immuno pharm Flashcards
immunosuppresants basics: general action?
block lymphocyte activation and proliferation
immunosuppresants basics: use
reduce acute transplant rejection by supressing cellular immunity (used as prophylaxis)
immunosuppresants basics: why combine?
increase efficacy and decrease toxicity
immunosuppresants basics: increased risk for?
infection and malignancy
cyclosporine mec
116
cyclosporine use
116
cyclosporine toxicity
hyperkalemia, hyperglycemia
tacrolimus (fk506) mech
116
tacrolimus (fk506) toxicity
116
tacrolimus (fk506)
116
cyclosproine and tacrolimus pharmacology
cyp p450 metabolism
sirolimus (rapamycin) mech
116
sirolimus (rapamycin) use
116
sirolimus (rapamycin) toxicity
116
sirolimus (rapamycin) notes
116
basiliximab mech
116
basiliximab use
116
basiliximab effects
116
azathioprine mech
116
azathioprine use
116
azathioprine toxicity
116
azathioprine notes
116
mycophenolate mofetil mech
116
mycophenolate mofetil use
116
mycophenolate mofetil toxicity
116
mycophenolate mofetil notes
116
corticosteroids mech
116116
corticosteroids uses
116
corticosteroids effects
116
corticosteroids notes
116
Aldesleukin
117
epoetin alfa
117
filgrastim
117
sargramostin
117
ifn alpha
117
ifn b
117
ifn g
117
romiplostim
117
eltrombopag
117
oprelvekin
117
alemtuzumab target, clinical use,
118
bevacizumab target, clinical use,
118
cetuximab target, clinical use,
118
rituxumab target, clinical use,
118
trastuzumab target, clinical use, notes
118
daclizumab target, clinical use,
118
eculizumab target, clinical use,
118
natalizumab target, clinical use, notes
118
ustekinumab target, clinical use,
118
abciximab target, clinical use,
118
denosumab target, clinical use,
118
ranibizumab target, clinical use,
118
bevacizumab extra use
118