BIOINFORMATICS- online live training (Hands on)


Bioinformatics is the wide field of technology and biology together in a single discipline. Bioinformatics provides us with the medical as well as biological data as data is required for any kind of research and experiment. Therefore this course gives the candidates an idea of the basics of tools of bioinformatics so that they can develop drugs and vaccines as bioinformatics is useful in molecular biology, medicine, biotechnology and agriculture.

Developing Asian countries such as China and India are lucrative markets for bioinformatics, owing to an increasing number of contract research organizations (CROs), rise in public and private sector investment, and growing industry -academia partnerships. The global bioinformatics market is expected to grow at a CAGR of 15.5% between 2014 & 2020. The drug development segment is anticipated to lead all application segment.

1.   fundamental bioinformatics training (BI-01)
  • Module 1: Introduction to bioinformatics and computational biology
  • Module 2: Biological Database Management
  • Module 3: Modelling in Bioinformatics
  • Module 4: Phylogenetics
  • Module 5: Drug Designing & Development.
  • Module 6: Molecular Interaction & Systems biology.
  • Module 7: Computation for Biomedicine and Healthcare.
  • Module 8: Computational Biology for infectious disease.
duration: 1&3 months / MODE: google meet
2.   Insilico PHarmacology for drug designing and development(BI-02)
  • Module 1: Fundamentals of Drug discovery and development.
  • Module 2: Basics of Structural Biology for Drug Development.
  • Module 3: Databases and In Silico tools for Drug Designing.
  • Module 4: Target Discovery, Lead Identification,   Lead Optimization and Validation.
  • Module 5: Molecular docking and Virtual Screening.
  • Module 6: Ligand and Structure based Drug Designing.
  • Module 7: QSAR analysis and Pharmacophore Modeling.
  • Module 8: Drug Delivery, Clinical Trials and Future Prospects.
duration: 1,3&6 Months / MODE: google meet
3.   Diploma Certificate Program in Crispr/cAS9 Technology for Gene editing
  • Module 1:Fundamentals of Molecular Biology Concepts and Processes.
  • Module 2:Conventional and Advanced Genetic Engineering and Genome-editing.
  • Module 3:Historical Perspective of CRISPR Discovery and Development of CRISPR/Cas Technology. gRNA, PAM CRISPR locus, CAS9, CPF1 and CAS-FISH.
  • Module 4:Current Application and potential scope of CRISPR/Cas9 Technology.
  • Module 5:Challenges in CRISPR/Cas9 Technology.
  • Module 6:Bioinformatics and Computational based Technical Requirement.
  • Module 7: Screening and Specificity of CRISPR/Cas9 System (CRISPR on-target and off-target analysis).
  • Module 8:CRISPR Technology and Personalized Medicine.
  • Module 9:Application of Next Generation Technology in CRISPR Technology.
  • Module 10: Ethical and regulatory issues related to CRISPR Technology.
duration: 1,3&6 Months / Mode: google meet
4.  Natural Medicine in Chemoprevention and Cancer Therapeutics(BI-04)
  • Module 1: Introduction of natural medicine and its historical perspective.
  • Module 2: Fundamentals of cancer: Challenges and current cancer treatment scenario.
  • Module 3: Natural medicine application in cancer prevention and treatment.
  • Module 4: Role of Phyto-constituents in the treatment of cancer.
  • Module 5: Mechanism of natural medicine for cancer treatment.
  • Module 6:Natural medicine: Data bases, bioinformatics tools and computational based studies.
  • Module 7: CADD approach: In Silico drug designing and characterization of natural medicine.
  • Module 8:Natural medicine based clinical applications and cancer therapeutics market.
  • Module 9: Smart drug delivery system for natural medicine.
  • Module 10:Future prospect of natural medicine towards effective anticancer therapeutics.
duration: 1,3&6 Months / MODE: google meet
5.   Computational Biology of Infectious Diseases (BI-05)
  • Module 1: Introduction of Infectious Diseases and Historical Perspective.
  • Module 2: Fundamentals of Pathogen and Host- Pathogen Interaction: Challenges and Current Treatment Scenario.
  • Module 3: Computational Tools for Investigating Pathogen, Pathogen-Host Interaction, and Infectious Disease.
  • Module 4: Application of Genomics and Bioinformatics in Infectious Diseases Research.
  • Module 5: Exploring Major Pathogens and Infectious Diseases (AIDS, Malaria, TB, COVID-19 and Hepatitis mediated Liver Disorders).
  • Module 6: Bioinformatics based Diagnostic Strategy for Infectious Diseases.
  • Module 7: Advanced Molecular Diagnostic Approach for Infectious Diseases.
  • Module 8: Multi-omics and System Approach to understand Host Pathogen Interaction and to Develop Effective Novel Therapeutic.
  • Module 9: COVID-19 Pandemic: Overview, prevention and treatment.
  • Module 10: Future Prospect of Advanced Strategies for Effective Therapeutics against Infectious Diseases.
duration: 1,3&6 Months / MODE: google meet
  • Module 1: Introduction of Aptamers and SELEX Technology. Basic Molecular biology, Central Dogma, RNA World Hypothesis and Darwin Theory.
  • Module 2: Principal of SELEX and Types of SELEX Technologies.
  • Module 3: Application of Aptamers and SELEX Technology. FDA Approved Macugen, Current Clinical Trials with Aptamers. Diagnostic Companies, Aptamers market, Patent.
  • Module 4:Bioinformatics and Computational tools for Aptamers Characterization.
  • Module 5: Kinetic and Structural characterization techniques for Aptamers Characterization
  • Module 6:Biological and Functional Characterization of Novel Aptamers.
  • Module 7: Natural Aptamers: Decoding Role in Gene Regulation.
  • Module 8:Role of Next Generation Sequencing (NGS) and High through Put Technologies in RAPID and Automated SELEX.
  • Module 9: Smart Aptasensor Technology.
  • Module 10:Future Prospect and Innovation in Aptamers Technology
duration: 1,3&6 Months / MODE: google meet
  • Module 1: Fundamentals of molecular diagnostics.
  • Module 2: Fundamental of molecular pathology.
  • Module 3: Clinical application of molecular diagnostics.
  • Module 4: Technical aspects of molecular diagnostics.
  • Module 5: Common technologies applied in Human molecular diagnostic.
  • Module 6: Molecular biomarkers in molecular diagnostics.
  • Module 7: Bioinformatics studies for molecular diagnostics.
  • Module 8: Innovation in molecular diagnostics.
  • Module 9: Impact of Multi-omics Technologies on advancement of molecular diagnostics.
  • Module 10: Future prospect of molecular diagnostic towards precision diagnostic and personalized medicine.
duration: 1,3&6 Months / MODE: google meet
Program Code Indian Candidates (Rs.) & International Candidates(Dollar $)
  1 Month 3 Months 6 Months
BI-01 Rs. 11000 (200$) Rs. 22000 (400$) N/A
BI-02 Rs. 11000 (200$) Rs. 22000 (400$) Rs. 35000 (500$)
BI-03 Rs. 11000 (200$) Rs. 22000 (400$) Rs. 40000 (500$)
BI-04 Rs. 11000 (200$) Rs. 22000 (400$) Rs. 40000 (500$)
BI-05 Rs. 11000 (200$) Rs. 22000 (400$) Rs. 35000 (500$)
BI-06 Rs. 11000 (200$) Rs. 22000 (400$) Rs. 40000 (500$)
BI-07 Rs. 11000 (200$) Rs. 22000 (400$) Rs. 35000 (500$)

