1) what is the process of an immune response to the disease measles
2) what is the process of vaccination to measles and why it is effective
The measles is a highly contagious viral infection. It is strict human virus. Once the virus infects respiratory tract, the macrophages and dendritic cells carry it to lymph now to mount immune response. However this facilitates viral infection and it spreads and infects other immune cells. No IFN are secreted and not KFKB is produced. After few days the nature immune response kicks in mainly by CD8 and CD4 cells.
The vaccination against measles is very successful. It has prevented number of deaths especially among your children. The measles vaccine helps to generate the antibodies and T cells against the virus. It it's few side effects and generally safe. It activates the humoral immunity without giving time for virus to be processed and presented by APCs.
1) what is the process of an immune response to the disease measles 2) what is...
for the disease measles 1) does the disease affect the body 2) what is the process of the immune response to measeles.
2. What is the basis for the immune response that leads to hemolvtic disease of the newborn? Specifically, what antibodies are involved and why is diseases caused only after the second exposure?
How does the immune system protect us from disease? How do doctors use the immune response to protect you from disease? How are the antibodies in your body made? How are antibodies that are used in ELISA made? What does ELISA stand for? What enzymes were used in the Labster simulation? Why? Why are enzymes used in this immunoassay? Why do you need to assay positive and negative control samples as well as your experimental samples? If the sample gave...
What is the WHO recommended age for measles vaccination in developing countries? Why is the recommended age for vaccination different in the United States?
Active learning template system disorder measles ACTIVE LEARNING TEMPLATE: em Disorder STUDENT NAME DISORDER/DISEASE PROCESS Measles REVIEW MODULE CHAPTER 3lo Alterations in Health (Diagnosis) Pathophysiology Related to Client Problem Health Promotion and Disease Prevention ASSESSMENT SAFETY CONSIDERATIONS Risk Factors Expected Findings Laboratory Tests Diagnostic Procedures PATIENT-CENTERED CARE Complications Nursing Care Medications Client Education Therapeutic Procedures Interprofessional Care ACTIVE LEARNING TEMPLATES
70) Why is the immune response to pneumococcal pneumonia the most damaging aspect of the disease? A) An exotoxin stimulates severe inflammation and provokes host tissue damage B) The capsule is the primary problem as humans are highly sensitive to it and easily aggravated by it C) A potent endotoxin stimulates a rapid high fever D) Blood clots are formed in the circulatory system in an effort to isolate the bacteria; however, these clots are often the cause of heart...
large outbreak of measles in Licking County, Ohio population of just over 100,000 persons. 2. 10 marks] In October 1976 there was a A total of 411 cases were observed in a O Age at Vaccination (months) Unvac- cinated 11 11 12 13 14 Cases 34 16 4 4 1 12 Person-Weeks 219 404 266 567 191 2558 Table 1: Measles cases by age of vaccination, Licking County, Ohio, 1976 Marks, J. S., Halpin, T. J., & Orenstein, W. A....
How does the immune process that causes the hemolytic disease of the newborn take place?
What is true of a secondary immune response? It is brought about by memory cells It is weaker than a primary immune response. It can involve B-cells but not T-cells It is faster than a primary immune response After it occurs, the immune system can only respond to reinfection with the same antigen by mounting another primary immune response 1 and 2 2, 4, and 5 1, 3, 4, and 5 1, 2, and 3 1 and 4
How can the immune system orchestrate protection from disease without killing us in the process IQ4: Homeostasis: A balance of the good and bad B- and T-lymphocytes are derived from bone marrow- derived lymphoid precursors. Before maturation, naive T-lymphocytes (T-cells) must pass through the thymus where they undergo positive and negative selection. A tumour encounters the immune system frequently during its progression from a neoplasia to carcinoma, which can often take several years. There are a number of host mechanisms...