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Laboratory Courses on Molecular Techniques and Genetic Engineering

Welcome to the training course on techniques used in molecular biology and genetic engineering. This training program is designed to impart invaluable skills and knowledge for students and researchers across various fields, from basic research to applied biotechnology. Getting skilled on these techniques are essential for developing technical expertise, fostering innovation, and advancing research across various scientific disciplines. It equips scientists with the skills needed to tackle complex biological questions and contribute to significant scientific and societal advancements.

One week (55-65 working hours)

Module I (Basic)

Theory sessions

  • Introduction to Good Laboratory Practice (GLP) – 2 hours
  • Introduction to essential laboratory equipments - basic and uses – 4 hours
  • Introduction to basic principles of nucleic acid isolation and other applications – 4 hours

Practical sessions

  • Isolation of DNA from cell pellets – 10 hours
  • Isolation of plasmids from cell pellets – 10 hours
  • Visualisation of DNA through electrophoretic method – 8 hours
  • Gene amplification using PCR – 8 hours
  • Bacterial transformation and selection – 20 hours
Three weeks (working hours 144-150 hrs)

Module II (Advanced)

Theory sessions

  • Introduction to Good Laboratory Practice (GLP) – 2 hours
  • Introduction to use of laboratory equipments - basic and uses – 6 hours
  • Introduction to basic principles of nucleic acid isolation and other applications – 8 hours

Practical sessions

  • Isolation of DNA from cell pellets – 10 hours
  • Isolation of plasmids from cell pellets – 10 hours
  • Isolation of RNA from cell pellets – 14 hours
  • Visualisation of nucleic acids through electrophoretic method – 16 hours
  • Primer synthesis and gene amplification using PCR – 12 hours
  • Bacterial transformation and selection – 20 hours
  • Transfection of vectors to mammalian cell lines – 30 hours
  • Confirmation of positive clones through PCR – 12 hours
  • Confirmation of gene expression/protein synthesis using western blot – 24 hours

Advantages of attending present training modules

Practical Skill Development: Hands-on training allows participants to develop proficiency in fundamental molecular biology techniques.

Understanding of Techniques and Applications: Participants gain a deep understanding of the principles behind each technique and their applications. This knowledge is crucial for designing experiments, troubleshooting, and interpreting results accurately.

Versatility Across Disciplines: Molecular biology techniques are foundational in various scientific disciplines, including genetics, microbiology, biochemistry, and biotechnology. Training enables individuals to apply these techniques across different research areas and industries.


Career Advancement Opportunities: Acquiring hands-on experience in molecular biology and genetic engineering enhances career prospects in academia, pharmaceuticals, biotechnology companies, and research institutions.

Interdisciplinary Collaboration: Proficiency in molecular biology techniques facilitates collaboration with experts from diverse fields, promoting interdisciplinary research projects and accelerating scientific discoveries.


Ethical and Regulatory Awareness: Training covers ethical considerations and regulatory guidelines associated with genetic engineering and molecular biology research. 

Book your visit

    Contact Number : +91 8891303933, +91 4714052919