(P) Week 4: WBC Functions and Kinetics Part 3 Flashcards
What does the T dependent B cell need to be activated?
stimuli in the form of presented antigen
A stimuli for T independent B cell
bacteria with lipopolysaccharide content
B-cell mitogen
__________ is also known as antigenic determinant site
epitope
Antigen known as ___________ which are
comprising of lipopolysaccharides or repetitive
epitopes or repetitive antigenic determinant sites
of a polysaccharide
mitogen
C3d and C3b are ________________ are stuck to bacteria, which stimulates the activation of the B cell
complement fragments
B cells are immunoglobulin markers and __________ which enables it to bind to either C3d or C3b (complement fragments)
complement receptor
Complimentary receptor ___ binds with C3d
Complimentary receptor ___ binds with C3b
II
I
the five different classes of immunoglobulins are differentiated through what
c regions
what type of structure is observed in immunoglobulin proteins?
y structure
Two types of immunoglobulin chains
heavy chain
light chain
antibody region where the amino acid component is constant
constant region
antibody region where it binds to different types of antigens aka “antigen-binding site”
variable region
The tail of the constant region
FC region / fragment
Two fragments of the antibody
_________ - fragment of antigen binding
__________- fragment of crystallizable fragment
FAB
FC
most effective type of antibody, lasts long in our plasma
IgG
antibody for primary immune response
IgM
antibody seen on body secretions or body fluids
IgA
a process of enhancing the
phagocytic power of the phagocytes in the presence
of opsonin
opsonization
The classical pathway is in the ____ line of defense, in the adaptive immunity
third
T or F
The alternative and lectin pathway are part of the adaptive immunity
f (natural immunity)
The classical pathway needs _______ that is bounded to a bacteria
antibody
the T cytotoxic cell recognizes _______ that enters the cell
viruses
In T cytotoxic cells, _____ binds with ________ to destroy virally infected cells
CD8+ binds with MHC type I
produces or releases apoptotic
properties or apoptotic chemicals such as
granzyme, perforin, and granulysin
this then destroys the virus that was detected
CD8+