Javier Vicente (@javievic) 's Twitter Profile
Javier Vicente

@javievic

Predoctoral researcher at @BiologiaUcm on Microbial Biotechnology. Yeast physiology and metabolism.

ID: 1219735735856783361

linkhttp://minelab.bioucm.es/ calendar_today21-01-2020 21:37:35

39 Tweet

102 Followers

629 Following

Ignacio Belda (@nacho_belda) 's Twitter Profile Photo

Our latest work is out!! "Predictability of the community-function landscape in wine yeast ecosystems". We are really excited with this work at the interface of #FunctionalEcology and #MicrobialBiotechnology, using wine fermentations as an ecosystem model biorxiv.org/content/10.110…

FEMS (@femsmicro) 's Twitter Profile Photo

#Climate change has affected the acidity and volatile profile of #wine 🍷 Which #yeast can effectively control the pH & increase the production of volatiles during winemaking? Read the article by Javier Vicente et al. to know the answer! 🔍👉academic.oup.com/femsyr/article… #FEMSYeastRes

#Climate change has affected the acidity and volatile profile of #wine 🍷 
Which #yeast can effectively control the pH & increase the production of volatiles during winemaking?
Read the article by <a href="/javievic/">Javier Vicente</a> et al. to know the answer!
🔍👉academic.oup.com/femsyr/article… 
 #FEMSYeastRes
Ignacio Belda (@nacho_belda) 's Twitter Profile Photo

Mañana en Facultad de Ciencias Biológicas UCM: II Jornadas de Investigación! Además de charlas cortas de predocs de la facultad, tendremos una mesa redonda sobre transferencia de conocimiento (a la industria y a la sociedad) con invitados de lujo Luis Quevedo José Manuel Torralba Carolina Pola Compluemprende

Mañana en <a href="/BiologiaUcm/">Facultad de Ciencias Biológicas UCM</a>: II Jornadas de Investigación! Además de charlas cortas de predocs de la facultad, tendremos una mesa redonda sobre transferencia de conocimiento (a la industria y a la sociedad) con invitados de lujo <a href="/luis_quevedo/">Luis Quevedo</a> <a href="/torralba59/">José Manuel Torralba</a> <a href="/carolinapola/">Carolina Pola</a> <a href="/compluemprende/">Compluemprende</a>
Javier Ruiz (@javiru_) 's Twitter Profile Photo

Very excited to be back at Facultad de Ciencias Biológicas UCM starting our new study about synthetic yeast communities, as a part of the #Wineteractions project. Really cool work with Ignacio Belda, Javier Vicente and the rest of the #MINElab (minelab.bioucm.es)

Very excited to be back at <a href="/BiologiaUcm/">Facultad de Ciencias Biológicas UCM</a> starting our new study about synthetic yeast communities, as a part of the #Wineteractions project. Really cool work with <a href="/nacho_belda/">Ignacio Belda</a>, <a href="/javievic/">Javier Vicente</a> and the rest of the #MINElab (minelab.bioucm.es)
HittingerLab (@hittingerlab) 's Twitter Profile Photo

The BIG Y1000+ Project manuscript with complete genome sequences, quantitative phenotypic data, and a new ecological ontology for nearly every know species of yeast is now a preprint: biorxiv.org/content/10.110… ! Big thanks to Dana A Opulente, The Lab LaBella, RokasLab, and the whole team!

Miguel Morard (@miguel_mope) 's Twitter Profile Photo

After a very long trip, this paper about infective S. cerevisiae strains is finally out in Scientific Reports ! In this work we showed that infective strains do not form a differentiated group but come from different food origins. nature.com/articles/s4159…

Pablo Iván Nikel @pabnik.bsky.social (@pabloinik) 's Twitter Profile Photo

Discover our #QurvE #software designed to accurately calculate microbial growth rates & analyze fluorescence data! #Microbiology #SynBio🦠💻 Nature Protocols led by Nicolas Wirth w/Jonathan Funk & Stefano Donati Nikel SEM Group DTU Biosustain · Read it here👇🏻 rdcu.be/dfA5G

Discover our #QurvE #software designed to accurately calculate microbial growth rates &amp; analyze fluorescence data! #Microbiology #SynBio🦠💻 <a href="/NatureProtocols/">Nature Protocols</a> led by <a href="/The_NiWi/">Nicolas Wirth</a> w/Jonathan Funk &amp; <a href="/BioSteDonati/">Stefano Donati</a> <a href="/LabNikel/">Nikel SEM Group</a> <a href="/DTUBiosustain/">DTU Biosustain</a> · Read it here👇🏻
rdcu.be/dfA5G
Facultad de Ciencias Biológicas UCM (@biologiaucm) 's Twitter Profile Photo

¡El día 5 de octubre de 2023 se celebrará en la Facultad el 7º PhDay Complutense! Pueden participar todos los doctorandos matriculados en la facultad de Ciencias Biológicas. Fecha límite de inscripción: 11 de septiembre. Inscripción:forms.gle/utRGQBHwzfs7tr… ¡Anímate a participar!

