institution	PubMed
language	en
publishDate	2025
publisher	Trends in genetics : TIG
record_format	pubmed
spellingShingle	Protist genomics: key to understanding eukaryotic evolution. Schoenle, Alexandra Francis, Ore Archibald, John M Burki, Fabien de Vries, Jan Dumack, Kenneth Eme, Laura Florent, Isabelle Hehenberger, Elisabeth Hoffmeyer, Tarja T Irisarri, Iker Lara, Enrique Leger, Michelle M Lukeš, Julius Massana, Ramon Mathur, Varsha Nitsche, Frank Strassert, Jürgen F H Worden, Alexandra Z Yurchenko, Vyacheslav Del Campo, Javier Waldvogel, Ann-Marie Evolution, Molecular Genomics Biological Evolution Genome Eukaryota Humans Animals Ecosystem Mitochondria Single-Cell Analysis Protist genomics: key to understanding eukaryotic evolution. Schoenle, Alexandra Francis, Ore Archibald, John M Burki, Fabien de Vries, Jan Dumack, Kenneth Eme, Laura Florent, Isabelle Hehenberger, Elisabeth Hoffmeyer, Tarja T Irisarri, Iker Lara, Enrique Leger, Michelle M Lukeš, Julius Massana, Ramon Mathur, Varsha Nitsche, Frank Strassert, Jürgen F H Worden, Alexandra Z Yurchenko, Vyacheslav Del Campo, Javier Waldvogel, Ann-Marie Evolution, Molecular Genomics Biological Evolution Genome Eukaryota Humans Animals Ecosystem Mitochondria Single-Cell Analysis All eukaryotes other than animals, plants, and fungi are protists. Protists are highly diverse and found in nearly all environments, with key roles in planetary health and biogeochemical cycles. They represent the majority of eukaryotic diversity, making them essential for understanding eukaryotic evolution. However, these mainly unicellular, microscopic organisms are understudied and the generation of protist genomes lags far behind most multicellular lineages. Current genomic methods, which are primarily designed for animals and plants, are poorly suited for protists. Advancing protist genome research requires reevaluating plant- and animal-centric genomic standards. Future efforts must leverage emerging technologies and bioinformatics tools, ultimately enhancing our understanding of eukaryotic molecular and cell biology, ecology, and evolution.
title	Protist genomics: key to understanding eukaryotic evolution.
topic	Evolution, Molecular Genomics Biological Evolution Genome Eukaryota Humans Animals Ecosystem Mitochondria Single-Cell Analysis
url	https://pubmed.ncbi.nlm.nih.gov/40517085/