Biochemistry

Customized enzymatic and binding assays supporting target characterization, hit identification, lead optimization, and mechanism-of-action studies across discovery programs.

BioDuro provides flexible biochemical assay development and screening services across diverse target classes. Our scientists develop robust enzymatic, binding, and epigenetic assays that generate reliable data to support compound evaluation, target engagement, and informed decision-making throughout drug discovery.

Biochemistry Capabilities

Biochemical assays provide critical insights into target activity, compound interactions, and mechanism of action. BioDuro develops and executes customized enzymatic and binding assays that support target characterization, hit identification, lead optimization, and candidate selection across discovery programs.

Enzymatic Assays

Robust assay platforms designed to measure enzyme activity, inhibition, potency, and selectivity across diverse target families.

  • Kinase Assays
  • Phosphatase Assays
  • Protease Assays
  • Oxidase Assays
  • DNA Polymerase Assays
  • Custom Enzymatic Assays

Binding Assays

Flexible binding assay formats that evaluate compound-target interactions and support screening and lead optimization efforts.

  • Receptor Binding Assays
  • GPCR Binding Assays
  • Ligand Interaction Studies
  • Affinity Assessment
  • Target Engagement Evaluation

Epigenetic Assays

Specialized biochemical assays supporting the discovery and development of therapies targeting epigenetic pathways and regulatory proteins.

  • Histone Modification Targets
  • PRMT Assays
  • METTL3/14 Assays
  • PARP Assays
  • HDAC Assays
  • Bromodomain Targets

Target Characterization

Develop robust biochemical assays to investigate target activity, biological function, and pharmacological properties.

Hit Identification

Screen and evaluate compounds using enzymatic and binding assays to identify promising starting points for drug discovery.

Hit-to-Lead

Generate potency, selectivity, and mechanism-of-action data to support compound prioritization and lead progression.

Lead Optimization

Support structure-activity relationship (SAR) studies through iterative biochemical testing and compound profiling.