Creative Biostructure

We specialize in offering solutions for academia and biotech/pharmaceutical industries in the fields of structural biology and membrane protein technologies.

[Creative Biostructure @CreBiostructure]

🧬How do post-translational modifications shape protein function?
Explore phosphorylation, glycosylation, ubiquitination & more, plus how Cryo-EM, NMR, X-ray crystallography & MS reveal their structural effects.
Read more: https://t.co/hovxY3geC1
#PTMs #ProteinResearch

[Creative Biostructure @CreBiostructure]

Here, the authors determine the cryo-electron microscopy structures of the Taeniopygia guttata R2 retrotransposon complex, both alone and bound to a CRISPR–Cas9 complex, providing a framework for engineering R2-based gene integration technologies.
https://t.co/0xmAGPOIIL

[Creative Biostructure @CreBiostructure]

🧲 What can #MCD spectroscopy reveal?
Explore electronic transitions, spin states, oxidation states & molecular symmetry—plus applications in metalloproteins, quantum dots, magnetic materials & spintronics.
Read more: https://t.co/OMMk32w0sQ
#MaterialsScience #StructuralBiology

[Creative Biostructure @CreBiostructure]

The authors uncover how Norrin assembles Frizzled 4, tetraspanin 12 and low-density lipoprotein receptor-related protein 5 into a signaling complex and use this structural insight to design potent Norrin surrogates.
https://t.co/2t9fKaFv7W

[Creative Biostructure @CreBiostructure]

🔬 How does #NMR improve chemical analysis accuracy?
Explore molecular structure elucidation, qNMR, complex mixture analysis, stereochemistry, real-time reaction monitoring & multinuclear detection.
https://t.co/KVmqhQhNzY
#AnalyticalChemistry #NMRSpectroscopy #ChemicalAnalysis

[Creative Biostructure @CreBiostructure]

Using single-molecule physics and biochemical assays, the authours reveal how the bacterial defense enzyme SauUSI repeatedly scans and makes multiple DNA breaks, efficiently fragmenting invading genetic material.
https://t.co/4F0VMLUuYR

[Creative Biostructure @CreBiostructure]

🧪 How can #NMR unlock deeper insights into polymer structure?
Explore composition, branching, tacticity, molecular dynamics, crystallinity, copolymers, degradation & biomaterials using solution- and solid-state NMR.
Read more: https://t.co/kjCDfUKBmv
#MaterialsScience

[Creative Biostructure @CreBiostructure]

New Article: High-resolution NMR spectroscopy of proteins in intact mitochondria
An approach has been developed for NMR observation of proteins within intact mitochondria through delivery of proteins directly into isolated mitochondria via electroporation.
https://t.co/K57GGPKvFv

[Creative Biostructure @CreBiostructure]

🔬 How is #NMR transforming food analysis?
Explore its applications in composition profiling, adulteration detection, food safety, quality control, shelf-life studies & metabolomics.
Read our new article: https://t.co/2YxZbHw0Z3
#FoodAnalysis #FoodScience #NMRSpectroscopy

[Creative Biostructure @CreBiostructure]

RNase P RNA forms shifting active and inactive conformers whose catalytic activity depends on Mg2+-driven tertiary-interaction dynamics, which are modulated by binding of accessory proteins.
https://t.co/cXY2wfkuxx

[Creative Biostructure @CreBiostructure]

⏰ Final days!
Creative Biostructure’s Back to School Promotion ends Sep. 30.
🔬 10% OFF Structural Biology Solutions
💻 15% OFF Computational Biology Services
🏷️ Code: B2SOFF26
Start your next project today: https://t.co/9CWdToXXbN
#StructuralBiology #CryoEM #DrugDiscovery

[Creative Biostructure @CreBiostructure]

The authors use selective ribosome profiling, cryo-ET and site-specific photocrosslinking to show how the ER membrane protein complex (EMC) cooperates with ribosome-bound translocons to facilitate multipass membrane protein biogenesis in human cells.
https://t.co/IgW593tUPB

[Creative Biostructure @CreBiostructure]

🧬 #AlphaFold3 goes beyond protein structure prediction.
Explore how it models protein–ligand, protein–nucleic acid, protein–protein interactions & covalent modifications—and where experimental validation still matters.
Read more: https://t.co/wk1Ygd2WP0
#DrugDiscovery

[Creative Biostructure @CreBiostructure]

Authors present cryo-EM structures of ATR-ATRIP complexes in distinct functional states, revealing ATP-dependent and TopBP1-dependent mechanisms of kinase activation and how ATR inhibitors exploit ATP-binding pocket flexibility for selective inhibition.
https://t.co/BIRYXXgPoC

[Creative Biostructure @CreBiostructure]

🧬 Where does #AlphaFold fit into modern drug discovery?
Explore its role in target identification, #SBDD, lead optimization, de novo drug design & resistance analysis—and why experimental validation still matters.
Read more:
https://t.co/ig1Y8bIs1A
#DrugDiscovery

[Creative Biostructure @CreBiostructure]

AMPAR gating proceeds through an intermediate pre-active state that has structurally remained an enigma. Here, the authors use full and partial agonists and time-resolved cryo-EM to resolve this state and reveal the complete gating pathway of AMPARs.
https://t.co/Xmo0WZueoc

[Creative Biostructure @CreBiostructure]

🎓 Back to school, back to discovery!
This September at Creative Biostructure:
🔬 10% OFF #StructuralBiology Solutions
💻 15% OFF #ComputationalBiology Services
📅 Sep 1–30, 2026
🏷️ Code: B2SOFF26
Advance your next research project for less.
https://t.co/9CWdToXXbN
#CryoEM

[Creative Biostructure @CreBiostructure]

How can #CryoEM strengthen #AAV vector characterization? 🔬
Explore empty/full capsid analysis, genome packaging, morphology, aggregation, structural integrity & high-resolution structural insights in our new article.
Read more: https://t.co/2DfC1UJ5mf
#GeneTherapy

[Creative Biostructure @CreBiostructure]

Cryo-EM structures reveal how the DprE1-DprE2 epimerase complex functions in Mycobacterium tuberculosis cell wall biosynthesis—and how TB drugs pretomanid, delamanid, and quabodepistat inhibit this essential pathway.
https://t.co/bf9NHyusbK

[Creative Biostructure @CreBiostructure]

How can cryo-EM strengthen lipid nanoparticle characterization?
Explore near-native imaging of LNP morphology, size distribution, cargo localization, and empty particles—key insights for RNA delivery development.
Read: https://t.co/JTivGLZg7s
#CryoEM #LNP