Explain the principle and applications of each of the following biochemical techniques: (i) Colorimetry.
Biotechnology
What are lipids? Explain the following properties of lipids: (i) Amphipathic nature (ii) Saponification (iii) Hydrogenation
What are lipids? Explain the following properties of lipids: (i) Amphipathic nature (ii) Saponification (iii) Hydrogenation
Why are enzymes called biocatalysts? Briefly discuss the mode of enzyme action.
Why are enzymes called biocatalysts? Briefly discuss the mode of enzyme action.
Explain briefly: (i) Chargaff’s rule of equivalence (ii) Database (iii) Biolistic (iv) Coenzyme (v) Optical activity
Explain briefly: (i) Chargaff’s rule of equivalence (ii) Database (iii) Biolistic (iv) Coenzyme (v) Optical activity
Write the full form of the following: (i) NBPGR (ii) VNTR (iii) ARS (iv) PEG (v) ORF
Write the full form of the following: (i) NBPGR (ii) VNTR (iii) ARS (iv) PEG (v) ORF
Answer the following questions: (i) What are nonsense codons (ii) What is a microprocessor?
Answer the following questions: (i) What are nonsense codons (ii) What is a microprocessor?
Mention any one significant difference between each of the following: (i) Aldoses and ketoses (ii) Pluripotent and multipotent cell
Mention any one significant difference between each of the following: (i) Aldoses and ketoses (ii) Pluripotent and multipotent cell
Write any two examples of each of the following plant hormones commonly used in media preparation: (i) Auxins. (ii) Cytokinins.
Write any two examples of each of the following plant hormones commonly used in media preparation: (i) Auxins. (ii) Cytokinins.
Explain the method of DNA sequencing using automated DNA sequencing technique.
Explain the method of DNA sequencing using automated DNA sequencing technique.
What type of information is obtained from each of the following databases: (i) Taxonomy Browser (ii) PDB.
What type of information is obtained from each of the following databases: (i) Taxonomy Browser (ii) PDB.