#cryoem search results
Are you attending the Industrial Biostructures America (IBA) Conference zurl.co/744Yy in East Cambridge May 10-12? Please visit our MiTeGen booth to discuss your research & learn about our tools & instruments for structural biology research #cryoem #crystallography
🔬 We are looking for candidates for two open positions in the Tomáš Kouba Group. The #cryoEM core facility studies 3D structure of proteins and their complexes using single particle analysis. See more on the #IT specialist position ► uochb.cz/en/open-positi… ⤵️ See more on
Muñoz-Hernández, Xu, Wieczorek et al. report #cryoEM structures revealing how NEDD1’s C terminus forms an α-helical tetramer that docks onto the γ-TuRC without inducing major conformational changes in the complex during its recruitment to MTOCs hubs.ly/Q03nCNXc0
How does the metabolic receptor #HCAR1 become activated? Researchers harness #CryoEM to examine HCAR1 unbound and bound to lactate or a synthetic activator and show that the receptor becomes self-activated through rearrangement of extracellular loop 2. scim.ag/4suF99n
By integrating deep learning, the Blush regulation method, by Dari Kimanius + team, enhances #cryoEM image clarity, making it possible to study complex macromolecules ➡️ bit.ly/4cN00Mx
Cryo-EM Structures Reveal the Unique Binding Modes of Metyltetraprole in Yeast and Porcine Cytochrome bc1 Complex Enabling Rational Design of Inhibitors | JACS #CryoEM #Methyltetraprole #Yeast #Porcine #Cytochrome #Inhibitor #Design pubs.acs.org/doi/10.1021/ja…
#BPS2026 Newsroom Spotlight - Scientists Show How Your Body Senses Cold - And Why Menthol Feels Cool @huykjoon_lee_kr @cggpark91 @jgfedor87 @dukemedschool #cryoelectronmicroscopy #CryoEM #TRPM8ProteinChannel buff.ly/pSaDTi8
Kenworthy et al @MedicineUVA explore the evolutionary history of caveolins. Using computational predictions & #CryoEM, the authors show both animal & choanoflagellate caveolins assemble into amphipathic disks composed of seven conserved structural elements hubs.la/Q03BN8r40
🌱 Can collaboration and innovation shape better science? 🔬 Our Giovanni Maltinti, PhD student in the @GaiaPigino Group, shares why HT and MIND connect scientists and cutting-edge tools like #cryoEM to improve quality of life. Watch the interview 👉 youtube.com/watch?v=CX-fIm…
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MIND Milano Innovation District
Deciphering Protein Secondary Structures and Nucleic Acids in Cryo-EM Maps Using Deep Learning #DeepLearning #CryoEM pubs.acs.org/doi/10.1021/ac… #JCIM Vol65 Issue3 #Bioinformatics
A new mechanism of protein degradation: revealing how the proteasome recognizes branched ubiquitin chains sinica.edu.tw/en/news_conten… #CryoEM #proteasome #ubiquitin @IBCSinica
New #CryoEM discoveries are decoding the structural properties and evolution of the TSC2 protein complex, which acts as a key brake on the cell growth-promoting #mTORC1 signaling pathway. @lab_manning @HarvardChanSPH Check out the Review: scim.ag/46CKN0J
Time-resolved #cryoEM can resolve protein motion on millisecond or even microsecond timescales, but the need for highly specialized tools and skills limits the method’s reach. By Michael Eisenstein. nature.com/articles/d4158…
Assess EM model reliability with Q-scores! A new statistical approach applied to EMDB & PDB maps reveals insights into map quality and model fit. Learn more: ow.ly/r0ot50Xngy1 @ucsandiego @ActaCrystD @IUCr #CryoEM #QScores #Validation
Cryo-EM structures of M. tuberculosis imidazole glycerol phosphate dehydratase suggest that the enzyme exhibits a 24-mer assembly with 432 symmetry in both apo and small-molecule-bound states. 🔗 ow.ly/rNXy50YntpY @ActaCrystF @IUCr #CryoEM #Tuberculosis
Complete Botulinum Toxin Complex Structure Revealed Through Cryo-EM Researchers have created a blueprint of how one of the world's most dangerous toxins, #botulinum toxin, is structured, stabilized, delivered, and released @Stockholm_Uni #botulism #CryoEM hubs.li/Q03G1H8J0
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Complete Botulinum Toxin Complex Structure Revealed Through Cryo-EM
Researchers have created a blueprint of how one of the world's most dangerous toxins, botulinum toxin, is structured, stabilized, delivered, and released.
