NEO Proteomics

I'm in a medical (state of mind). Tier 1 medical schools for research. Ohohoh...3 from Ohio! 3C's rule. Baylor College of Medicine (Houston) Case Western Reserve University (Cleveland) Emory University (Atlanta) Hofstra University/Northwell Health (Zucker) (Hempstead, N.Y.) Mayo Clinic School of Medicine (Alix) (Rochester, Minn.) Northwestern University (Feinberg) (Chicago) Ohio State University (Columbus) University of California Los Angeles (Geffen) University of California San Diego University of California San Francisco University of Cincinnati University of Colorado (Aurora) University of Pittsburgh University of Texas Southwestern Medical Center (Dallas) Vanderbilt University (Nashville, Tenn.) Yale University (New Haven, Conn.)

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Congratulations Elliot. Sensate is crushing it due to your amazing leadership.

Determine protein binding mechanism of action with technology from Neo Proteomics!

Strengthening Your Drug IP: The Power of Conformational Epitope Mapping Conformational epitope mapping goes beyond traditional methods by revealing the 3D structure of how a drug binds to its target protein. This detailed picture offers a powerful advantage: it strengthens your IP claims. By showing that your drug binds to a unique region on the target protein compared to existing drugs, epitope mapping establishes novelty. Furthermore, epitope mapping helps prove non-obviousness, a key patent requirement. It unveils the specific amino acids critical for binding, showcasing the drug’s efficacy isn't a minor tweak but a specific interaction. Conformational epitope mapping provides compelling evidence for your drug's uniqueness and effectiveness, paving the way for robust IP protection. Reach out to us today to see how we can help! #drugdiscovery #IP #epitopemapping #drugIP

Protein Footprinting: Ushering in a New Era of PROTAC-Based Therapies Our cutting-edge protein footprinting technique offers invaluable insights into PROTAC target engagement, revealing binding sites and mechanisms of action like never before! By labeling all 20 amino acids, we can transform your pipeline by: • Optimizing design for enhanced specificity & potency • Streamlining target identification and draggability assessment • Strengthening IP claims and protecting your assets Join us in revolutionizing drug development and propel your research to new heights! Reach out to us today for a free consultation with our structural biologists.  #ProteinFootprinting #PROTAC #DrugDiscovery #DrugIP #structuralbiology

PROTACs: Navigating the Labyrinth of Protein-Ligand Interactions Understanding the intricate details of protein-ligand interactions is crucial for PROTAC development. Traditional methods like crystallography and Cryo-EM can be cumbersome, expensive, and low throughput. At NeoProteomics, our groundbreaking HRF technology has helped unleash discovery across a broad range of therapeutic targets, particularly in the autophagy pathway. Our approach allows us to label virtually the entire protein surface under physiological conditions, and provide deep mechanistic insights into conformational epitopes. Reach out to us today for a free consultation on how HRF can accelerate your PROTAC development! #PROTAC #structuralbiology #proteinfootprinting #epitopemapping #drugdiscovery #drugIP

Protein Footprinting Illuminates PROTAC Design Protein footprinting identifies ligand-protected regions on proteins, offering valuable insights for PROTAC linker design. This optimization leads to improved target engagement and minimized off-target effects. Our pioneering work at Case Western Reserve University allows us to label all 20 amino acids, and provide deep insights into conformational epitopes for drug development and strengthening intellectual property (IP) claims. Reach out to us today to see how we can help advance your pipeline! #proteinfootprinting #drugIP #epitope #structuralresearch #CWRU

PROTACs: Navigating the Labyrinth of Protein-Ligand Interactions Understanding the intricate details of protein-ligand interactions is crucial for PROTAC development. Traditional methods like crystallography and Cryo-EM can be cumbersome, expensive, and low throughput. At NeoProteomics, our groundbreaking HRF technology has helped unleash discovery across a broad range of therapeutic targets, particularly in the autophagy pathway. Our approach allows us to label virtually the entire protein surface under physiological conditions, and provide deep mechanistic insights into conformational epitopes. Reach out to us today for a free consultation on how HRF can accelerate your PROTAC development! #PROTAC #structuralbiology #proteinfootprinting #epitopemapping #drugdiscovery #drugIP