gEMM Lab UdG
@GemmLab_UdG
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The Group of Molecular Microbial Ecology is part of @IEA_UdG. Dedicated to study physiology and ecology of microbes. At this moment maintained by @Lbanyeras
Girona, Catalunya
Joined October 2017
After a looooong time without posting in this account it is time to give it some activity. Today we had the opportunity to listen to Elena Hernandez @sugusybesos talking about bacterial strains and synthetic consortia for #mercury bioremediation.
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RT @sebastia_puig: The GAIA project, led by @Leitat with the participation of @Facsa_es) & our team (@LEQUIA_UdG ; @GemmLab_UdG ), has succ….
aguasresiduales.info
Este desarrollo tecnológico, basado en la bioelectroconversión microbiana, ha permitido...
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Lectio-ultima de Carles Abellà. Apassionat dels microbis, de la microbiologia i mentor de molts nosaltres. Gràcies, Carles pel que ens has ensenyat.
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Curious minds, get ready! 🎥 The debut video from the DeCENT project, led by @LEQUIA_UdG & @GemmLab_UdG, is here as part of @AgEInves ' TED2021 initiative.
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RT @sebastia_puig: ⚡️ Latest milestone: Advancing towards electro-bioremediation scaling-up for nitrate-contaminated groundwater treatment.….
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RT @sebastia_puig: What a milestone for #deCENT project (leaded by . @LEQUIA_UdG and @GemmLab_UdG) under "TED2021" call @AgEInves! Further….
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RT @LEQUIA_UdG: This week we have started to validate our CO2 capture prototype at the office building of Jacobs, in Bristol, UK. The proto….
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Microbiology has changed quite a lot. Years ago, excitement in the group came from a new colony of anaerobic microbes growing autotrophically on agar plates. Today, same feeling after getting bands showing expression of target genes in soils 🤗💪 #undergraduate work @IEA_UdG
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RT @ImmunoFever: There is a human tissue that builds itself up and breaks itself down every ~28 days using non-scarring wound healing and i….
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Xanthobacter flavus occurred as the main responsible (40% relative abundance) bacterium for CO2 fixation and N assimilation into protein (~85% of the biomass). The work advances on the use of HOB and bioelectrochemical platforms for protein production.
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In our last contribution we continued our work on the use of electrochemically assisted reactors for the growth of bacteria in strictly autotrophic conditions. In our systems O2 and H2 are produced in situ and CO2 added externally
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a collaborative work with @sebastia_puig in the frame of a @ERA_CoBioTech project funded by @AgEInves . @LEQUIA_UdG @IEA_UdG.
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Three newly designed TaqMan probes were used to estimate growth rates of C cellulovorans, C acetobutylicum and C carboxidivorans growing in synthetic consortia
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A work in collaboration with @LEQUIA_UdG @IEA_UdG @FHNW and the Institute of Microbiology, Chinese Academy of Sciences.funded by @ElectraH2020 @EU_H2020.
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Our results indicate that a poised electrode is not sufficient for the whole process, and oxygen is required. However, we show that hydroxylamine oxidation can be, at some extent, bioelectrochemically assisted.
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In this work, we tested how this metabolism can be assisted with. poised electrode using single chamber lab-scale BES systems
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