Evidence for Epibatidine Binding to the Desensitization Gate in α7 nAChR from Molecular Dynamics Simulations and Cryo-EM #MolecularDynamics #CryoEM pubs.acs.org/doi/10.1021/ac… #JCIM Vol66 Issue3 #Letter
Capturing enzymes in motion The structure and dynamics of the ACE enzyme revealed by #CryoEM and molecular simulations. elifesciences.org/articles/10872…
Cryo-EM Structure Illuminates How a Designed Peptide Precisely Pauses the Ribosome sinica.edu.tw/en/news_conten… #CryoEM #Ribosome #eRAP @IBCSinica
The latent embeddings of both simulated and experimental data learned using a simulation-based inference method for #cryoEM images correspond to low-dimensional smooth manifolds that are parametrized by physical properties of the data. 🔗 go.aps.org/3Kyz621
Are you attending the Industrial Biostructures America (IBA) Conference zurl.co/744Yy in East Cambridge May 10-12? Please visit our MiTeGen booth to discuss your research & learn about our tools & instruments for structural biology research #cryoem #crystallography
Attention NY Area #cryoem #cryoet enthusiasts - The 6th Annual NY Area Cryo-EM meeting is May 27th - Features a workshop/discussion format where new results and techniques will be discussed - We are sponsoring and attending the meeting - zurl.co/ZozvM
The 2027 Biophysical Society #CryoEM Subgroup welcomes nominations for the June Almeida Award for Mid/Senior-Career Women in CryoEM. The nomination deadline is November 13, 2026. Details on eligibility and nomination requirements may be found here: biophysics.org/Awards-Funding….
Using #cryoEM and functional assays, we showed that MB11 binds to the PDCoV RBD as designed and inhibits viral entry by preventing engagement of the host receptor through steric hindrance, explaining its potent neutralizing activity 11/12
Between frequent manual handling, FIB-milling, and the need to accommodate diverse sample types, grid selection can directly impact the quality of your data View our range of popular & alternative support formats: eu1.hubs.ly/H0tVdjP0 #tomography #CLEM #cryoEM #microscopy
Given that E-FIC is the target of TMPRSS2, we hypothesized that S2′ site-directed antibodies also recognize this state. We thus characterized the complex between SARS-CoV-2 E-FIC and the VN01H1 antibody which neutralizes several human alpha- and beta-CoVs using #cryoEM 10/19
To visualize TMPRSS2-mediated recognition of a coronavirus S2′ site and overcome transient binding, we determined #cryoEM structures of TMPRSS2 bound to the HCoV-NL63 S2′ peptide, providing a blueprint of the interactions that lead to viral entry 9/19
EMS is pleased to announce a series of webinars in cooperation with our colleagues at Quorum, specialists in sample preparation for EM. All webinars are free with registration. Details and registration: hubs.la/Q04dy0Mp0 #EMShasit #emsamplepreparation #cryoem #SEM #FIB
Are you attending the IUCr2026 meeting in Calgary, Canada this August? If so we invite you to stop by our MiTeGen booth (27) to discuss your latest research and to learn how our tools and instruments for #crystallography and #cryoem can accelerate your research - #IUCr2026
How does S. aureus kill cells? @iiscbangalore researchers used #cryoEM to capture the step-by-step assembly of alpha-hemolysin #toxins as they punch pores in red blood cells, revealing how #membrane lipids modulate infection #SARAL #ANRF #ResearchHighlights #ScienceCommunication
