What problem does it solve?
Glycoengineering helps you identify and manipulate protein glycosylation patterns, enabling more accurate design of glycoproteins for improved stability, immune behavior, and therapeutic performance.
Core Features & Use Cases
- N-glycosylation sequon scanning: Detect canonical N-X-[S/T] sites (with X ≠ Proline) across protein sequences for site-focused engineering.
- O-glycosylation hotspot prediction: Rapidly flag Ser/Thr-rich regions and potential O-GalNAc hotspots using a heuristic sliding-window approach.
- Tooling & database guidance: Guide you to curated and widely used external resources (e.g., NetOGlyc, GlyConnect, GlycoShield-MD, GlycoWorkbench) for prediction, validation, visualization, and database lookup.
Use Cases
- Antibody Fc optimization (e.g., glycan effects on ADCC/CDC and immunogenicity)
- Therapeutic protein stability and pharmacokinetics analysis (glycosylation site impact)
- Vaccine antigen design via glycan shielding concepts
- Characterizing or comparing glycosylation patterns (e.g., biosimilar/reference)
Quick Start
Use glycoengineering to scan your protein sequence for N-glycosylation sequons and O-glycosylation hotspot candidates, then summarize the results with residue positions and local contexts.