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Duration: 4h 3m

Lectures: 20

Research-based: Yes

When: 15th June

How: Prerecorded Online Lectures

Learn at your pace, complete the course anytime, anywhere!

A real-life project-based hands-on computational development of a chimeric vaccine against Dracunculus medinesis

Learn, practice, apply and research on real-life computational vaccine development

Based Upon Published Research

This hands-on guide content and video lectures are created by the same authors.

Publication: Rational design of multimeric based subunit vaccine against Mycoplasma pneumonia: Subtractive proteomics with immunoinformatics framework
Journal: Infection, Genetics and Evolution, Volume 91, 2021

Link: view here

AuthorsMarvah Mahmood, Anam Javaid, Farah Shahid, Usman Ali Ashfaq

Key facts

Opening Date of Registration: May 8th, 2021

Commencement of Course: 15th June, 2021

(Netflix-style Streaming, Complete the course anytime! 1 Year Access - Learn at your pace)

No prior Bioinformatics knowledge required

100% money-back guarantee 

Based on published research

For beginners and advanced learners alike


Computational Vaccine Discovery Pipeline

Immune System Simulation

Prediction of Epitopes

Modeling of a Chimeric Vaccine

Molecular Docking and Molecular Dynamics Studies with TLR4

Learn Complete Immunoinformatics Approach for Computational Vaccine Development


Payable in installments


100% positive reviews on all courses


937 students


20 Lessons (4h 43m 01s)


Online and at your own pace


Available on your phone

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Audio: English


English, Spanish, French, Arabic

Level: Basics to Advanced

Why vaccines are important and how Immunoinformatics & Bioinformatics can help us fight pandemics

  • Vaccines are the most cost-effective public health interventions. 

  • Vaccines are biological substances that are utilized to stimulate antibody production within the body of an organism to provide active immunity against foriegn organisms, mostly viruses and bacteria.

  • Chimeric vaccines are types of recombinant vaccines, produced by substituting genes from the target pathogen in a closely related organism, for similar genes.

  • Chimeric vaccines are useful in studying infectious diseases, including many neglected diseases.

  • Immuno-Bioinformatics is being extensively used in designing B-, T-cell epitopes, vaccines, antibodies, adjuvants, diagnostic kits, and therapeutics.

  • Bioinformatics is also involved in medication development aimed at bio-productive and pharmaceutical/vaccine development.

What Will You Learn

Scope, Skills and Topics

We offer 100% guarantee that you will gain skills and understanding on how to develop a vaccine against the pathogen of your choice. If you're not satisfied with the content, we offer 100% money-back guarantee!

In this pre-recorded, hands-on guide on developing vaccines against infectious pathogens, you’ll be learning a huge set of Bioinformatics and Immunoinformatics skills that can help you in designing vaccines against pathogens.

The practical and theoretical skill set that you’ll develop in this course are as follows

Protein Databases

Molecular Docking and Molecular Dynamics

Population Genetic Studies 

Prediction of B-, T-cell Epitopes

Computational Development of Chimeric Vaccine

Stability Analysis of Chimeric Vaccine

Case-Study and Real Life Research

In this course, you will be learning how to develop a vaccine against Dracunculus medinesis which causes guinea worm disease in humans. 

The video lecture series will take you from the basics such as proteome retrieval of Dracunculus medinesis and all the way to computational development of a chimeric vaccine.

Computational Vaccine Discovery Pipeline

Retrieval of Proteome, Antigenicity and Location Prediction

Prediction and Evaluation of cytotoxic T-Lymphocytes (CTL) Epitopes

Prediction and assessment of Helper T-Lymphocytes (HTL) Epitopes

Prediction and assessment of Linear B-Lymphocytes (LBL) Epitopes

Molecular Docking Studies

Estimation of Population Coverage

Mapping of Vaccine Construct

Codon optimization and In Silico Cloning

Immune Simulation

Molecular Dynamic Simulation

Docking between vaccine protein & TLR4 receptor

Screening of B Cell Epitopes Disulfide Engineering of Vannice protein

Tertiary Structure Prediction, Refinement & Validation

Primary & Secondary Structure Prediction & Analysis


Location: Online

Language: English, French, Spanish and Arabic

Registration Fee: 149.99 USD

Key dates

Enroll anytime, anywhere and start learning at your pace!

