Explain the challenges in producing recombinant proteins in E. coli and the role of fusion tags in purification.

Describe the principle of Sanger's DNA sequencing method.

Explain how real-time PCR is used for quantitative analysis of gene expression.

Describe the concept of gene libraries and the need for clone identification.

Describe how recombinant phages are identified during bacteriophage-based cloning experiments.

Explain the principles of insertional inactivation and blue-white selection.

Explain the use of electroporation for DNA transfer into animal cells and its advantages over chemical methods.

Describe the methods used for introduction of recombinant DNA into bacterial cells.

Describe how linkers, adapters, and synthetic oligonucleotides are used to clone blunt-ended DNA fragments.

Explain the role of DNA ligase in joining DNA fragments and differentiate between sticky and blunt ends.

Explain the choice of suitable eukaryotic vectors for expression of a human gene in yeast or plant systems.

Describe the types of vectors used for gene cloning in yeast, plants, and animal cells.

Compare pUC and bacteriophage-based vectors and justify their use for cloning genes of different sizes.

Describe the essential features of an ideal cloning vector and explain the structure of pBR322.

Explain how restriction endonucleases and gel electrophoresis are used together to isolate and analyze a specific DNA fragment.

Describe the principle of recombinant DNA technology and list the major enzymes used in DNA manipulation.

कोशिकाओं में ऊर्जा वाहक, कोएंजाइम के घटकों और दूसरे मैसेंजर के रूप में न्यूक्लियोटाइड की भूमिका को समझाएँ।

 वॉटसन–क्रिक मॉडल के अनुसार DNA की संरचना का वर्णन करें और त्छ। के प्रमुख प्रकारों की रूपरेखा बताएँ। 

विटामिन को पानी में घुलनशील और वसा में घुलनशील विटामिन में वर्गीकृत करें और उनके सक्रिय रूपों का वर्णन करें। 

सिग्नलिंग अणुओं, कोफैक्टर और पिगमेंट के रूप में लिपिड की भूमिका का वर्णन करें।