wescirep@gmail.com+91 96403 51311⚡ Same-day delivery available🎉 Up to 20% concession this month✓ 10,000+ scholars trust WeSciRep📞 Free consultation available
wescirep@gmail.com+91 96403 51311⚡ Same-day delivery available🎉 Up to 20% concession this month✓ 10,000+ scholars trust WeSciRep📞 Free consultation available
SELF-PACED · LAUNCH OFFER

In-Silico Vaccine Design: From Antigen to Construct

A complete, beginner-friendly course on computational vaccine design — reverse vaccinology, immunoinformatics, docking, MD simulation & in-silico cloning.

₹299₹199985% OFF
250+ enrolled
4.8/5 rating
Certificate

Key Features

  • 6+ hours of recorded training
  • Hands-on with 15+ free in-silico tools
  • End-to-end vaccine construct design
  • Beginner-friendly · No coding needed
Eligibility

Who is this course for?

For Biotechnology, Microbiology, Pharmacy, Bioinformatics and Life Sciences students, PhD scholars and researchers. No coding background required — every tool is demonstrated step-by-step.

What You'll Learn

Key Learnings

Apply reverse vaccinology workflows to real pathogens

Predict B-cell, CTL & HTL epitopes using immunoinformatics tools

Design & validate multi-epitope vaccine constructs

Run molecular docking & MD simulations to evaluate immunogenicity

Course Content

Your Vaccine Design Roadmap

4 Sessions · ~1.5 hours per session · 6+ hours total

SESSION 1

Vaccinology & Reverse Vaccinology

  • Classical vs. modern vaccine approaches
  • Reverse vaccinology workflow & success stories
  • Pathogen selection & antigen mining (NCBI, UniProt)
  • Subcellular localization, antigenicity & allergenicity prediction
Outcome: Identify the right antigens to take into vaccine design.
SESSION 2

Epitope Prediction & Immunoinformatics

  • B-cell epitopes: BepiPred, ABCpred
  • CTL & HTL epitopes: NetMHCpan, IEDB tools
  • MHC class I & II binding analysis
  • Population coverage & conservancy analysis
Outcome: Predict and select epitopes for a multi-epitope vaccine.
SESSION 3

Vaccine Construct Design & Validation

  • Linker selection & adjuvant integration
  • Building multi-epitope vaccine constructs
  • Physicochemical analysis (ProtParam, SOLpro)
  • Secondary & 3D structure prediction (PSIPRED, AlphaFold, I-TASSER)
Outcome: Design a complete, validated in-silico vaccine candidate.
SESSION 4

Docking, MD Simulation & Cloning

  • Molecular docking with TLR receptors (HADDOCK, ClusPro)
  • Molecular dynamics simulation basics (GROMACS overview)
  • Immune simulation with C-ImmSim
  • Codon optimization & in-silico cloning (JCat, SnapGene)
Outcome: Validate your vaccine construct and prepare it for expression.
Community Love

What Students Say

"Helped me publish my first immunoinformatics paper. Incredible value at ₹299."

Sneha Kapoor
Biotech Postgrad

"Very practical — I built a complete vaccine construct by Session 3. Highly recommend."

Vikram Singh
PhD Scholar

"Best structured immunoinformatics course I've come across. Loved the docking demos."

Dr. Lakshmi Rao
Microbiology Faculty
💉 LAUNCH OFFER — LIMITED TIME

Enroll Now

Build your first in-silico vaccine candidate

₹299₹1999

One-time payment · 1 year access

4 sessions, 6+ hours of training
1 year access to course recordings
Certificate of Achievement
Tool list, workflow PDF & sample project files

Secure payment · Instant access

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