Biotechnology and genomic applications
Whole chapter · 13–20 focused hours
Biotechnology and genomic applications
First systematic UPSC revision with school-level arithmetic and basic science vocabulary; no specialist science degree assumed.
Includes
- Assigned sections and concise recall notes
- Available mapped practice and analysis of mistakes
- One initial closed-book review
Separate time needed
- Specialist derivations and laboratory training
- Subsequent revision and full mock tests
- Continuing technology and mission updates
- Duplicated ecology, agriculture, health-administration or energy-policy study
Editorial planning estimate; not learner timing data
- Genomic tools
- Genetic engineering applications
- Genome editing
- Synthetic biology
- Limits and ethical choices
- Plant propagation in culture
- Microbial food processing
- Biologic medicines and biosimilarity
- From a laboratory lead to a usable product
Whole chapter reading
- Talking Glossary of Genomic and Genetic Terms ↗
Named glossary entries: Polymerase Chain Reaction, DNA Sequencing, Recombinant DNA Technology, Cloning, Bioinformatics and Transgenic
- Biology XII: Biotechnology and its Applications ↗
Sections 10.1 and 10.2.1, PDF pages 2–6; crop traits and recombinant insulin, excluding clinical treatment advice
- NIOS Science and Technology: Heredity ↗
Section 25.9, PDF pages 13–14; Human Genome Project purpose, not the incorrect genes-only definition of genome
- How Does Genome Editing Work? ↗
Overview and Genome Editing Methods: CRISPR subsection
- Synthetic Biology ↗
What is synthetic biology? and What can synthetic biology do?
- Ethical Concerns of Genome Editing ↗
Safety, Informed Consent and Justice and Equity; not dated national legal summaries
- Biology XII: Biotechnology and its Applications ↗
Section 10.1, tissue-culture and protoplast passages, printed pp. 178–179. Read the mechanisms; avoid absolute claims of genetic identity or universally virus-free meristems.
- Biology XII, Microbes in Human Welfare ↗
Sections 8.1 and 8.2.1; 8.2.3 enzyme paragraph, printed pp. 151–154. Assign fermentation and juice clarification, excluding therapeutic and universal nutritional claims.
- Biosimilars: scientific comparison with reference biologics ↗
What is a biosimilar medication?; What are biologic medications?; Why aren’t biosimilars identical? Compare scientific principles, not US substitution or insurance rules as Indian law.
- National Biopharma Mission: programme aims ↗
Vision and mission focus: product leads, shared facilities, training and technology-transfer offices. These describe programme aims, not achieved affordability or clinical efficacy.