Which beta region protein binds heme? a transferrin b hemopexin c fibrinogen d complement
hemopexin
Hemopexin helps in the diagnosis of what condition? a late hemolysis b early hemolysis c anemia d inflammation
early hemolysis
Which protein is the major component of the beta globulin fraction? a fibrinogen b transferrin c complement d beta 2 microglobulin
transferrin
Transferrin is also called what? a ceruloplasmin b siderophilin c hemopexin d fibrin
siderophilin
Transferrin is classified as what type of APR? a positive b negative c neutral d none
negative
Transferrin transports what substance? a copper b calcium c iron d zinc
iron
Transferrin levels are high in which condition? a hemochromatosis b inflammation c IDA d DIC
IDA
Which condition produces a beta region spike due to transferrin? a nephrotic syndrome b IDA c liver cirrhosis d inflammation
IDA
Transferrin levels are low in which condition? a IDA b pregnancy c hemochromatosis d nephrosis
hemochromatosis
Hemochromatosis is associated with accumulation of iron in what site? a liver only b brain c skin d kidney
skin
Stored iron is inversely related to what value? a ferritin b albumin c transferrin d fibrinogen
transferrin
High stored iron corresponds to what transferrin level? a high b normal c low d absent
low
Which condition shows a beta region spike? a pulmonary emphysema b nephrotic syndrome c IDA d liver cirrhosis
IDA
Which condition shows an alpha 1 region spike? a IDA b nephrotic syndrome c pulmonary emphysema or liver cirrhosis d inflammation
pulmonary emphysema or liver cirrhosis
Which pattern shows alpha 2 region spike with decreased albumin and gamma region? a PE LC b IDA c NS d inflammation
NS
Which coagulation factor is most abundant? a factor V b factor VIII c factor I d factor X
factor I
Fibrinogen is classified as what type of protein? a negative APR b positive APR c transport protein d enzyme
positive APR
Fibrinogen is a marker for what prognosis? a renal disease b liver failure c cardiovascular disease d infection
cardiovascular disease
Fibrinogen contributes to what process? a lipid transport b plaque formation c iron storage d immunity
plaque formation
High fibrinogen levels indicate what plaque status? a absent b shrinking c growing d calcified
growing
Normal fibrinogen levels indicate what plaque status? a absent b growing c still present but not growing d dissolved
still present but not growing
Fibrinogen may be requested with lipid panels for what purpose? a diagnosis of anemia b prognosis of plaque c detection of infection d liver function
prognosis of plaque
DIC causes what change in fibrinogen? a increased b unchanged c low d spike
low
Low fibrinogen in DIC is due to what mechanism? a decreased synthesis b increased demand after clot production c renal loss d malabsorption
increased demand after clot production