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The conversations reveal interest in how the research provides evidence for the 2R hypothesis, with comments emphasizing the use of novel methodologies and the evolutionary significance of chromosome linkages, such as the recovery of 17 'chordate linkage groups'. Words like 'remarkable' and 'fundamental' demonstrate an appreciation for the study's contributions, while references to specific techniques show deep engagement with the topic.
Most discussions acknowledge the importance of the research, especially those highlighting the confirmation of the two genome duplications in vertebrate evolution.
Participants show moderate interest, with some noting the methodological advancements and the relevance of the findings.
The comments demonstrate thoughtful engagement, referencing specific concepts like gene retention/loss, chromosome numbers, and evolutionary hypotheses.
The debates suggest that the publication influences ongoing discussions about vertebrate origins, indicating a notable impact within the scientific community.
@PetalsPea @connerben @IanHurn0 @Eleventhstar1 Chromosome evolution at the origin of the ancestral vertebrate genome This provides a foundation for studying the evolution of vertebrate chromosomes from the standpoint of a common ancestor & particularly the pattern of DUPLICATE GENE RETENTION & LOSS. https://t.co/8QQUbmVDPX
@_truthswordsa @timmbosliceeee @LannisterLeo @curtisdaddylove @IngridIngwah @impeachqueen @RebelATliance @Infeterrence @hessenjunge76 @ScientiaPercept @QuantumHawk666 @SecularSmurf @StevenB45193461 @Chortling_Man @NHoomans @DeanoMartino1 @jasonstonenola @D_D_1983 @OnlyaMoment3 @robburdack @GospelOBenjamin @BrianNazarenus @badgervindaloo @1pckt @Ihonestlydont19 @rkdoctr @megafant1 @kester_lowers @ax2n38 @hubie0 @illmakelamb @HaircutSpock @DarkCowboyGod @depth_ocean_ @lostpro65762288 @dirk_fasshauer @orna_verum @EdgeZeto @Melanie33720945 @bumpus_lumpus @twisted_pies @umfpt @InfinitmVeritum @PeteAlonSoCrazy @almcdermid @MucusMucous @AprilLigeia @LeannEAF @JerryMcPhers @parentingtired https://t.co/NjFvuKvXJB
@BorgerPieter Voor wat recente onderbouwing van de 2R-hypothese op grond van genoomanalyses, zie o.a. https://t.co/GulJOW5nlr en https://t.co/60kFBRuCbw
https://t.co/auZYspZsPe
Previous research (https://t.co/if8sGdVsrZ) suggested that the vertebrate pre-duplication ancestor had 17 chromosomes. Here, using a novel methodology, the authors recovered 17 "chordate linkage groups" (CLGs). I found this quite remarkable.
Chromosome evolution at the origin of the ancestral vertebrate genome https://genomebiology.biomedcentral.com/articles/10.1186/s13059-018-1559-1
Why did humans evolve the way we did instead of turning into crabs? Join us as we explore evolution, natural selection, and why we stand on two legs instead of having shells or claws.
This video discusses the impact of mutations on protein structure, cancer development related to genetic changes, and the processes involved in DNA repair, preservation, and genome evolution, including studies on…
@PetalsPea @connerben @IanHurn0 @Eleventhstar1 Chromosome evolution at the origin of the ancestral vertebrate genome This provides a foundation for studying the evolution of vertebrate chromosomes from the standpoint of a common ancestor & particularly the pattern of DUPLICATE GENE RETENTION & LOSS. https://t.co/8QQUbmVDPX
@_truthswordsa @timmbosliceeee @LannisterLeo @curtisdaddylove @IngridIngwah @impeachqueen @RebelATliance @Infeterrence @hessenjunge76 @ScientiaPercept @QuantumHawk666 @SecularSmurf @StevenB45193461 @Chortling_Man @NHoomans @DeanoMartino1 @jasonstonenola @D_D_1983 @OnlyaMoment3 @robburdack @GospelOBenjamin @BrianNazarenus @badgervindaloo @1pckt @Ihonestlydont19 @rkdoctr @megafant1 @kester_lowers @ax2n38 @hubie0 @illmakelamb @HaircutSpock @DarkCowboyGod @depth_ocean_ @lostpro65762288 @dirk_fasshauer @orna_verum @EdgeZeto @Melanie33720945 @bumpus_lumpus @twisted_pies @umfpt @InfinitmVeritum @PeteAlonSoCrazy @almcdermid @MucusMucous @AprilLigeia @LeannEAF @JerryMcPhers @parentingtired https://t.co/NjFvuKvXJB
https://t.co/auZYspZsPe
@BorgerPieter Voor wat recente onderbouwing van de 2R-hypothese op grond van genoomanalyses, zie o.a. https://t.co/GulJOW5nlr en https://t.co/60kFBRuCbw
Previous research (https://t.co/if8sGdVsrZ) suggested that the vertebrate pre-duplication ancestor had 17 chromosomes. Here, using a novel methodology, the authors recovered 17 "chordate linkage groups" (CLGs). I found this quite remarkable.
Chromosome evolution at the origin of the ancestral vertebrate genome https://genomebiology.biomedcentral.com/articles/10.1186/s13059-018-1559-1
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