Advertisements
Advertisements
Question
The site of production of ADA the body is ______.
Options
Erythrocytes
Lymphocytes
Blood plasma
Osteocytes
Advertisements
Solution
The site of production of ADA the body is lymphocytes.
Explanation:
Lymphocytes are white blood cells that can be found in the bone marrow. The enzyme ADA (adenosine deaminase) is found in lymphocytes and is critical for the immune system's proper functioning. In humans, it is primarily responsible for the formation and maintenance of the immune system.
APPEARS IN
RELATED QUESTIONS
Explain enzyme – replacement therapy to treat adenosine deaminase deficiency. Mention two disadvantages of this procedure.
How did an American Company, Eli Lilly use the knowledge of r-DNA technology to produce human insulin?
Write the function of adenosine deaminase enzyme.
Can you suggest a method to remove oil (hydrocarbon) from seeds based on your understanding of rDNA technology and the chemistry of oil?
The genetic defect adenosine deaminase deficiency may be cured permanently by ____________.
PCR proceeds in three distinct steps governed by temperature, they are in order of ____________.
Which one of the following statements is true regarding DNA polymerase used in PCR?
ELISA is mainly used for ____________.
Vaccines that use components of a pathogenic organism rather than the whole organism are called ____________.
Mention the number of primers required in each cycle of PCR. Write the role of primers and DNA polymerase in PCR. Name the source organism of the DNA polymerase used in PCR.
Explain how ADA deficiency can be corrected?
PCR is a useful tool for early diagnosis of an Infectious disease. Elaborate.
ADA is an enzyme which is deficient in a genetic disorder SCID. What is the full form of ADA?
Taking examples under each category, discuss upstream and downstream processing.
How is a mature, functional insulin hormone different from its prohormone form?
How is a mature, functional insulin hormone different from its prohormone form?
Eli Lilly's contribution for diabetic patients through r-DNA technology has been overwhelmingly accepted. Explain how?
The diagram given below represents the schematic structure of proinsulin, which undergoes certain modifications before it becomes a fully functional insulin.
Study the diagram carefully and answer the questions that follow:
- State the change the proinsulin undergoes to become fully functional.
- Name the modern scientific technique used for the production of human insulin.
- How are the two polypeptide chains of the fully functional insulin held together?
How many cycles of PCR are required to produce 250 molecules of DNA, starting with a single parental strand?
