Select '>' to see answers, then uncheck boxes when incorrect.
Paclitaxel: Class

>

taxanes


Paclitaxel: Use

>

primary treatment of advanced ovarian cancer and metastatic ovarian cancer

metastatic CA of breast

lung, esophageal, bladder, head and neck


Paclitaxel: Toxicity

>

hypersensitivity reactions

reversible neutropenia

cardiac conduction defects

alopecia

peripheral neuropathy

muscle pain

used with cisplatin - clearance reduced


Paclitaxel: Mode

>

inhibits microtubule disassembly and microtubular plates accumulate in cells causing abnormal and dysfunctional spindles


Paclitaxel: Mode

>


Tamoxifen: Class

>

selective estrogen receptor modulator


Tamoxifen: Use

>

breast cancer treatment and prophylaxis

gynecomastia

infertility


Tamoxifen: Mode

>

blocks binding of estrogen to estrogen receptors

has other actions - agonist in bone



>


Tamoxifen: Toxicity

>

nausea, vomiting, hot flashes, vaginal bleeding, hypercalcemia, ocular dysfunction, peripheral edema



>


Anastrozole: Class

>

aromatase inhibitor


Anastrozole: Mode

>

prevents estrogen synthesis by inhibiting aromatase which converts androstenedione to estradiol

not used in pre-menopausal women, very useful in post-menopausal patients

slowly replacing tamoxifen


Asparaginase: Class

>

Other


Asparaginase: Mode

>

converts asparagine to aspartic acid and ammonia

exogenously decreases available asparagine for cancer cell, thus inducing apoptosis


Asparaginase: PKs - route

>

IV


Asparaginase: Toxicity

>

hypersensitivity reactions

high doses its toxic to CNS



>


Trastuzumab: Class

>

Antibody

aka Herceptin


Trastuzumab: Mode

>

immunoglobulin antibody binds with high affinity and specificity to her-2 receptor inhibiting growth of tumor

used alone or in combo with paclitaxel


Trastuzumab: Toxicity

>

nausea, vomiting, chills, fevers, headaches, ventricular dysfunction and heart failure


Cisplatin: Class

>

platinum coordination complex


Cisplatin: Use

>

urogenital cancers

testicular, ovarian, bladder cancer


Cisplatin: Mode

>

enters cells by diffusion

reacts with DNA leading to breaks and miscoding causing inhibition of replication and transcription


Cisplatin: PKs - route

>

IV

cannot be given with any needle that has aluminum


Cisplatin: Toxicity

>

nephrotoxicity

electrolyte disturbances

hypomagnesemia

hypocalcemia

hypokalemia

hypophosphatemia

phototoxicity

nausea, vomiting


Cisplatin: Antidote


>

amifostine

generates theol metabolites which scavenge free radicals

given as pre-treatment with hydration



>


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