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The group shows strong interest in developments regarding bacterial structures, with examples like mentions of AlphaFold models and discussions about antibiotics targeting the envelope, using words like 'crucial,' 'novel,' and 'opportunity.' The tone combines excitement about scientific advances with recognition of the envelope’s significance, indicating both interest and perceived impact.
Most discussions acknowledge the importance of the bacterial cell envelope in microbiology, antibiotics, and bacterial functions, showing general support.
The widespread sharing of new research, techniques, and conferences indicates high curiosity and enthusiasm about the topic.
Some posts delve into detailed molecular mechanisms and experimental methods, reflecting moderate deep engagement with the subject matter.
Recognitions of the role of the cell envelope in antibiotic targeting and bacterial resistance suggest the discussions view the topic as having meaningful scientific and medical influence.
Out today in @NatureRevMicro https://t.co/xR7Cw9lkIX An updated perspective on antibiotics that target the bacterial cell envelope, highlighting drug–target interactions. Big congrats to @CNtallis his first PhD publication! And thank you @NatMart_Chembio & Andy Edwards! https://t.co/Qh3hhdMps7
Disulfide bonds (DSBs) play a role in folding multiple exported proteins in the bacterial cell envelope. This study shows that DBS are crucial for stabilizing cell division, cell envelope biogenesis &antibiotic resistance proteins in mycobacteria. #mBio: https://t.co/77yJNQLcET https://t.co/RD2FJo9oXe
Type VII ABC transporters underpin many core activities in the bacterial cell envelope - including efflux, cell division and lipoprotein trafficking. A new paper in PLOS Biology reveals YbbAP-TesA as a novel Type VII system in E. coli. dx.plos.org/10.1371/jour...
Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a huge complex in cells, made of 17 proteins, spans across the bacterial cell envelope to transduce force for motility. Can anyone tell me if this is a first?
Our new data on Staph type VII systems and the bacterial cell envelope
Easter is approaching but so is the abstract deadline for the Great Wall Symposium: May 1st! If you want a chance to present at the best conference, focused on the Bacterial Cell Envelope, crack on! https://t.co/1Hbzm78jVN Sicily, September 15-17th 2025
Microorganisms develop resistance to treatment options, making infections difficult to treat. This presentation explains bacterial cell envelope structures in Gram-negative and Gram-positive bacteria, highlighting their…
This video explains the bacterial cell envelope, highlighting the structural differences between Gram-positive and Gram-negative bacteria, including peptidoglycan layers and outer membrane features, essential for…
Type VII ABC transporters underpin many core activities in the bacterial cell envelope - including efflux, cell division and lipoprotein trafficking. A new paper in PLOS Biology reveals YbbAP-TesA as a novel Type VII system in E. coli. dx.plos.org/10.1371/jour...
The bacterial cell envelope as a morphogenetic code for biofilm development doi.org/10.1071/MA25...
The bacterial cell envelope as a morphogenetic code for biofilm development https://t.co/cs4kHsdcXv https://t.co/e5KidySVw9
RT @MarkusWeingarth: Out today in @NatureRevMicro https://t.co/xR7Cw9lkIX An updated perspective on antibiotics that target the bacteria…
RT @MarkusWeingarth: Out today in @NatureRevMicro https://t.co/xR7Cw9lkIX An updated perspective on antibiotics that target the bacteria…
RT @MarkusWeingarth: Out today in @NatureRevMicro https://t.co/xR7Cw9lkIX An updated perspective on antibiotics that target the bacteria…
@MarkusWeingarth @NatureRevMicro @CNtallis @NatMart_Chembio Congratulations on the publication! Antibiotics targeting the bacterial cell envelope are crucial in our ongoing battle against bacterial resistance. What aspects of drug-target interactions did you find most challenging to elucidate? #Antibiotics #Medicine For in-depth
RT @MarkusWeingarth: Out today in @NatureRevMicro https://t.co/xR7Cw9lkIX An updated perspective on antibiotics that target the bacteria…
RT @MarkusWeingarth: Out today in @NatureRevMicro https://t.co/xR7Cw9lkIX An updated perspective on antibiotics that target the bacteria…
RT @MarkusWeingarth: Out today in @NatureRevMicro https://t.co/xR7Cw9lkIX An updated perspective on antibiotics that target the bacteria…
Out today in @NatureRevMicro https://t.co/xR7Cw9lkIX An updated perspective on antibiotics that target the bacterial cell envelope, highlighting drug–target interactions. Big congrats to @CNtallis his first PhD publication! And thank you @NatMart_Chembio & Andy Edwards! https://t.co/Qh3hhdMps7
Master the key concepts of the bacterial cell envelope. Understand its structure, function, and importance in microbiology and medicine. Perfect for students preparing for exams or anyone exploring bacterial biology. https://t.co/oKZDWooKqL
@KatKanada_TM The bacterial flagellar motor is a machine, about 45 nm in diameter, embedded in the bacterial cell envelope. It is powered by the flux of H+ or Na+ ions across the cytoplasmic membrane driven by an electrochemical gradient, the proton-motive force or the sodium-motive force.