How do #bacterial #toxins breach our cells? @iiscbangalore researchers used #cryoEM to reveal step-by-step structural transition of #alphaHL #toxin as it forms pores in lipid membranes, a key process in S. aureus #infections #SARAL #ANRF #ResearchHighlights #ScienceCommunication
Stunning work with Evo 2 generating functional phages — especially the novel protein validated by cryo-EM! At CryoAI Nanomega, we deliver integrated cryo-EM + AI services to accelerate exactly this kind of synthetic biology. #CryoEM #AIinBio
Modifying the bacterial strain led to cleaner bacterial expression of a synthetic BRIL antibody that facilitates protein structure determination via both crystallography and cryo-EM @UniofOxford @ActaCrystF @IUCr #CryoEM #XRayCrystallography #BRIL doi.org/10.1107/S20532…
【#CPHI Japan 出展中｜📍3J-40】 cryo-EMは性能だけで語れるのか？ 100 keVイメージングの検討など、アクセス性・運用性をどう捉えるかが議論されています。 nature.com/articles/d4247… #CryoEM #ElectronMicroscopy
Last week, MB&B hosted Dr. Ryan Feathers (Princeton) for a hands-on workshop on AI for cryo-EM—showcasing cryoDRGN to reveal molecular heterogeneity in challenging datasets. Read more here: bit.ly/3QoEOqq @FeathersRyan #CryoEM #StructuralBiology
For GPCR cryo-EM, the protein is everything, and @NanoimagingS built their entire platform around that reality. Meet our Founding Co-Host → youtu.be/OOo3JSgpn5A Join us April 29th in Boston → ecosystem.drgpcr.com/post/gpcr-happ… #GPCR #CryoEM #StructuralBiology #Boston
CryoJAX is a cryo-EM image-simulation library for building computational data-analysis applications in JAX @harvard @unewhaven @Cornell @ActaCrystD @IUCr #CryoEM #ImageSimulation #AutomaticDifferentiation doi.org/10.1107/S20597…
On the way to #CCPEM 2026 Spring Symposium from London to Nottingham. Excited about the premiere #CryoEM ❄️🔬conference learning, networking, and presenting. @ismb_london and @BirkbeckUoL 🦉will be well represented.
@NYSBC_Science is hosting a @MathforAmerica course on Unveiling Molecular Mysteries: A Journey Into Structural Biology. This course spans 3-parts: April 21 (NMR), May 5 (X-ray crystallography) & May 19 (#cryoEM). Tonight NYSBC’s NMR director, Art Palmer, kicked off the series.
New News & Views in @NatureSMB We highlight how recent #cryoEM work reveals many ligands, pockets & states for #bitter #taste #GPCRs, from intracellular binding to ECL “lids” shaping aftertaste rdcu.be/ferTU Evgenii Ziaikin, Nitsan Dallal
Muñoz-Hernández, Xu, Wieczorek et al. report #cryoEM structures revealing how NEDD1’s C terminus forms an α-helical tetramer that docks onto the γ-TuRC without inducing major conformational changes in the complex during its recruitment to MTOCs hubs.ly/Q03nCNXc0
🔬 We are looking for candidates for two open positions in the Tomáš Kouba Group. The #cryoEM core facility studies 3D structure of proteins and their complexes using single particle analysis. See more on the #IT specialist position ► uochb.cz/en/open-positi… ⤵️ See more on
Kenworthy et al @MedicineUVA explore the evolutionary history of caveolins. Using computational predictions & #CryoEM, the authors show both animal & choanoflagellate caveolins assemble into amphipathic disks composed of seven conserved structural elements hubs.la/Q03BN8r40
🧊 An important day for @IOCBPrague and our research: We’ve opened a new underground building at our campus, designed to house a state-of-the-art #cryoEM center with cutting-edge equipment. Congratulations to everyone involved in this multiyear project!
