Repeat-based holocentromeres influence genome architecture and karyotype evolution.
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Aug 2022 – Jun 2025Where it's discussed
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What people are saying
Numerous discussions highlight the significance of holocentromeres in relation to genome architecture, with phrases like 'remarkable to see a similar trend' and 'thrilling talk on plant centromere evolution' indicating enthusiasm and curiosity. The choice of positive language and collaborative acknowledgment contributes to an overall sentiment of excitement and importance surrounding the research, emphasizing its relevance in the broader scientific community.
The majority of the discussions reflect strong support for the findings presented in the publication.
Posts demonstrate high curiosity, with multiple participants expressing enthusiasm about the implications of the research.
Many participants are deeply engaged, discussing specific concepts such as genome architecture and centromere functions.
Contributors view the publication as highly influential, underscored by remarks about its relevance to ongoing research and education.
Abstract in brief
- The centromere is a key chromosome region, but some organisms have holocentromeres that span the whole chromosome.
- This study analyzes genome structures of three beak-sedge species and their relation to a monocentric species, revealing how holocentricity changes 3D genome architecture and distributes centromere functions across the genome.
- Findings include unique genome organization in R. pubera showing octoploidy and a significant chromosome reduction in R. tenuis, highlighting the impact of repeat-based holocentromeres on karyotype evolution and chromosome fusions.
Top posts
Most liked on X and BlueskyGoks (@GokilavaniThan1) took the stage at the @mpipz_cologne Annual Science Day and gave a thrilling talk on plant centromere evolution! Got interested?
#figure360 Trying out my (embarrassing
Repeat-based holocentromeres influence genome architecture and karyotype evolution. #Holocentrommeres #GenomeArchitecture @CellCellPress https://t.co/6b5fjZTibJ
We are pleased to bring you the @CellCellPress paper of #FacesOfCell André Marques (@marques_et_al), “Repeat-based holocentromeres influence genome architecture and karyotype evolution” https://t.co/7UJmVeiWdP https://t.co/Vyt4U96ns7
In the latest issue! Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/HWVhha9ZUD
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Impact of Holocentromeres on Genome Architecture and Evolution
This study analyzes the influence of repeat-based holocentromeres on genome architecture and karyotype evolution. It reveals how holocentricity affects the 3D arrangement of genomes in various species, emphasizing…
Repeat-based holocentromeres influence karyotype evolution
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: @CharJWright Very nice findings! It's remarkable to see a similar trend in Lepidoptera as we have recently shown here: h…
@CharJWright Very nice findings! It's remarkable to see a similar trend in Lepidoptera as we have recently shown here: https://t.co/twBMK1lSET I wonder why holocentrics have high synteny conservation as reshuffling of genomes could be expected because of the lack of centromeres
RT @marques_et_al: ➡️Thrilled to share
RT @copenhaverlab: Thx @marques_et_al André Marques from @mpipz_cologne for joining (Friday evening in Germany!) our (me, @mei_newt, Corbin…
Thx @marques_et_al André Marques from @mpipz_cologne for joining (Friday evening in Germany!) our (me, @mei_newt, Corbin Jones) #Meiosis, Recombination & Evolution of Sex class @UNC to discuss his group's exciting work on #holocentromeres https://t.co/VVwNfldNjz https://t.co/CJWpmfORHE
RT @marques_et_al: ➡️Thrilled to share
RT @CellCellPress: We are pleased to bring you the @CellCellPress paper of #FacesOfCell André Marques (@marques_et_al), “Repeat-based holoc…
We are pleased to bring you the @CellCellPress paper of #FacesOfCell André Marques (@marques_et_al), “Repeat-based holocentromeres influence genome architecture and karyotype evolution” https://t.co/7UJmVeiWdP https://t.co/Vyt4U96ns7
RT @CellCellPress: We are pleased to bring you the @CellCellPress paper of #FacesOfCell Gokilavani Thangavel (@GokilavaniThan1), “Repeat-ba…
We are pleased to bring you the @CellCellPress paper of #FacesOfCell Gokilavani Thangavel (@GokilavaniThan1), “Repeat-based holocentromeres influence genome architecture and karyotype evolution” https://t.co/7UJmVeju3n https://t.co/BR8ZuYSd0k
Goks (@GokilavaniThan1) took the stage at the @mpipz_cologne Annual Science Day and gave a thrilling talk on plant centromere evolution! Got interested?