RT @ASMicrobiology: Disulfide bonds (DSBs) play a role in folding multiple exported proteins in the bacterial cell envelope. This study sho…
RT @ASMicrobiology: Disulfide bonds (DSBs) play a role in folding multiple exported proteins in the bacterial cell envelope. This study sho…
RT @ASMicrobiology: Disulfide bonds (DSBs) play a role in folding multiple exported proteins in the bacterial cell envelope. This study sho…
RT @ASMicrobiology: Disulfide bonds (DSBs) play a role in folding multiple exported proteins in the bacterial cell envelope. This study sho…
RT @ASMicrobiology: Disulfide bonds (DSBs) play a role in folding multiple exported proteins in the bacterial cell envelope. This study sho…
RT @ASMicrobiology: Disulfide bonds (DSBs) play a role in folding multiple exported proteins in the bacterial cell envelope. This study sho…
RT @ASMicrobiology: Disulfide bonds (DSBs) play a role in folding multiple exported proteins in the bacterial cell envelope. This study sho…
RT @ASMicrobiology: Disulfide bonds (DSBs) play a role in folding multiple exported proteins in the bacterial cell envelope. This study sho…
RT @ASMicrobiology: Disulfide bonds (DSBs) play a role in folding multiple exported proteins in the bacterial cell envelope. This study sho…
Disulfide bonds (DSBs) play a role in folding multiple exported proteins in the bacterial cell envelope. This study shows that DBS are crucial for stabilizing cell division, cell envelope biogenesis &antibiotic resistance proteins in mycobacteria. #mBio: https://t.co/77yJNQLcET https://t.co/RD2FJo9oXe
"We'll build virtual cell envelopes that mimic the real thing, complete with outer membranes, periplasmic spaghetti, and nanoscopic violence. Our aim? Not just to observe—but to interrogate, stress, and break the system."
RT @davidroper2: Easter is approaching but so is the abstract deadline for the Great Wall Symposium: May 1st! If you want a chance to pres…
RT @davidroper2: Easter is approaching but so is the abstract deadline for the Great Wall Symposium: May 1st! If you want a chance to pres…
RT @davidroper2: Easter is approaching but so is the abstract deadline for the Great Wall Symposium: May 1st! If you want a chance to pres…
Easter is approaching but so is the abstract deadline for the Great Wall Symposium: May 1st! If you want a chance to present at the best conference, focused on the Bacterial Cell Envelope, crack on! thegreatwall-symposium.org Sicily, September 15-17th 2025
RT @davidroper2: Easter is approaching but so is the abstract deadline for the Great Wall Symposium: May 1st! If you want a chance to pres…
RT @davidroper2: Easter is approaching but so is the abstract deadline for the Great Wall Symposium: May 1st! If you want a chance to pres…
RT @davidroper2: Easter is approaching but so is the abstract deadline for the Great Wall Symposium: May 1st! If you want a chance to pres…
Easter is approaching but so is the abstract deadline for the Great Wall Symposium: May 1st! If you want a chance to present at the best conference, focused on the Bacterial Cell Envelope, crack on! Sicily, September 15-17th 2025 thegreatwall-symposium.org
Easter is approaching but so is the abstract deadline for the Great Wall Symposium: May 1st! If you want a chance to present at the best conference, focused on the Bacterial Cell Envelope, crack on! https://t.co/1Hbzm78jVN Sicily, September 15-17th 2025
You are a young researcher working on the bacterial cell envelope ? Don't miss this opportunity !!
RT @TheoBiophysics:
RT @TheoBiophysics:
RT @TheoBiophysics:
RT @TheoBiophysics:
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
Prof. Pei Zhou (Duke University, USA) talked about Novel antibiotics targeting lipid A biosynthesis in gram-negative bacteria & Prof. Jayanta Haldar from @jncasr Bangalore) discussed Small molecular therapeutics to target the bacterial cell envelope https://t.co/n3EV9LlMnB
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
4/4 Between the inner motor and outer membrane lies the periplasmic complex. AlphaFold revealed how proteins like GltC and GltD act as a bridge, transmitting mechanical force across the bacterial cell envelope.
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
RT @NikoMcCarty: Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a h…
Researchers used AlphaFold alone (no wet-lab experiments; no cryo-EM etc.) to build a structural model and predict how a huge complex in cells, made of 17 proteins, spans across the bacterial cell envelope to transduce force for motility. Can anyone tell me if this is a first?
In part two of the story of #fluorescent #antimicrobial peptide UNR-1, we showcase its exceptional solvatochromism, enabling the analysis of perturbations in the bacterial cell envelope under physical and chemical stress by flow cytometry. #ChemBio pubs.acs.org/doi/10.1021/...
A lifetime passion for the bacterial cell envelope
Next up is Dr Melissa Webby from Oxford University on the bacterial cell envelope
Determining the Youngs Modulus of the Bacterial Cell Envelope https://www.biorxiv.org/content/10.1101/2024.04.04.588172v1
Determining the Youngs Modulus of the Bacterial Cell Envelope https://www.biorxiv.org/content/10.1101/2024.04.04.588172v1
Our new data on Staph type VII systems and the bacterial cell envelope
Next @BCI_Pasteur seminar this Tuesday @PetraLevin from @WUSTLBio The Environment Shapes the Bacterial Cell Envelope Invited by @DumenilLab
https://t.co/N5M1Arvknz https://t.co/2X8k245dlK https://t.co/kr54yPm0fJ https://t.co/9TgK6K0hJg https://t.co/eYpW8028Rt https://t.co/7jBVUzovwL https://t.co/Dc8zZm39Y2 https://t.co/BktGfDbobS https://t.co/yF0p8XyWoC
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