Service Overview
Design and optimize antimicrobial peptides against bacterial, fungal, or viral targets.
What this service is
Anti-microbial peptide (AMP) design uses computational approaches to create or optimize peptide sequences with predicted antimicrobial activity. The workflow evaluates physicochemical properties, structural features, target interactions, toxicity, stability, and selectivity to identify promising peptide candidates before laboratory testing.
How it helps you
This service helps researchers working on antibiotic resistance, infectious diseases, veterinary medicine, food safety, agriculture, and peptide therapeutics. It reduces the number of peptides that require experimental screening by prioritizing candidates with stronger predicted antimicrobial activity and improved safety profiles.
What you receive from us
You receive designed or optimized AMP sequences, physicochemical property analysis, antimicrobial activity prediction, toxicity and hemolysis assessment, structural modeling when applicable, target interaction analysis, and prioritized peptide candidates for experimental validation. Each project is delivered within a maximum of one week. You receive a complete publication-ready scientific report including Materials and Methods, Results, Discussion, References, clear tables, highquality figures when applicable, and full follow-up until publication, including support with reviewer comments and journal responses.
Service advantages
- Rational antimicrobial peptide design and optimization
- Activity, toxicity, and stability prediction
- we perform analysis in max 1-week
- we follow up until publication , any reviews pr questions we can revise and replay
- Suitable for therapeutic, veterinary, and agricultural research
- Publication-ready report within one week plus full journal follow-up
- you receive a complete report , material and method . result , discussion and references with publishable resolution figures