Tomeu Viver
@TomeuViver
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Joined August 2022
Really excited to see this published! We studied the influence of changes in environmental physicochemical conditions and viral predation pressure by autochthonous and allochthonous viruses on host dynamics, in hypersaline systems. https://t.co/HWZji6BqC6 -in @mSystemsJ
journals.asm.org
Viruses greatly influence succession and diversification of their hosts, yet the effects of viral infection on the ecological dynamics of natural microbial populations remain poorly understood,...
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The Who's Who of Bacteria: A Reliable Way to Define Species and Strains 🧪🦠 by @TomeuViver @ramonibus Kostas Konstantinidis et al out now @NatureComms Read the press release @GeorgiaTech here: https://t.co/RaCWucWUrO
Towards estimating the number of strains that make up a natural bacterial population @TomeuViver @ramonibus @_lrr_ @MerceLlabres @MMG_IMEDEA @IMEDEA_UIB_CSIC @MolEcol_MPIMM @fanus_venter @Fabiteam1 @UPnasagric @UPTuks
https://t.co/R0DY99EVHE
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Towards estimating the number of strains that make up a natural bacterial population @TomeuViver @ramonibus @_lrr_ @MerceLlabres @MMG_IMEDEA @IMEDEA_UIB_CSIC @MolEcol_MPIMM @fanus_venter @Fabiteam1 @UPnasagric @UPTuks
https://t.co/R0DY99EVHE
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@MMG_IMEDEA @IMEDEA_UIB_CSIC @ramonibus @MoloEcol_MPIMM @_lrr_ @fanus_venter @MerceLlabres Kostas Konstantinidis, Roth Conrad, Rudi Amann, Ana S. Ramirez, Jairo Rocha
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Thanks to the editors at @NatureComms for featuring our paper "Towards estimating the number of strains that make up a natural bacterial population" on the Editors' Highlights webpage under "Microbiology and Infectious Diseases" https://t.co/UxY5plBmnv
https://t.co/1Nz7JbwO1E
nature.com
Nature Communications - What a microbial strain is and how many strains make up a natural bacterial population remain elusive concepts. Here, Viver et al. analyse Salinibacter ruber isolates and...
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Our new manuscript is now live @NatureComms! We describe an intra-specific ANI gap, defining genomovars and strains, and estimate the number of strains in bacterial species. @ramonibus, Kostas Konstantinidis, Rudi Amann, @_lrr_ @MMG_IMEDEA @MolEcol_MPIMM
https://t.co/uZOEx42jul
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This seems to be a true evidence that intraspecifically bacterial species are organized as discrete genomic groups. Genomovars exist though! @_lrr_ @TomeuViver @CotoOrellana
A genomic sequence discontinuity within species has been detected across Bacteria around 99.5% ANI. @_lrr_ and coauthors propose its use for the definition of genomovars and compare them to sequence types and other infra-specific groups. @CotoOrellana
https://t.co/lT0mDUvNUB
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Interested in microbial communities and hypersaline environments 🦠 🧂? Font-Verdera et al., evaluated the salt concentration in a broad salinity gradient (30%–5%) as selection force to structure the microbial communities. #FEMSMicrobiolEcol
https://t.co/jTEiUtUFiA
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A genomic sequence discontinuity within species has been detected across Bacteria around 99.5% ANI. @_lrr_ and coauthors propose its use for the definition of genomovars and compare them to sequence types and other infra-specific groups. @CotoOrellana
https://t.co/lT0mDUvNUB
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New release of the "All-Species Living Tree Project" database incorporating new species, nomenclature and taxonomic changes from July 2022 to April 2023. Share and enjoy!! @MMG_IMEDEA @IMEDEA_UIB_CSIC
@MolEcol_MPIMM
imedea.uib-csic.es
'The All-Species Living Tree' Project A valuable resource particularly for microbial taxonomists The LTP LTP stands for “The All-Species Living Tree" Project that was initiated in 2007 as a joint...
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Obert el termini d'inscripció! 7 beques d’investigació convocades per @imedea_uib_csic JAE Intro ICU memòria del Dr. Javier Benedí. https://t.co/UtJ2QRzPUM 📸Faro de Portocolom - IMEDEA, CSIC-UIB 📸Xyrichtys novacula©Pep Alós,IMEDEA, CSIC-UIB 📸Pollentia prezi©Miquel Àngel Gual
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Exciting new research on fish behavior!🐟🧠We found distinct behavioural types in wild and reared juvenile gilthead seabreams using AI 💻 To find out more: https://t.co/y6Y71CvlIz
@IMEDEA_UIB_CSIC @enekoasp @mmartorell_19 @MBarceloSerra @josep_alos @aranchalana
#FishEcology
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Our new study about the gut microbiome of wild and farmed S. aureata and X. novacula fish is out! Congrats to Dr. Viver and collaborators! @MMG_IMEDEA
@IMEDEA_UIB_CSIC
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Exciting news! Our latest research, which examines the gut microbiome of wild and farmed S. aurata and X. novacula fish, is now available in @STOTEN_journal. @MMG_IMEDEA @ramonibus Food determines ephemerous and non-stable gut microbiome communities i...
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Congrats to Dr. Tomeu Viver and collaborators for this great study that has been just made public! Good example on how classification under ICNP and SeqCode can coexist!! https://t.co/20DkKWGol4
@IMEDEA_UIB_CSIC
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