Covalent Drugs

Unlock potent and selective therapeutics through covalent binding

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Our covalent screening and characterization pipeline

Targeting the covalent modification of proteins with compounds containing reactive functional groups has led to the development of many new potent and selective drugs. Though covalent compound discovery has historically been conducted via structure-guided design, direct covalent ligand screening of electrophilic compound libraries has gained popularity as a primary approach. Momentum has integrated mass spectrometry hardware and software into an automated workflow that enables the primary screening of electrophilic libraries at a rate of 5,000 compounds daily. Follow-up experiments can further characterize a covalent lead’s binding site and the downstream effects of covalent drug treatment.

  • Identify electrophilic hits against a target of interest
  • Assess compound potency with secondary assays
  • Map binding sites and evaluate amino acid reactivity with chemoproteomics

Explore Other Modalities

We offer support for the development of a broad range of therapeutic modalities.

  • DNA- and RNA-Targeting Drugs

    Accelerate the development of DNA- and RNA-targeted small-molecule therapeutics

  • Oligonucleotide Therapeutics

    Modulate protein expression and splicing with RNA-binding ASOs and RNAi

  • Kinase Inhibitors

    Develop selective and potent protein kinase inhibitors

  • ADCs

    Targeted immunotherapeutics for cancer treatment and beyond

  • Gene Therapies

    Modify genetic content and expression to enable new frontiers of disease treatment

  • Cell Therapies

    Harness the power of cell therapy to overcome unmet disease challenges

  • Radiotherapeutics

    Harness the ultra-sensitive analytic power of ICP-MS for radioligand discovery and development

  • Molecular Glues

    Induce or stabilize protein-protein interactions for therapeutic applications

  • Targeted Degraders

    Induce target degradation with precision and potency

Submit a Project Inquiry

To connect with our scientific team, submit a project inquiry. Our team will be in touch shortly to schedule an introductory meeting.

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