
The Architecture of De Novo Protein Binders
An in-depth exploration into the structural mandates of synthetic protein design, focusing on thermodynamic stability and binding affinity benchmarks in therapeutic contexts.
Method notes and reviews from the WeaveSeq Engineering Division: protein binders, hotspot selection, interface design, assay development, and diagnostic translation, built on AffiniBind™.
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Evaluating the AffiniBind surface fingerprinting pipeline against 223 protein-protein complexes from the Docking Benchmark 5.5 — 87.9% patch hit rate, 96.4% Top-3, and 0.853 AUC on held-out test data.
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An in-depth exploration into the structural mandates of synthetic protein design, focusing on thermodynamic stability and binding affinity benchmarks in therapeutic contexts.

Utilizing alanine scanning and molecular dynamics to pinpoint high-energy residues critical for intermolecular stabilization.

Designing steric fit and electrostatic patterns to maximize specificity in therapeutic protein–protein interactions.

Standardizing SPR and BLI protocols for the rapid assessment of library-generated protein variants at scale.

Methods for introducing multiple paratopes onto a single rigid framework without compromising core stability.

Navigating the challenges of off-target interactions and non-specific binding in physiological environments.
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