¡El día 5 de octubre de 2023 se celebrará en la Facultad el 7º PhDay Complutense! Pueden participar todos los doctorandos matriculados en la facultad de Ciencias Biológicas. Fecha límite de inscripción: 11 de septiembre. Inscripción:forms.gle/utRGQBHwzfs7tr… ¡Anímate a participar!
Facultad de Ciencias Biológicas UCM (@biologiaucm) 's Twitter Profile Photo

¡El día 5 de octubre de 2023 se celebrará en la Facultad el 7º PhDay Complutense! Pueden participar todos los doctorandos matriculados en la facultad de Ciencias Biológicas. Fecha límite de inscripción: 11 de septiembre. Inscripción: forms.gle/utRGQBHwzfs7tr… ¡Anímate a participar!

¡El día 5 de octubre de 2023 se celebrará en la Facultad el 7º PhDay Complutense! Pueden participar todos los doctorandos matriculados en la facultad de Ciencias Biológicas. Fecha límite de inscripción: 11 de septiembre. Inscripción: forms.gle/utRGQBHwzfs7tr… ¡Anímate a participar!
Gianni Liti (@liti_nice) 's Twitter Profile Photo

#Yeast | Microbiology Journal | Wiley Online Library The evolution of anaerobic growth in Saccharomycotina yeasts: onlinelibrary.wiley.com/doi/10.1002/ye…

Mol Syst Biol (@molsystbiol) 's Twitter Profile Photo

Exploring the link between taxonomic composition & ecological function in the context of alcoholic fermentation in wine yeast communities ➡️ embopress.org/doi/full/10.15… Ignacio Belda Complutense #MicrobialInteractions #MicrobialCommunities

Exploring the link between taxonomic composition &amp; ecological function in the context of alcoholic fermentation in wine yeast communities ➡️  embopress.org/doi/full/10.15… <a href="/nacho_belda/">Ignacio Belda</a> <a href="/unicomplutense/">Complutense</a> #MicrobialInteractions #MicrobialCommunities
Christina Chavez (@sciencewithtina) 's Twitter Profile Photo

Not all budding yeast can bud! Learn more about cell morphology traits including the diversity of shape and size of the yeast subphylum, Saccharomycotina, in my recent review! Thank you to awesome co-authors Marizeth Groenewald HittingerLab RokasLab academic.oup.com/femsyr/article…

RokasLab (@rokaslab) 's Twitter Profile Photo

A decade or two ago we could only dream of having genomes for all species of a major branch of the tree of life. Thanks to the Y1000+ Project, the dream is now reality! Kudos to HittingerLab Dana A Opulente The Lab LaBella Marizeth Groenewald & the whole TEAM science.org/doi/abs/10.112…

A decade or two ago we could only dream of having genomes for all species of a major branch of the tree of life. Thanks to the Y1000+ Project, the dream is now reality! Kudos to <a href="/HittingerLab/">HittingerLab</a> <a href="/DOpulente/">Dana A Opulente</a> <a href="/Lab_LaBella/">The Lab LaBella</a> <a href="/MarizethGroene1/">Marizeth Groenewald</a> &amp; the whole TEAM science.org/doi/abs/10.112…
Javier Vicente (@javievic) 's Twitter Profile Photo

Happy to share our latest preprint! We explore how winemaking has shaped the genomic and phenotypic diversity in Lachancea thermotolerans. Particularly remarkable are our findings regarding lactic acid production! In great collaboration with Schacherer Lab biorxiv.org/content/10.110…

🧬Jacob L Steenwyk (@jlsteenwyk) 's Twitter Profile Photo

63 yeast #genomes from the genera Wickerhamiella and Starmerella (W/S clade) reveal how #gene loss and HGT have shaped alcohol #fermentation pathways and contributed to metabolic innovations, such as #fructophily and robust fermentation, even in the absence of traditional #genes.

63 yeast #genomes from the genera Wickerhamiella and Starmerella (W/S clade) reveal how #gene loss and HGT have shaped alcohol #fermentation pathways and contributed to metabolic innovations, such as #fructophily and robust fermentation, even in the absence of traditional #genes.
Douda Bensasson (@dbensasson) 's Twitter Profile Photo

It’s been great working with Jacqueline Peña on Footprints of human migration in the population structure of wild wine yeast! biorxiv.org/content/10.110… .. A quick summary 🧵:

Javier Vicente (@javievic) 's Twitter Profile Photo

Have a look at our last work! Subpopulation-specific gene expression in Lachancea thermotolerans uncovers distinct metabolic adaptations to wine fermentation biorxiv.org/content/10.110…