M (@martalidiasu) 's Twitter Profile
M

@martalidiasu

ID: 2955709709

calendar_today01-01-2015 23:28:03

251 Tweet

436 Followers

471 Following

Cathrine Hellerschmied (@cathrinezn1) 's Twitter Profile Photo

This, my first lead author paper, is a concoction of hard work, putting myself "out there" and asking others for support. Big thanks to my co-authors Artur Zaduryan Niels Waldmann, Lydia Rachbauer go.nature.com/3wtZV0g #Hydrogen, #BioMethane, #EnergyStorage

Chris Greening (@greeninglab) 's Twitter Profile Photo

Masterpiece manuscript from Stefanie Imminger, @DimitriMeier and Dagmar Woebken on how desert soil microbes resuscitate following hydration at a species-resolved level. Evidence for key roles for both phototrophs and hydrogenotrophs. nature.com/articles/s4146…

Michael Wagner (@michiwagner4) 's Twitter Profile Photo

Fantastic talks, great interactions, and a lot of fun: The 13th INTIME Meeting of Team Aalborg Universitet & Team Aarhus Universitet together with members of the Centre for Microbiology and Environmental Systems Science of the Universität Wien and the Cluster of Excellence 'MicroPlanet' Cluster of Excellence.

Fantastic talks, great interactions, and a lot of fun: The 13th INTIME Meeting of Team <a href="/aalborg_uni/">Aalborg Universitet</a> &amp; Team <a href="/AarhusUni/">Aarhus Universitet</a>  together with members of the Centre for Microbiology and Environmental Systems Science of the <a href="/univienna/">Universität Wien</a> and the <a href="/MicrobesPlanet/">Cluster of Excellence 'MicroPlanet'</a> Cluster of Excellence.
Maxim Rubin-Blum (@maximrubinblum) 's Twitter Profile Photo

Ghost shrimps burrow sediments near cold seeps, altering chemistry and microbial life over large areas. Fascinating microbiology happens in burrows. Do these shrimp grow giant sulfur bacteria for food? Dariel Admilson The Leon H. Charney School of Marine Sciences Or M. Bialik The Applied Marine Exploration Lab egusphere.copernicus.org/preprints/2024…

Ghost shrimps burrow sediments near cold seeps, altering chemistry and microbial life over large areas. Fascinating microbiology happens in burrows. Do these shrimp grow giant sulfur bacteria for food? <a href="/IOLR/">Dariel Admilson</a> <a href="/CharneySchoolMS/">The Leon H. Charney School of Marine Sciences</a> <a href="/BialikOr/">Or M. Bialik</a> <a href="/Exploration_Lab/">The Applied Marine Exploration Lab</a>  egusphere.copernicus.org/preprints/2024…
Awais Athar (@awaisathar) 's Twitter Profile Photo

🔬Science should be shared! We have built an open-access web repository for microbiological Raman spectroscopy data which establishes a set of standards for data reporting to ensure reproducible measurements. Read more in Nature Microbiology rdcu.be/dHdtK

🔬Science should be shared! 

We have built an open-access web repository for microbiological Raman spectroscopy data which establishes a set of standards for data reporting to ensure reproducible measurements. 

Read more in <a href="/NatureMicrobiol/">Nature Microbiology</a> 

rdcu.be/dHdtK
Pierre Deep Sea (@pgirguis) 's Twitter Profile Photo

I'm delighted to announce that our latest publication is out (and, like nearly every paper from our lab, is open access)! In this paper, Dr. Jessica Mitchell Jessica Mitchell and our colleagues reveals how the sulfur-oxidizing symbionts use their TWO carbon fixation pathways and

Isidora Morel Letelier (@isimorel) 's Twitter Profile Photo

Natural experiments, like the closure of the Isthmus of Panamá, can reveal the fascinating mechanisms of bacterial evolution. Our new paper shows how horizontal gene transfer helped chemosynthetic symbionts survive in the Caribbean Sea after this event. journals.plos.org/plosgenetics/a…

MinuteEarth (also on BlueSky) (@minuteearth) 's Twitter Profile Photo

Petri Dishes are AMAZING! But they also have a massive problem - only 2% of bacteria can grow on petri dishes. But this is not good enough! Let's have a look at how some labs are solving this problem: youtu.be/2VY_SBwkCjw?si…

Petri Dishes are AMAZING!
But they also have a massive problem - only 2% of bacteria can grow on petri dishes. 

