Versatile Peptide Discovery Platform

An unbiased, ultra-versatile system that unlocks novel multi-cyclic peptides and small molecules, built upon 35+ years of continuous innovation.

Platform Advantages

Backed by 35 years of innovation
Biologically unbiased, supports various compounds
Adaptable for non-peptidic molecules (polyamines, peptoids, peptide nucleic acids and small molecules)
Robust solid-phase synthesis method
Supports diverse biochemical and cell-based screening methods for applications
Detailed Technologies

Detailed Technologies & Research Breakthroughs

Pioneering methodologies that have shaped the landscape of peptide discovery and screening

1991

Pioneered the OBOC Technology

protein-binding ligand discovery (Lam et al.).

Nature 354 (6348):82-84

OBOC Technology 1 OBOC Technology 2

Cell Binding/Targeting Assays

This technology isolates peptides binding to live cell surface receptors, enabling screening of conformationally sensitive receptors and selecting specific interactions with function-blocking antibodies.

DU-H prostate carcinoma cell attachment to peptide beads
Mol Divers 2 (1-2):19-28.

Cell Binding Assays

High-Throughput Screening with Microwell Technology

A powerful system for ultra-high-throughput, in situ, releasable solution-phase cell-based screening of functional molecules.

Townsend, J Comb Chem 12 (5):700-712. In-situ release of surface bound compound from dipeptide-based peptidomimetic library and resulting MTT cell viability assay.

Microwell Technology

High-Throughput Screening with Microfluidics/Magnetics

This powerful technology presents a simple, cost-effective, and reliable automated platform for high-throughput magnetic sorting of large particles.

Cho et al., Price et al. ACS Comb Sci 18 (6):271-278.

Microfluidics Magnetics

Sophisticated One-Bead-Two-Compound Combinatorial Library

Rapidly discovers molecules that modulate cell signaling by screening live cells on bead surfaces. Demonstrated in discovering 'death ligands' for lymphoma cells.

Kumaresan PR, ACS Comb Sci 13 (3):259-264

One-Bead-Two-Compound

Multiplex Library-Against-Library Screening

Rapid discovery of functional molecular ligands (small molecule or peptides) against proteomic targets

Wu CY, ACS Comb Sci 18 (6):320-329

Library-Against-Library

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