Persons pursuing or passed out of B.Sc. / M.Sc. / B.Tech/ M.Tech/ in Biotechnology, Bioinformatics, Microbiology,Lifescience & other relevant Qualification in the respective areas are eligible


At the end of the duration of a program, student go through a well-defined evaluation. Grades are given according to their performance in exam and then certificate is awarded.


Bioinformatics has made a great contribution in health care industries; therefore after completing this programme the candidates will have a thorough knowledge of basics of bioinformatics and can get placed in pharmaceutical companies, R&D organization, Academic Institutions, Government Organizations, Software Companies. There are great opportunities to work as:

  • Bioinformatics scientists
  • Bioinformatics analyst
  • Bioinformatics system administrator and MANY MORE…

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Fill online application form & Pay fees

Confirmation of admission & enrollment number

Live training on latest softwares & study material

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Award of Certificate based on performance in Assignment


Step 1- Click on “Apply Online Form from the website.

Step 2 - Completely fill application form and submit online.

Step 3- Submit application fee using NEFT from anywhere in India.

Name of the Account: Rapture Biotech International Pvt. Ltd.

Account Number: 2612431210

IFSC Code: KKBK0005033


Submit fee using DD/Cheques. Should be Drawn In favour of Rapture Biotech payable at Noida and send it to "Rapture Biotech, D-201, Sector 10 Noida - 201301, Uttar Pradesh" by Speed Post/Registered Post.

(For International Students): Bank to Bank Transfer by Swift Mode.
Bank Name:Kotak Mahindra Bank,Sec-18, Noida
Name of the Account:Rapture Biotech International Pvt Ltd
Account Number:2612431210
IFSC Code:KKBK0005033

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