Top Tweets for #Transmembrane
This review highlights how #KCNE #transmembrane subunits shape voltage-gated #PotassiumChannel function across tissues, influencing #Electricalsignaling and disease, while advancing opportunities for targeted therapies in ion channel disorders.
#OpenAccess: https://t.co/F43jrXDaAy
Glad to share our work, where tuning lipophilicity by chlorination of tyramine-urea derivatives enhances H+/Cl- ion transport activity by several folds across transmembrane.
Thankful to Prof. Aasheesh Srivastava and all the contributors for support.
Link: https://t.co/BzZFPxGbPB
📚 Read our #published Review "Targeted Strategies for #Degradation of Key #Transmembrane #Proteins in #Cancer" by @VeharySakanyan , Nina Iradyan and Rodolphe Alves de Sousa
🔺 Access the full text at: https://t.co/tmSWLXuCc6
🔺 Special Issue: https://t.co/vKX8vUzA0f
Native Cellular Membranes Facilitate Channel Activity of MscL by Enhancing Slow Collective Motions of Its Transmembrane Helices | Journal of the American Chemical Society #Cellular #Membranes #Channel #MscL #SlowMotion #Transmembrane #Helices https://t.co/WJ9cEas26a
🛩️Where to go: surface, ER or #Golgi?
GCIR scientists have discovered that the length and hydrophilicity of a protein's #transmembrane domain (TMD) influence its fate in cells. In @J_Cell_Sci by Pr Pierre Cosson!
Full https://t.co/7Yk4AHwxlX
Summary https://t.co/rEJl3BHYGr
The 2024-06-28 Pdbtm release is out! 35 new #transmembrane #structure in this week!
https://t.co/Tt08Z1BVf7
🔵 #Cystic #fibrosis (CF) is caused by a mutation in the cystic fibrosis #transmembrane conductance regulator (CFTR) gene, which regulates the Cl− channel
✅️ Type and severity of #pancreatic function depend on #CFTR #mutation 🧬 status
#MedEd #MedTwitter
The 2024-06-14 Pdbtm release is out! 46 new #transmembrane #structure in this week!
https://t.co/vQmpMYJP9z
🌟#notablepaper
📚In Vitro versus Cryo-Induced Capacitation of Bovine #Spermatozoa, Part 2: Changes in the Expression Patterns of Selected #Transmembrane Channels and #ProteinKinase A
🔗https://t.co/qtdXQwfy6D
👨🔬By Dr. Eva Tvrdá et al
@MDPIOpenAccess
@MDPIBiologySubj
Dr. Andrew Goodhead will be at the #IOSummitUK in London showcasing a poster on the intriguing world of #transmembrane targets. See how Carterra’s #HTSPR LSA platform is revolutionizing workflows and offering deeper insights into thousands of potential drug candidates.
Rapid Enrichment of a Native Multipass Transmembrane Protein via Cell Membrane Electrophoresis through Buffer pH and Ionic Strength Adjustment | Journal of the American Chemical Society #Transmembrane #Protein #Electrophoresis https://t.co/dSHPaftLcE
Efficient Sodium Transmembrane Permeation through Helically Folded Nanopores with Natural Channel-Like Ion Selectivity | Journal of the American Chemical Society @CHNSci #Na #Transmembrane #Permeation #Nanopores #Channel #Ion #Selectivity https://t.co/T28R1WFjIy
Quantitatively assess binding #kinetics for panels of antibodies against membrane receptors. #HTSPR technology is used to quickly analyze thousands of potential drugs.
Full poster: https://t.co/yr0rIewTMM
#transmembrane #kinases #drugdiscovery #LSAXT #Carterra #SLAS2024 #gpcr
Coupling Photoresponsive Transmembrane Ion Transport with Transition Metal Catalysis | Journal of the American Chemical Society @ChemLangton
@TobyJohnson144
@oxfordchemistry @conway_group #Photoresponsive #Transmembrane #Ion #Transport #Catalysis #Metal https://t.co/zKAN20zl7j
Molecular Machines For The Control Of Transmembrane Transport | Journal of the American Chemical Society @ChemLangton @UniofOxford @OxfordChemistry #Machines #Transmembrane #Transport https://t.co/blZop1chDJ
How Cell-Penetrating Peptides Behave Differently from Pore-Forming Peptides: Structure and Stability of Induced Transmembrane Pores | Journal of the American Chemical Society @uclachem @UCLA #CellPenetrating #Peptides #Pore #Formation #Transmembrane https://t.co/6gs9rsBfBe
@adam_grieve @MCF_UoM Speaking on behalf of everyone but I feel like I can do so! Pleasure is all ours, it was such an exciting and wonderful talk (and that's what I heard from everyone I spoke with!)
Makes me wish #collagen-I has #transmembrane domains 😂
📢NEWS
‼️Prof. Haibo Zhou’s team show that the #transmembrane protein 164 (#TMEM164) is an early-response intrinsic factor that regulates #neurotoxic #astrocyte reactivity.
https://t.co/MVmYRYP3sx
Final version in #chemicalsenses T1R3 subunit of #sweet #taste receptor is activated by #heavywater in #transmembrane domain-dependent manner https://t.co/fYwylCS8Hw well done @NatalieBenAbu1
Folding and Unfolding of a Fully Synthetic Transmembrane Receptor for ON/OFF Signal Transduction | Journal of the American Chemical Society @CHNSci #Folding #Unfolding #Transmembrane #Receptor #ON_OFFSignal #Transduction https://t.co/9Rb0zVEisJ
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