From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes from 21 orders, including 28 new genome assemblies. Cockroaches have the most rapid changes in gene families https://t.co/1WOJYyhW0v https://t.co/vOvhSc9lMb
Gene content evolution in the arthropods.
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Oct 2019 – Feb 2025Where it's discussed
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AI synopsis
What people are saying
The discussions highlight various aspects of the article, with participants mentioning the breadth of the study, including '76 arthropod genomes' and referencing the 'i5k initiative' aimed at sequencing thousands of arthropod genomes. Phrases like 'these large-scale efforts are beginning to emerge (and they are awesome)' and 'huge consortium' depict a tone of enthusiasm, emphasizing a collaborative spirit in science and the importance of genetic research.
The majority of posts reflect a positive acknowledgment of the publication, indicating a general alignment with its findings.
There is a strong level of curiosity and eagerness among the participants, as many express excitement about new research in arthropod genomes.
Engagement is moderate, with several discussions focusing on specific aspects such as research methodologies and implications.
Many participants perceive the findings as having significant implications for the field, particularly in relation to understanding genomic adaptations.
Abstract in brief
- Arthropods are the largest and most diverse group of animals on Earth, with their diversity linked to genomic adaptations that have evolved over time.
- The study analyzes 76 whole genome sequences from various arthropod orders, revealing changes in gene content and novel gene families that correlate with significant evolutionary developments, including traits like flight and metamorphosis.
- The findings highlight the importance of comparative genomics in understanding how genetic changes translate into physical traits, offering new perspectives on the evolution of animal diversity.
Top posts
Most liked on X and BlueskyThe @Arthropod_i5K consortium
Read one of our most popular articles of 2020: Gene content evolution in the arthropods
An international team of #scientists, including 8 researchers from @USDA_ARS, report in the journal @GenomeBiology the results from a pilot project to kickstart the global sequencing initiative of thousands of #arthropods. https://t.co/kxhCkHaLUh https://t.co/OvZyNfZ9uf
Featured article @GenomeBiology https://t.co/GvRhDFfjoQ
"Gene content evolution in the arthropods", coauthored by UC Biologist Dr. Josh Benoit, was recently published in Genome Biology. The paper is a collaboration of scientists investigating and mapping arthropod genomes. Read more about the research below! https://t.co/kZvjNThsAI
All mentions
Genomic Insights into Arthropod Diversity and Evolution
Arthropods are the largest and most diverse group of animals on Earth. This video analyzes genomic adaptations and evolutionary relationships within the phylum Arthropoda, exploring how gene content changes correlate…
Understanding Arthropod Genomes and Evolutionary Adaptations
The i5k initiative aims to sequence and annotate 5,000 arthropod genomes to shed light on gene content evolution. This video discusses how genomic adaptations have contributed to the diversity of arthropods, revealing…
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @GenomeBiology: Read one of our most popular articles of 2020: Gene content evolution in the arthropods
Gene content evolution in the arthropods https://t.co/CGNwTmdTQh
RT @GenomeBiology: Read one of our most popular articles of 2020: Gene content evolution in the arthropods
Read one of our most popular articles of 2020: Gene content evolution in the arthropods
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
And perhaps our most overarching recommendation: let’s use this resource to learn new things about insect genomes! These large-scale efforts are beginning to emerge (and they are awesome). For instance, this nice 2020 paper in @GenomeBiology: 22/n https://t.co/uxjMv5vrtO
Gene content evolution in the arthropods. https://t.co/NYJq4xip1v
RT @BioTechMagTop: Research - Gene content evolution in the arthropods - Arthropod... https://t.co/En5tWEB5Zb #biotech
Gene content evolution in the arthropods | Genome Biology | Full Text https://t.co/MbZm40onr4
RT @BioTechMagTop: Research - Gene content evolution in the arthropods - Arthropod... https://t.co/En5tWEB5Zb #biotech
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
Gene content evolution in the arthropods https://t.co/uc5FtSH8ET
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @BiologyUC: "Gene content evolution in the arthropods", coauthored by UC Biologist Dr. Josh Benoit, was recently published in Genome Bio…
RT @BiologyUC: "Gene content evolution in the arthropods", coauthored by UC Biologist Dr. Josh Benoit, was recently published in Genome Bio…