RT @marques_et_al: ➡️Thrilled to share
Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/B77uvYgu4Z #science #genomics
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @jsantoyo: Repeat-based holocentromeres influence genome architecture and karyotype evolution. #Holocentrommeres #GenomeArchitecture @Ce…
RT @jsantoyo: Repeat-based holocentromeres influence genome architecture and karyotype evolution. #Holocentrommeres #GenomeArchitecture @Ce…
RT @jsantoyo: Repeat-based holocentromeres influence genome architecture and karyotype evolution. #Holocentrommeres #GenomeArchitecture @Ce…
RT @jsantoyo: Repeat-based holocentromeres influence genome architecture and karyotype evolution. #Holocentrommeres #GenomeArchitecture @Ce…
RT @jsantoyo: Repeat-based holocentromeres influence genome architecture and karyotype evolution. #Holocentrommeres #GenomeArchitecture @Ce…
Repeat-based holocentromeres influence genome architecture and karyotype evolution. #Holocentrommeres #GenomeArchitecture @CellCellPress https://t.co/6b5fjZTibJ
RT @CellCellPress: In the latest issue! Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/HWV…
RT @CellCellPress: In the latest issue! Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/HWV…
Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/qGiNtPTCar https://t.co/efwU70X77l
RT @CellCellPress: In the latest issue! Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/HWV…
In the latest issue! Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/HWVhha9ZUD
Repeat-based holocentromeres influence genome architecture and karyotype evolution | Cell https://t.co/vdhbHFZrhi
RT @marques_et_al: #figure360 Trying out my (embarrassing
RT @marques_et_al: #figure360 Trying out my (embarrassing
RT @marques_et_al: #figure360 Trying out my (embarrassing
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: #figure360 Trying out my (embarrassing
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: #figure360 Trying out my (embarrassing
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: #figure360 Trying out my (embarrassing
RT @marques_et_al: #figure360 Trying out my (embarrassing
RT @marques_et_al: #figure360 Trying out my (embarrassing
RT @marques_et_al: #figure360 Trying out my (embarrassing
#figure360 Trying out my (embarrassing
RT @RobotRrid: RRIDs were included in the Cell paper "Repeat-based holocentromeres influence genome arch…" (https://t.co/aLHm4SJPz3). Thank…
RT @RobotRrid: RRIDs were included in the Cell paper "Repeat-based holocentromeres influence genome arch…" (https://t.co/aLHm4SJPz3). Thank…
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RRIDs were included in the Cell paper "Repeat-based holocentromeres influence genome arch…" (https://t.co/aLHm4SJPz3). Thank you for making your #methodsmatter. #reproducibility
RT @marques_et_al: ➡️Thrilled to share
RT @CellCellPress: Now online! Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/TXPjhvJi30
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @BiologyCentre: Most plants and animals posses chromosomes with only one “attach point” – the centromere. The secrets of the architectur…
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @CellCellPress: Now online! Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/TXPjhvJi30
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
Repeat-based holocentromeres influence genome architecture and karyotype evolution: Cell https://t.co/lpPSCVyn66
RT @CellCellPress: Now online! Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/TXPjhvJi30
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @BiologyCentre: Most plants and animals posses chromosomes with only one “attach point” – the centromere. The secrets of the architectur…
RT @marques_et_al: ➡️Thrilled to share
RT @CellCellPress: Now online! Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/TXPjhvJi30
RT @CellCellPress: Now online! Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/TXPjhvJi30
RT @CellCellPress: Now online! Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/TXPjhvJi30
Most plants and animals posses chromosomes with only one “attach point” – the centromere. The secrets of the architecture and evolution of three exceptions revealed an international team with Czech scientists. https://t.co/SWz19kn09X
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/PM7YaNrWRJ
RT @CellCellPress: Now online! Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/TXPjhvJi30
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
Happy and proud to see our work published in @CellCellPress. Congratulations to @tmlx and Klaus from our group and everyone else involved!!
RT @marques_et_al: ➡️Thrilled to share
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RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @CellCellPress: Now online! Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/TXPjhvJi30
RT @marques_et_al: ➡️Thrilled to share
RT @marques_et_al: ➡️Thrilled to share
RT @CellCellPress: Now online! Repeat-based holocentromeres influence genome architecture and karyotype evolution https://t.co/TXPjhvJi30
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