Question
37 through 42
37. lgG, igA, gM, lgD, and lgE are all examples of a. antigens. b. isotypes. c. idiotypes. d. allotypes 38. Using the data fr
0 0
Add a comment Improve this question Transcribed image text
Answer #1

Answer for question number 37 : The correct option is B (Isotypes)

Explanation :

Isotypes : Antibodies differing in heavy chain constant regions associated with different classes of antibodies and subclasses of immunoglobulins. In humans isotypes includes IgG, IgA, IgM, IgD and IgE, which of which is an isotypic varients and present in all individuals of a species. For example there are five isotypes of IgG such as, IgG1, IgG2, IgG3, and IgG4.

Allotypes : Refers to the genetically controlled immunoglobulin molecules and reflects variations in the heavy chains. (Antigenically different forms of given type of immunoglobulin that occurs in different individuals of the same species)

Idiotypes : Individual specific immunoglobulin molecules that differs in the Fab fragments and recognise different specific epitopes.

Add a comment
Know the answer?
Add Answer to:
37 through 42 37. lgG, igA, gM, lgD, and lgE are all examples of a. antigens....
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • How does activation by T-independent antigens differ from this figure? Extracellular antigens B cell receptors Antigen...

    How does activation by T-independent antigens differ from this figure? Extracellular antigens B cell receptors Antigen fragments MHC class II with antigen displayed on surface **Cytokines Plasma cell Antibodies T cell B cell B cell 1 APC receptors 2 Antigen is 3 Antigen fragments are T helper cell recognize and phagocytized and displayed on the B cell secretes cytokines, attach to antigen. digested (see surface, attracting a activating a B cell. Figure 17.12). matching T helper cell. Figure 17.5 Activation...

  • QUESTION 11 How is the immune system able to recognize a limitless number of different antigens...

    QUESTION 11 How is the immune system able to recognize a limitless number of different antigens and epitopes? While each lymphocyte carries receptors that recognize only one type of epitope, the immune system produces a wide variety of lymphocytes each of which carries unique receptors A genetic "memory" of the pathogens your parents encountered (and their parents and so on) is passed on to each generation, increasing the number of possible responses over time. Each lymphocyte is coated with many...

  • Multiple Choice Questions 1. The natural, nonspecific resistance of the body to foreign invaders. First line...

    Multiple Choice Questions 1. The natural, nonspecific resistance of the body to foreign invaders. First line of defense a. Innate immunity b. Adaptive immunity c. Component immunity d. High immunity 2. How do T cell help the body's immune system? a. Kill by contact b. Synthesize antibodies c. Immobilize antigens via contacting their immunoglobins d. None of the above 3. Adaptive immunity is also called_____________. a. Acquired immunity b. Advanced immunity c. Learned immunity d. Subjective immunity 4. Match the...

  • Multiple Choice Questions 1. The natural, nonspecific resistance of the body to foreign invaders. First line...

    Multiple Choice Questions 1. The natural, nonspecific resistance of the body to foreign invaders. First line of defense a. Innate immunity b. Adaptive immunity c. Component immunity d. High immunity 2. How do T cell help the body's immune system? a. Kill by contact b. Synthesize antibodies c. Immobilize antigens via contacting their immunoglobins d. None of the above 3. Adaptive immunity is also called_____________. a. Acquired immunity b. Advanced immunity c. Learned immunity d. Subjective immunity 4. Match the...

  • antibodies A specific B cell is activated when an) from a pathogen binds to one of...

    antibodies A specific B cell is activated when an) from a pathogen binds to one of the _ on its surface. Activation also requires from helper T cells. 1 antigen antigen This activated cell then begins dividing into memory B cells, which will participate in the secondary immune response, and cells that will act as protein factories in this immune response. plasma During the primary immune response, these cells secrete cytokines During the secondary immune response, the rapidly, giving rise...

  • 29. T-cell independent antigens can a. stimulate B cells to multiply and produce antibodies b. induce...

    29. T-cell independent antigens can a. stimulate B cells to multiply and produce antibodies b. induce Te cells to function c. restrict antibody formation activate macrophages activate Th cells 30. Mutation of DNA that produces an altered ribosome is an example of what type of bacterial resistance mechanism? a. alteration of a metabolic pathway b. alteration of an enzyme c. development of enzymes d. alteration of target & d 31. Which one of the following is not an attribute of...

  • Which of the following activates cytotoxic T cells as part of the acquired immune response against...

    Which of the following activates cytotoxic T cells as part of the acquired immune response against virus infected cells? -Virus infected cell -Virus infected cell that presents a viral antigen on its surface -A virale infected cell that presents both a viral antigen and a MHC class 1 protein -A virale infected cell that presents both a viral antigen and a MHC class II protein Which of the following is a role of macrophages in a secondary lymph organ in...

  • Explain how the adaptive immune response is able to generate the diversity of antigen receptors necessary...

    Explain how the adaptive immune response is able to generate the diversity of antigen receptors necessary to recognize the multitude of foreign antigens. Explain how clonal selection contributes to the development and expansion of antigen specific lymphocytes that do not respond to self. Distinguish cytokines and chemokines and their roles in the immune response What are the 3 roles of antibody in the immune response What are the two types of T cells that contribute to cellular immunity? What are...

  • 12. Antimicrobials may a. produce allergic reactions b. produce toxic effects not only to the microbe...

    12. Antimicrobials may a. produce allergic reactions b. produce toxic effects not only to the microbe but to the hoat c. kill bacteria in our bodies all the above 13. All of the following pertain to the role ofactivated helper T cells in cellular mediatesd immunity except a. differentiation into memory Th cells b. recognize MHC with antigenic peptide on macrophages c. activate Te cells indirectly lead to cytolysis through complement e. indirectl y lead to phagocytosis of large microorganisms...

  • No explanation needed. 1. T cells with high affinity for self antigens are eliminated during T...

    No explanation needed. 1. T cells with high affinity for self antigens are eliminated during T cell selection because A. These cells have limited lifespan B. These cells do not recycle C. These cells can bind to self antigen on body cells leading to body cell destruction D. These cells have no memory 2. HIGM results from a mutation in _______. A. CD40 B. CD40L C. CD28 D. CD80/86 3. CSR results in chromosomal rearrangement of IgM to produce A....

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT