Question

The lost of self tolerance could be lead to a) loss of cells necessarily to respond...

The lost of self tolerance could be lead to

a) loss of cells necessarily to respond to infection

b) autoimmune diseases

c) allergies

d) exaggerated immune response to infectious agents

0 0
Add a comment Improve this question Transcribed image text
Answer #1

Option b is correct because if self tolerance is lost body develop an autoimmunity against its own cells which causes autoimmune disease.

Add a comment
Know the answer?
Add Answer to:
The lost of self tolerance could be lead to a) loss of cells necessarily to respond...
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
  • 1.One group of immune deficiency diseases is caused by an inability of CD8 effector T cells...

    1.One group of immune deficiency diseases is caused by an inability of CD8 effector T cells to kill virus-infected target cells, due to defects in cytotoxic vesicle exocytosis. Because of the inflammatory response that accompanies a normal virus infection, together with the prolongation of this response due to the inability to control the infection, patients with these disorders suffer from tissue damage caused by the infiltration of effector CD8 cells and activated macrophages into multiple organs. In addition, a subset...

  • Please help with 1-25. Thank you Matching 1-25 1. an opportunistic infection a. life-threatening allergy attack...

    Please help with 1-25. Thank you Matching 1-25 1. an opportunistic infection a. life-threatening allergy attack 2. mononucleosis b. a genetic condition 3. ELISA C. pharyngeal tonsils 4. inflammation d. immune system attacks body's normal tissue 5. Kaposi sarcoma e. immune system attacks connective tissue f. fibrous lesions form in organs 6. hives 7. corticosteroids 8. medication to block immune system 8. Vaccination h. pneumocystis pneumonia 9. anaphylactic shock i, cells that attack and kill pathogens 10. T&A j. medication...

  • 10- Almost all antibodies in a newborn is are The result of infection b. Self made...

    10- Almost all antibodies in a newborn is are The result of infection b. Self made e IgMd. The result of passive immunity 11- The MMR vaccine is an example of an a. Subunit vaccine b. Toxoid vaccine attenuated d. DNA vaccine 12-Toxoids are used in vaccines against a HIV Diphtheria e Polio di Herpes simplex type ! 13- A positive tuberculin skin test a. Does not necessarily mean that person has tuberculosis b. Indicates that person has been infected...

  • 1. The prevention of inflammatory immune responses to inhaled antigens in healthy individuals has mechanisms in...

    1. The prevention of inflammatory immune responses to inhaled antigens in healthy individuals has mechanisms in common with those that prevent inflammatory immune responses to commensal microbes in the gut. One important component of immune regulation shared by these two situations is: a. The induction of increased numbers of IFN-g-producing T cells and ILCs in the airway and gastrointestinal epithelium b. The presence of tissue-resident mast cells that bind IgE through the high affinity IgE receptor c. The high levels...

  • What could be a consequence of loss of proper p53 function A. Cells fail to progress...

    What could be a consequence of loss of proper p53 function A. Cells fail to progress in the cell cycle at start. B. Mutations accumulate in somatic cells C. M-phase cyclins are inactivated D. DNA replication is blocked

  • 1. Mature B cells require particular receptors to be engaged by ligand to stimulate these cells...

    1. Mature B cells require particular receptors to be engaged by ligand to stimulate these cells to become antibody-secreting cells. Fill-in the table below with the receptor(s) on naïve B cells that transmit each signal and the corresponding ligand(s) that engage that receptor. (6 pts) Receptor(s) on B cell Ligand(s) Location in body where receptor engagement occurs Signal 1 Signal 2 b. Briefly describe what happens to mature B cells that receive Signal 1, but not Signal 2? (2 pts)...

  • 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...

  • Question 10-12 10. During the mating process, yeast cells respond to pheromones secreted by other yeast...

    Question 10-12 10. During the mating process, yeast cells respond to pheromones secreted by other yeast cells. These pheromones bind GPCRs on the surface of the responding cell and lead to the activation of proteins inside the cell. When a wild-type yeast cell senses the pheromone, its physiology changes in preparation for mating: the cell stops growing until it finds a mating partner. If yeast cells do not undergo the appropriate response after sensing a pheromone, they are considered sterile....

  • The immune system combats diseases by decreasing the flow of blood cells, and natural chemicals to...

    The immune system combats diseases by decreasing the flow of blood cells, and natural chemicals to the damaged area, causing the redness, sweling, and warmth that characterize inflammation Ob by producing red blood cells, which engulf and kill pathogens oc by inhibiting endocrine and sympathetic activity od by generating antibodies, which attach themselves to antigens, deactivating them and marking them for destruction QUESTION 2 In the exhaustion stage of the general adaptation syndrome, the parasympathetic division of the autonomic nervous...

  • 23. All the following could be possibly target sites for antibacterials except a. peptidoglycan b. ribosomes...

    23. All the following could be possibly target sites for antibacterials except a. peptidoglycan b. ribosomes cf ergosterol d. RNA e. Bacterial enzymes 24. T-cell dependent antigens can a. directly stimulate B cells to multiply and produce antibodies b. restrict antibody formation c. activate macrophages d. indirectly activate Th cells 25. Which of the following is not an effect of complement activation a. interferes with viral replication b. bacterial cell lysis opsonization d. increased phagocytic activity e. inflammation 26. Resistance...

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