Species resistance is:
A resistance to disease shared with other species
A type of resistance to diseases that are common in other species
Resistance to diseases that are common in other species
A type of non specific immune response
Inflammation allows:
More phagocytes to leave the blood
Fewer complement proteins to the leave the blood
Both of the above
Neither of the above
The cells that are involved in both humoral and cell mediated immune responses are:
B-cells
cytotoxic cells
helper T -cells
virus-infected cells
Antigens are most commonly:
proteins or glycoproteins that stimulate an immune response
foreign DNA that stimulates an immune response
bacteria
viruses
Antibodies are best described as:
J shaped proteins with a common region and a variable region
J shaped proteins
Y shaped proteins
Y shaped proteins with a common region and a variable region
Compared with the secondary antibody-mediated immune response, the primary response is:
slower but produces more antibodies
quicker and produces more antibodies
slower and produces fewer antibodies
quicker but produces fewer antibodies
Monoclonal antibodies are:
specific to just one antigen
produced by just one type of cell
neither of the above
both of the above
Plasma cells are:
large cells that secrete antibodies
retained in the lymph node for years
produced from helper T-cells
capable of secreting chemicals to perforate the plasma membrane of the virus infected cell
Hybridoma cells are:
made by fusing cancer cells with spleen cells from a mouse
immortal
capable of producing monoclonal antibodies
all of the above
phagocytosis always involves:
the production of antibodies
engulfing invading microorganisms