But this is not good enough! Let's have a look at how some labs are solving this problem: youtu.be/2VY_SBwkCjw?si…
Akos T. Kovacs (@evolvedbiofilm) 's Twitter Profile Photo

Multicellular magnetotactic bacteria are genetically heterogeneous consortia with metabolically differentiated cells PLOS Biology from @environmicrobio journals.plos.org/plosbiology/ar…

Multicellular magnetotactic bacteria are genetically heterogeneous consortia with metabolically differentiated cells

<a href="/PLOSBiology/">PLOS Biology</a> from @environmicrobio 

journals.plos.org/plosbiology/ar…
Piotr Łukasik (@sympiotr) 's Twitter Profile Photo

We are on #mSystems ASM cover! Anna Michalik's microphotograph shows a ball formed by specialized symbiotic bacteria within the oocyte of a planthopper. This is a stage in symbionts' transovarial transmission, dating back >300 my. Link to our article below!

We are on #mSystems <a href="/ASMicrobiology/">ASM</a> cover! <a href="/AnnaMichalik17/">Anna Michalik</a>'s microphotograph shows a ball formed by specialized symbiotic bacteria within the oocyte of a planthopper. This is a stage in symbionts' transovarial transmission, dating back &gt;300 my.
Link to our article below!
Kartik Aiyer (@kartiksaiyer) 's Twitter Profile Photo

Pleased to share our work on interactions of cable bacteria with electrodes, published in AppEnvMicro journal journal. Great collaboration with Robin Bonné, Ugo Marzocchi, Lars Peter Nielsen and others at Center for Electromicrobiology. My sincere thanks to all coauthors. Link: journals.asm.org/doi/10.1128/ae…

Marcela Hernández (@matehg) 's Twitter Profile Photo

Interested in CO-oxidisers and volcanoes? 🌋 🦠 Join me for my talk on Tuesday, session MS08 (Ballroom East) #ISME19 😊

Dagmar Woebken (@dagmarwoebken) 's Twitter Profile Photo

📢📢📢PhD positions in microbial physiology & microbial survival in my group!!! More details on my website below (Join the Team) 👇👇👇. Please RT. dome.univie.ac.at/woebken/

Kartik Aiyer (@kartiksaiyer) 's Twitter Profile Photo

Pleased to share our perspective article. We look at the prevalence, mechanisms and the diversification of microbial electroactivity across the three domains of life and ask the question "Are all microbes electroactive?" Deeply grateful to @DigelLeonid and Robin Bonné for a fun

Irene Sánchez-Andrea (@sanchezandreai) 's Twitter Profile Photo

🌟 Exciting paper out! 🌟🎉🔬 I am extremely happy to see our latest research article out in Scientific Reports: “Micrometric pyrite catalyzes abiotic sulfidogenesis from elemental sulfur and hydrogen.” lnkd.in/dKW2VpeV

🌟 Exciting paper out! 🌟🎉🔬
I am extremely happy to see our latest research article out in Scientific Reports: “Micrometric pyrite catalyzes abiotic sulfidogenesis from elemental sulfur and hydrogen.” 
lnkd.in/dKW2VpeV
Martin Polz (@martinpolz) 's Twitter Profile Photo

Important finding by @KerrinSteensen that non-tailed and filamentous prophages dominate over tailed prophages in Vibrio when using unbiased predictions. Lots of interesting biology uncovered as well. academic.oup.com/ismej/advance-…

AppEnvMicro journal (@appenvmicro) 's Twitter Profile Photo

New AppEnvMicro journal issue is HERE! Beautiful and fascinating cover for this issue from Bonné et al. Filamentous, electric cable bacteria stretch from sediment and aggregate on electrodes. Robin Bonné Kartik Aiyer Center for Electromicrobiology Check out our October issue: journals.asm.org/toc/aem/90/10

New <a href="/AppEnvMicro/">AppEnvMicro journal</a> issue is HERE! Beautiful and fascinating cover for this issue from Bonné et al. Filamentous, electric cable bacteria stretch from sediment and aggregate on electrodes. <a href="/BonneRobin/">Robin Bonné</a> <a href="/kartiksaiyer/">Kartik Aiyer</a> <a href="/CEMAarhus/">Center for Electromicrobiology</a> 

Check out our October issue: journals.asm.org/toc/aem/90/10