⚛ IOCB Prague has launched state-of-the-art technological equipment for #cryoEM. Tomáš Kouba from @IOCBPrague recently organized a symposium that brought together scientists working in structural biology and emerging technologies.
New #CryoEM discoveries are decoding the structural properties and evolution of the TSC2 protein complex, which acts as a key brake on the cell growth-promoting #mTORC1 signaling pathway. @lab_manning @HarvardChanSPH Check out the Review: scim.ag/46CKN0J
How does the metabolic receptor #HCAR1 become activated? Researchers harness #CryoEM to examine HCAR1 unbound and bound to lactate or a synthetic activator and show that the receptor becomes self-activated through rearrangement of extracellular loop 2. scim.ag/4suF99n
The latent embeddings of both simulated and experimental data learned using a simulation-based inference method for #cryoEM images correspond to low-dimensional smooth manifolds that are parametrized by physical properties of the data. 🔗 go.aps.org/3Kyz621
Researchers cracked the structure of the Hepatitis B Virus surface antigen (HBsAg) using advanced #CryoEM! This discovery reveals how HBsAg assembles into complex filaments and interacts with the capsid to form virions. #InnovativeTsinghua @ScienceMagazine More:
By integrating deep learning, the Blush regulation method, by Dari Kimanius + team, enhances #cryoEM image clarity, making it possible to study complex macromolecules ➡️ bit.ly/4cN00Mx
Assess EM model reliability with Q-scores! A new statistical approach applied to EMDB & PDB maps reveals insights into map quality and model fit. Learn more: ow.ly/r0ot50Xngy1 @ucsandiego @ActaCrystD @IUCr #CryoEM #QScores #Validation
Cryo-EM Structure Illuminates How a Designed Peptide Precisely Pauses the Ribosome sinica.edu.tw/en/news_conten… #CryoEM #Ribosome #eRAP @IBCSinica
Join us for the #VirtualPub /Correlated Imaging Series with Iban Ubarrechena, Biofisika Institute, @BRforEM, for a talk on "#CryoEM as a magnifying glass into cell biology." All are welcome! 🗓️Fri, Jan 24 @ 13:00 CET Followed by the Tech Exchange. Register⤵️
Cryo-EM structures of M. tuberculosis imidazole glycerol phosphate dehydratase suggest that the enzyme exhibits a 24-mer assembly with 432 symmetry in both apo and small-molecule-bound states. 🔗 ow.ly/rNXy50YntpY @ActaCrystF @IUCr #CryoEM #Tuberculosis
Capturing enzymes in motion The structure and dynamics of the ACE enzyme revealed by #CryoEM and molecular simulations. elifesciences.org/articles/10872…
The molecular fidelity of Aβ pathology in 5xFAD and AppNL−FPsen1P117L mice revealed by #cryoEM Meinai Song...Deng-Feng Zhang & Qin Cao #amyloid #AlzheimersDisease link.springer.com/article/10.118…
Prof Manidipa Banerjee presented 👉how her group @iitdelhi uses #CryoEM to decipher the structural, functional & immunological features of macromolecular interactions during infections. 👉how dynamic snapshots provided by CryoEM with their higher biological relevance could drive
Looking for a primer on why the contrast transfer function matters in #cryoEM? Have a look at our updated #CryoSPARC Guide pages on CTF estimation! We cover intuition, theory, job types and practical considerations: guide.cryosparc.com/processing-dat…
Cryo-EM reveals M. tuberculosis IGPD forms a striking 24-mer assembly with 432 symmetry in both apo and ligand-bound states. Dive into the structural insights: ow.ly/CjzO50XrsJB @ActaCrystF @IUCr #CryoEM #Tuberculosis #HistidineBiosynthesisPathway
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