The Certificate Course in Mutation Research is a focused, short-term program designed to introduce participants to the fundamental concepts and experimental approaches involved in the study of genetic mutations. The course covers key topics such as DNA damage, mutagens, mutation mechanisms, cell cycle alterations, and mutation-based assays, with strong emphasis on practical understanding and laboratory relevance. Through an integration of theory and hands-on learning, the program equips students with essential skills required for research in genetics, toxicology, cancer biology, and biomedical sciences. This course is ideal for students and early-career researchers seeking foundational training in mutation analysis and experimental genetics.
- Introduce concepts of Cell, Mutation, Mutagenesis, and DNA damage.
- Preparation of Hematological, Cytological & Histopathological Smear.
- Explain principles of cytotoxicity and genotoxicity testing.
- Provide hands-on training in Trypan Blue, MTT and Micronucleus assays.
- Develop skills in data analysis and interpretation.
- Enhance research competence and employability.
- The participant will learn molecular basis and significance of mutations.
- Trypan Blue & MT assay for cell viability.
- Conduct MTT assay and calculate IC50 values.
- Execute Micronucleus assay for genotoxicity assessment.
- Analyze and interpret experimental mutation research data.
What you'll learn
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Module 1 (4 hrs): Introduction to Cell Biology & Mutation Research
Module 2 (4 hrs): Cell Identification. Differentiation between hematological, Cytological & Histopathological Smear/Section. Practical:
Module 3 (4 hrs): Cell Culture and Cytotoxicity Concepts Theory:
Practical:
Module 4 (4 hrs): Trypan Blue Exclusion Assay Theory
Practical:
Module 5 (4 hrs): MTT Assay – Principle, Execution, and Data Analysis Theory:
Practical:
Module 6 (6 hrs): Micronucleus Assay. Theory:
Practical:
Assessment, Applications, and Feedback Certificate distribution on day 7th.
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Certificate course in mutation research typically involve developing skills in interpreting genetic variants, understanding the causes and mechanisms of mutations, and applying this knowledge to specific fields like cancer research, Pharma-toxicology or plant breeding.
