Describe the difference between natural, active immunity and natural, passive immunity. Give examples of each.
Describe the difference between natural, active immunity and natural, passive immunity. Give examples of each.
Using an example for each, differentiate active immunity and passive immunity.
Discuss active immunity and passive immunity
Describe active versus passive immunity and provide an example of each. Define antibody or immunoglobulin and describe the five molecular classes of immunoglobulins and their function(s) in the body by providing a pathologic example for an increase of each immunoglobulin (e.g., IgE—parasitic infection). Why are some viruses inaccessible to antibodies after initial infection?
Explain the difference between passive and active attacks on a network. Give an example of each. Which headers are left in plaintext when we use link encryption? Network encryption? Application encryption? How is end-to-end encryption different from other types of encryption? At what layer does it take place? Describe the SSL key negotiation in terms of the keying techniques introduced in Section 14.2. Explain how the different IPsec modes apply encryption either above or below the IP layer Describe WEP2...
What is the difference between passive and active transport? Provide an example of a transport protein involved in the passive transport of K+, and one protein involved in the active transport of K+ across the plasma membrane and explain the direction of the flow of K+ in each case (from inside the cell to the outside, or from the outside of the cell to the inside). Also explain for each of your examples if the transport is uniport, symport, or...
Contrast active and passive immunity in terms of how each is acquired, how long it lasts, whether memory is triggered, how soon it becomes effective, and what immune cells are involved.
What is the difference between Passive and Active circuit elements? What are the units, circuit symbols, and general construction of the following passive circuit elements: capacitor, resistor, inductor. Finally what is an expression for the voltage drop across each passive element: capacitor, resistor, inductor.
do you agree or not and why? Active and passive immunity are both important host characteristics that limit the production of infectious disease agents. Active immunity occurs when the immune system of a host produces antibodies from the direct exposure to a disease. This form of immunity is long-lasting, and sometimes life-long. An example of this is an individual exposed to the measles virus for the first time. This individual will unfortunately become infected, but any future exposure will not...
What is the critical difference between passive and active transport? A. passive requires energy but active does not B. passive requires no energy, but active does C. passive and active each require energy, but passive requires less What is an enzyme? A. a protein that facilitates a reaction B. a protein that supplies water for hydrolysis reactions C. a protein that absorbs water during dehydration reactions The First Law of Thermodynamics states: A. energy can be changed from one form...
Answer the following questions related to immunity. Describe the differences between cell-mediated immunity and antibody-mediated immunity. Describe the differences between innate/natural immunity and acquired immunity. What is the antibody-antigen complex (AB-AG)? Describe the roles of the T cells and B cells. Describe one auto-immune disorder (select any autoimmune disorder and describe it).