Biology · Biotechnology and Its Applications · NEET
The NCERT lists them in one line: therapeutics, diagnostics, genetically modified crops for agriculture, processed food, bioremediation, waste treatment, and energy production. Learn this exact list because NEET match-the-column questions pick items from it. The two fields the chapter then studies in detail are agriculture (food production) and medicine (health).
(i) Providing the best catalyst as an improved organism (usually a microbe) or a pure enzyme; (ii) creating optimal conditions through engineering so that catalyst can act; and (iii) downstream processing to purify the protein or organic compound. Simple idea: get a good worker (catalyst), give it a good workplace (conditions), then clean the product (purify).
The earlier chapter teaches the TOOLS: restriction enzymes, plasmid vectors, PCR, cloning. This chapter shows what those tools ACHIEVE in real life: GM crops like Bt cotton, human insulin, gene therapy, molecular diagnosis. So this chapter is the 'uses' of the machine you built earlier.
No. Medicine and agriculture are the two fields studied in depth for NEET, but the full application list also includes processed food, bioremediation (using organisms to clean pollution), waste treatment, and energy production. Do not tick 'only medicine and agriculture' if the option also names other correct uses.
Because feeding a growing human population is a huge problem. The NCERT introduces three options to increase food production (agrochemicals, organic farming, GM crops) and shows why genetically engineered crops became important. This overview leads directly into the next concept: the three options for increasing food production.
Try the real previous-year questions from this chapter — each with the answer and a full solution.
Therapeutics, diagnostics, genetically modified crops for agriculture, processed food, bioremediation, waste treatment, and energy production.
Food production (agriculture) and health (medicine).
Best catalyst (improved organism or pure enzyme), optimal engineered conditions for the catalyst, and downstream processing to purify the product.
The steps used to separate and purify the desired protein or organic compound after it has been produced, so it can be sold or used safely.
Yes. Biotechnology and Its Applications gives repeated questions every year (Bt cotton, insulin, gene therapy, biopiracy, GEAC), so this overview is your map to the whole scoring chapter.