Netflix-style Streaming, Complete the course anytime! 1 Year Access)

Let's Discuss Benefits


Course Benefits Include

Become a Certified Vaccine Developer

Step-by-step pre-recorded lectures

Subtitles (English, Spanish, French, Arabic)

Learn any time, any where!






Our philosophy is that you learn real-life research

Learning should be at your convenience

We believe that not everyone is a fast learner especially when it comes to Bioinformatics, so our courses and workshops are designed in such a way that you learn at your own pace, during any time of the day and any number of times. You will get access to this course for 1 year!

Everything Online, For Everyone

Whether you're a beginner in Bioinformatics, an experimental biologist or a researcher from any field of biology, our course will help you greatly in developing a vaccine.

Learn effectively with well-curated materials

For an optimal learning experience we carefully prepare our learning materials and example data. So, you comprehend how your newly gained skills can help you do great research!


Course Modules

You will be able to learn how to computationally develop a vaccine against any pathogenic microbe!


Module 1

Learn various Protein Bioinformatics databases for the retrieval and analysis of pathogen proteomes, protein structures, protein families and other datasets required for vaccine development.


Module 2

Learn different Bioinformatics tools, servers, databases for prediction of B and T cell epitopes for filtration of pathogenically important regions of the pathogenic microbe.


Module 3

Learn highly utilized and most efficient bioinformatics tools and servers for 3D structure prediction of chimeric vaccines, peptides and proteins.


Module 4

Learn highly efficient and accurate tools and web servers for the visualization and evaluation of 3D structures of the chimeric modelled vaccines for their assessment.


Segment 5

Learn molecular docking against TLR4 protein structures of the developed vaccines and assess its stability through molecular dynamics and simulations.


Segment 6

Learn how to do population genetics and immune simulation analysis of the developed vaccine to predict its usability among the masses and its response within the body, i.e., immune system.

Course Contents

Some Highlights


  • You don't need any prior Bioinformatics, programming or immunoinformatiocs knowledge or skills for this course, we'll take care of that and teach you the required topics!

  • Basic immunology background is a plus point, however, if you lack this knowledge, during the course, you'll be taught the basics as well.

  • This course is for both beginners and professionals alike, anyone with biology background can avail this course.

Target Audience

The target audience for this Fighting Pandemics: A Complete Guide On Developing Chimeric Vaccines Against Infectious Pathogens workshop are biologists, beginner or intermediate Bioinformaticians or data analysts with no or little experience in applications of computational bioinformatics and bioinformatics pipelines for protein analysis.


However, a superficial understanding of molecular biology and immunology is expected from you before you join the course.

This hands-on guide will help you properly to understand Immunoinformatis and Bioinformatics, and it is quite easy to get started in, even if you lack a proper understanding of the underlying concepts of Bioinformatics databases, servers, tools and the algorithms working behind them.

What Makes ​Fighting Pandemics: A Complete Guide On Developing Chimeric Vaccines Against Infectious Pathogens Unique

Hands-on application of commonly used and most cited Immuno-Bioinformatics analysis tools, servers and software.

Pre-recorded lectures, so you can watch, anytime, any where, any number of times.

Case-study workshop so you learn how to develop chimeric vaccines computationally.

Best of all, BioCode is a registered educational institute and a Bioinformatics company both in the UK and Pakistan.

This is what BioCode Courses are Like


Learn at Your Own Pace

Enjoy learning from home without a set schedule. You set your own timetable.


Always Accessible

Each instructor teaches only what she/he does best, conveying true passion and excellence in every lesson.


Front Row Seats

Videos of the highest quality ensure that you don't miss a single detail. With unlimited access, you can watch them over and over.


Additional Resources

Downloadable transcription files, BioPresentations, and code scripts for each lecture to ensure that you don’t miss a single detail at any step. With automated evaluations & exercise questions, you can track your progress.


Learn From the Best

Learn valuable methods and techniques explained by top experts in the creative sector.



Demonstrate your course attendance with a certificate signed by the teacher.

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Professionally Developed Courses

We selected top creatives and a team of experts to develop the courses. The result? You'll feel like you're working side by side with leading professionals.

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