Molecular Genetics Techniques

Introduction

Training in molecular genetics is a potent driver of career advancement. Gaining practical experience in mol. biology and data interpretation gives people who want to succeed in biomanufacturing, molecular diagnostics, or computational biology.

Course Outline

Unit 1 - Lab Safety, Chemical Preparation & Laboratory Procedures: Essential lab safety protocols, hazardous waste disposal, reliable preparation of buffers, solutions, and reagents, SOP for molecular biology lab equipment.
Unit 2 - Nucleic Acid Extraction & PCR Analysis: DNA isolation from biological source, qualitative analysis by gel documentation system, quantitative analysis by fluorimeter, conventional PCR analysis.
Unit 3 - RNA Extraction, cDNA Synthesis & Qualitative RT-PCR: RNA isolation technique, Synthesis of complementary DNA (cDNA) from RNA sample, Qualitative RT-PCR Run and data analysis.
Unit 4 - Real-Time PCR (qPCR), Primers, Run & Data Analysis: Fundamentals of fluorescence-based Real Time PCR, primer design, and amplification plot interpretation.
Unit 5 - ELISA Principles, Assays & Data Analysis: Performing ELISA assay, generation of standard curve, and quantification of sample concentrations from absorbance data

Technologies

Unit Details Technologies / Instrumentation
1 Lab Procedures Pipetting, Preparation & pH, Biosafety & Waste Disposal
2 Extraction & PCR Electrophoresis, Spectrophotometry, PCR & Gel Doc
3 Qualitative RT-PCR Reverse Transcription, Gradient PCR Amplification
4 Real Time PCR Real-Time Thermal Cycler, Primer 3 & Software
5 ELISA Microplate Reader

Application

It is widely applied in Clinical Diagnostics & Precision Medicine, Therapeutics & Genetic Engineering, Forensics & Human Identification,Industrial & Environmental Biotechnology,

Information

How does Molecular Genetics training accelerate your career?

Practical experience in nucleic acid extraction, PCR, and data interpretation is directly transferable to roles in molecular diagnostics, genomics, and biomanufacturing, making this internship a strong stepping stone into applied molecular biology careers.

Which instruments will I use during the Molecular Genetics internship?

Training covers gel documentation systems for DNA/RNA analysis, fluorimeters for quantification, conventional and Real-Time PCR thermal cyclers, and a microplate reader for ELISA-based assays.

What is the duration of the training and the fee structure?

Duration: 80 Hrs or Up to 45 Days

Service Charges: We charge fee to cover the expenses of chemical and reagents that is  INR 12,000 /- (Indian Nationals) & $200 (Foreign Nationals)

Note: The program utilizes advanced instrumentation, specialized chromatographic resins, and high-grade analytical reagents. Because the fee directly covers these extensive consumable costs and dedicated instrument, the fee structure is fixed and non-negotiable.

Who is eligible to attend this training program?
  • The program is designed for undergraduate, postgraduate, and doctoral candidates (B.Sc., M.Sc., B.Tech, M.Tech, Ph.D.) in Biotechnology, Microbiology, Biochemistry, Life Sciences, Pharmacy, or Biochemical Engineering, as well as early-career industry professionals, QA/QC analysts, and academic faculty looking to upskill in bioprocessing

 

How do I download brochure and registration form?

Download Training Brochure: d

 

registration-form

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