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प्रश्न
Recombinant protein .................. is used to dissolve blood clots present in the body.
विकल्प
insulin
tissue plasminogen activator
relaxin
erythropoietin
उत्तर
Recombinant protein tissue plasminogen activator is used to dissolve blood clots present in the body.
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संबंधित प्रश्न
Explain the steps in process of rDNA technology with suitable diagrams.
Which of the following term represents pairing of primers to the ssDNA segment during PCR?
Study the following statements regarding cDNA library and select the correct option.
- Study the following statements regarding cDNA library and select the correct option.
- DNA is produced from isolated rRNA by reverse transcription. The DNA so made is called complementary DNA (cDNA).
Study the following statements regarding proteins that are being produced by transgenic crop plants and select the correct option.
i. Human testosterone hormone is produced by gene inserted into the chloroplast DNA of tobacco plants.
ii. Protein antigens to be used in vaccines for e.g. Patient-specific antilymphoma (a cancer) vaccines.
iii. In transgenic plants, Humanized antibodies can be produced against HIV, Respiratory syncytial virus (RSV), Herpes simplex virus (HSY).
Identify the correct term used to represent the DNA molecule formed by joining a gene coding for insulin to a plasmid pBR322 by using DNA ligase.
Which of the following is/are the CORRECT step/s involved in construction of a recombinant DNA?
A ______ refers to the competent host cell that has taken up chimeric DNA.
Identify the process by which competent host can take up chimeric DNA.
Lambda phage which is commonly used as a cloning vector in rDNA technology usually infects ____________.
Identify the process in Column I with the term in Column II and select the correct option.
| Column I | Column II |
| A. Amplification of gene of interest | I. Downstream processing |
| B. Large-scale production of plants in a short duration. | II. Polymerase chain reaction |
| C. Separation and purification of the desired product | III. Transformation |
| D. Insertion of rDNA into the host | IV. Micropropagation |
