Pharm Exam 4 Last Lecture (Chemotherapy) Flashcards
Bevacizumab
MOA: Binds VEGF-R binding
Toxicity: Bleeding, Thromboembolism
Paclitaxel
MOA: Mitosis inhibitors; M phase
Toxicity: Myelosuppression, anemia
Methotrexate
MOA: Antimetabolite; S phase
Toxicity: Mucositis, thrombocytopenia
Consideration: Leucovorin rescue
Carmustine
MOA: Alkylate DNA
Toxicity: N/A
Consideration: Crosses BBB
Imatinib
MOA: Bcr-Abl
Toxicity: Edema
Consideration: Leukemias; test for mutation
Cisplatin
MOA: Alkylate DNA
Toxicity: Renal, acoustic nerve damage (THINK KORCH’S DAUGHTER)
Consideration: Give w/ amifostine (renal)
Vinbalstine
MOA: Mitosis inhibitors; M phase
Toxicity: Myelosuppression
M phase have no special considerations :)
Eroltinib
MOA: Blocks EGFR kinase activity
Toxicity: Rash, diarrhea, anorexia
Consideration: Test for EGFR expression and mutations
Vinicristine
MOA: Mitosis inhibitors, M phase
Toxicity: Neurotoxicity
6-Mercaptopurine
MOA: Antimetabolites; S phase
Toxicity: Bone marrow, jaundice, allopurinol
Consideration: Leucovorin rescue
Cyclophosphamide
MOA: Alkylate DNA
Toxicity: Forms acrolein-hemorrhagic cystitis
Consideration: MENSA/hyrdration
Bleomycin
MOA: G2-M phase
Toxicity: Hypersensitivity, pulmonary fibrosis
Consideration: Low myelosuppression
5-Flurouracil
MOA: Antimetabolites; S phase
Toxicity: Oral, GI ulceration
Consideration: Leucovorin ENHANCES activity
Doxorubicin
MOA: Alkylate DNA
Toxicity: Cardiotoxic (iron)
Consideration: Dexrazoxane (iron)
Cetuximan
MOA: Antibody that binds EGFR
Toxicity: Acneiform, hypomagnesia
Consideration: Test for EGFR expression and mutations (same w/ Erlotinib)