"Gene content evolution in the arthropods", coauthored by UC Biologist Dr. Josh Benoit, was recently published in Genome Biology. The paper is a collaboration of scientists investigating and mapping arthropod genomes. Read more about the research below! https://t.co/kZvjNThsAI
RT @rmwaterhouse: Les innovations évolutives des insectes et autres arthropodes sont aussi nombreuses que merveilleuses. Le séquençage de l…
RT @CrawfordAJ: The @Arthropod_i5K consortium
Gene content evolution in the arthropods https://t.co/AnAnLa0GmV
Gene content evolution in the arthropods https://t.co/d0rAK81WVs #insect
RT @CrawfordAJ: The @Arthropod_i5K consortium
RT @CrawfordAJ: The @Arthropod_i5K consortium
RT @CrawfordAJ: The @Arthropod_i5K consortium
RT @CrawfordAJ: The @Arthropod_i5K consortium
RT @rmwaterhouse: Featured article @GenomeBiology https://t.co/GvRhDFfjoQ
RT @CrawfordAJ: The @Arthropod_i5K consortium
Featured article @GenomeBiology https://t.co/GvRhDFfjoQ
RT @CrawfordAJ: The @Arthropod_i5K consortium
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
"These include a combination of species of agricultural or ecological importance"て書いてるのに直翅一種も入れてないのそれでええんか…? Thomas, G.W.C., Dohmen, E., Hughes, D.S.T. et al. Gene content evolution in the arthropods. Genome Biol 21, 15 (2020). https://t.co/pDbXRpyXMK
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
Research - Gene content evolution in the arthropods - Arthropod... https://t.co/En5tWEB5Zb #biotech
RT @CrawfordAJ: The @Arthropod_i5K consortium
RT @CrawfordAJ: The @Arthropod_i5K consortium
RT @CrawfordAJ: The @Arthropod_i5K consortium
RT @CrawfordAJ: The @Arthropod_i5K consortium
RT @CrawfordAJ: The @Arthropod_i5K consortium
https://t.co/sO32gJHLWg
RT @CrawfordAJ: The @Arthropod_i5K consortium
RT @CrawfordAJ: The @Arthropod_i5K consortium
The @Arthropod_i5K consortium
RT @evol_genomics: Gene content evolution in the arthropods https://t.co/0BtMlv89sr @GenomeBiology
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
Gene content evolution in the arthropods. https://t.co/19r8sf1Mqc
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
Congratulations to Dr. Duane McKenna who as part of the Insect 5000 Genomes Project recently published "Gene content evolution in the arthropods" in @GenomeBiology https://t.co/h0Vzrk08mK
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
Gene content evolution in the arthropods https://t.co/0BtMlv89sr @GenomeBiology
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @USDA_ARS: An international team of #scientists, including 8 researchers from @USDA_ARS, report in the journal @GenomeBiology the result…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @USDA_ARS: An international team of #scientists, including 8 researchers from @USDA_ARS, report in the journal @GenomeBiology the result…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @WWU_Muenster: A team of international researchers studied the genetic mechanisms of #arthropods and tracked the evolutionary origin of…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
RT @GenomeBiology: From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes…
From the i5k initiative to sequence 5000 arthropod genomes, @greggwcthomas, Richards and co compare 76 arthropod genomes from 21 orders, including 28 new genome assemblies. Cockroaches have the most rapid changes in gene families https://t.co/1WOJYyhW0v https://t.co/vOvhSc9lMb
RT @rmwaterhouse: Les innovations évolutives des insectes et autres arthropodes sont aussi nombreuses que merveilleuses. Le séquençage de l…
RT @rmwaterhouse: Les innovations évolutives des insectes et autres arthropodes sont aussi nombreuses que merveilleuses. Le séquençage de l…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
An international team of #scientists, including 8 researchers from @USDA_ARS, report in the journal @GenomeBiology the results from a pilot project to kickstart the global sequencing initiative of thousands of #arthropods. https://t.co/kxhCkHaLUh https://t.co/OvZyNfZ9uf
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
RT @rmwaterhouse: Arthropod genomes conquer the planet! https://t.co/GvRhDFfjoQ @GenomeBiology https://t.co/WPiRffiPMm
RT @3rdreviewer: What a day: new paper led by @greggwcthomas on 76 insect genomes! https://t.co/5xpiu32NM8 Huge consortium guided by @Ste…
Gene content evolution in the arthropods https://t.co/UxHa2jsWT5
RT @WWU_Muenster: A team of international researchers studied the genetic mechanisms of #arthropods and tracked the evolutionary origin of…
A team of international researchers studied the genetic mechanisms of #arthropods and tracked the evolutionary origin of key adaptations over 500 million years. #evolution @GenomeBiology @dfg_public @greggwthomas @Arthropod_i5K https://t.co/06oM6iaT6B https://t.co/4beWeljyTo
RT @jsantoyo: Gene Content Evolution in the Arthropods. https://t.co/c2ckg5Ghb3
Gene Content Evolution in the Arthropods. https://t.co/c2ckg5Ghb3