MODA Chemotherapy - Statistics

General Stats
  • This quiz has been taken 4 times
  • The average score is 7 of 92
Answer Stats
Hint Answer % Correct
DHFR Inhibitor Methotrexate
100%
Vinca alkaloid Vincristine
100%
VEGF Inhibitor vs angiogenesis Bevacizumab
50%
Platinum based inhibitor of DNA Pol binding Cisplatin
50%
Anti-Neoplastic Drugs Alkylating agent, phosphoramide mustard (can't cross BBB) Cyclophosphamide
50%
Intercalating Anthracycline (Produces ROS) Doxorubicin
50%
Topo II Inhibitor (Mitoxantrone, anthracyclines, epipodophyllotoxin) Etoposide
50%
Pyrimidine analogue (also inhibits folate synthesis) FlouroUracil
50%
Glucocorticoid Agonist to repress lymphocyte growth Prednisone
50%
ER Antagonist Tamoxifen
50%
Topo I inhibitor (+camptothecin) Topotecan
50%
EGFR (HER2) inhibitor Trastuzumab
50%
Intercalating Anthracycline (Produces ROS) Actinomycin D
0%
Anti-herpes Purine analogue activated by viral thymidine kinase Acyclovir
0%
Anti-influenza (-ve ss RNA) Inhibits M2 and HA to prevent fusion Amantadine
0%
Anti-fungals Forms pores via ergosterol binding Amphotericin B
0%
Aromatase Inhibitor (inhibits Oestrogen Synthesis) Anastrazole
0%
Activated by iron in haem to form free radicals Artemisinin
0%
Hydroxynapthoquinone that mimics ubiquinone to inhibit etc Atavoquone
0%
Thymidine analogue chain terminator Azidothymidine
0%
Antibiotics - Cell wall biosynthesis inhibitors Bactoprenol dephosphorylation inhibitor (prevents recycling) Made through Lipid I and II intermediates ad bactoprenol carrier Bacitracin
0%
metal chelating glycoprotein that intercalates minor groove Bleomycin
0%
IV Nitrosourea Carmustine
0%
EGFR Inhibitor vs colorectal Cetuximab
0%
binds A site to inhibit peptidyl transferase on 50s (overlaps binding site with clindamycin) Chloramphenicol
0%
Anti-malarials Inhibits haemozin formation (store of toxic haem from Hb digestion by parasite) Chloroquine
0%
Cytosine analogue vs CMV Cidofovir
0%
Flouroquinolone, inhibits DNA Gyrase Ciprofloxacin
0%
Chloramphenicol Analogue Clindamycin
0%
Binds Lipid A of LPS to form leaky envelope (polymyxin E) Colistin
0%
Formulation of the above Co-trimoxazole
0%
Aminocoumarin, inhibits GyrB Coumermycin
0%
DNA Binding molecules Intercalates with bases to stretch backbone Daunomycin
0%
D-alanyl-D-alanine synthase +ligase inhibitor D-Cycloserine
0%
Tetracycline Analogue Doxycycline
0%
Anti-HIV Gp41 analogue - fusion inhibitor Enfuvirtide
0%
EGFR TyrK Inhibitor Erlotinib
0%
50s targeters Macrolide, binds E site via 23s rRNA on 50S overlaps P site to compete vs peptidyl transferase inhibitors (lincomycin) Erythromycin
0%
Triazole that inhibits ergosterol synthesis Fluconazole
0%
Testosterone competitor Flutamide
0%
DNA pol inhibitor, pyrophosphate analogue Foscarnet
0%
Prevents translocation via GTPase+efG inhibition Fusidic acid
0%
Competitive inhibitor of DNA polymerase Ganciclovir
0%
EGFR TyrK Inhibitor Gefitinib
0%
Less toxic aminoglycoside Gentamycin
0%
GnRHR Agonist to increase and inhibit testosterone synthesis Goserelin
0%
Forms transmembrane ion channel upon dimerisation Gramicidin A
0%
Pyramidine analogue - needs viral kinase Idoxuridine
0%
BCR-Abl Inhibitor (TyrK) Imatinib
0%
Drug to preserve some folate synthesis (formyl derivative) Leucovorin
0%
Flouroquinolone, inhibits DNA gyrase Levofloxacin
0%
Oral Nitrosourea Lomustine
0%
CCR5/CXCR4 antagonist Maraviroc
0%
Anti-protozoal Arsenic pro-drug that inhibits ATP synthesis via TCA cycle, PFK, PDH, Pyruvate kinase inhibition (accumulates in Trypanosomes) Melarsoprol
0%
Alkylating agent, melanin precursor analgoue Melphalan
0%
Imidazole that inhibits ergosterol synthesis Miconazole
0%
Alkylates DNA (forms G-G crosslinks between strands) Mitomycin C
0%
Aziridine antibiotic, alkylates DNA Mitomycin C
0%
Intercalating Anthracycline, no ROS production Mitoxantrone
0%
Cytidine Analogue to inhibit RdRP Molnupiravir
0%
Sodium antiporter Monesin
0%
Chloroquine by product, inhibits GyrB Nalidixic acid
0%
Reverse transcriptase inhibitor Nevirapine
0%
Potassium antiporter Nigericin
0%
Alkylating and Carbamoylating agents (can cross BBB) Nitrosourea
0%
Protein Synthesis inhibitors Inhibits GyrB (topo II ATP binding portion) aminocoumarin Novobiocin
0%
Forms pores via ergosterol binding Nystatin
0%
Sialic Acid analogue, pro-drug Oseltamivir
0%
Binds co-operativley on A site with Streptomycin Paromomycin
0%
mimics D-ala-D-ala to inhibit transpeptidase action (beta-lactam ring) Penicillin
0%
DHFR inhibitor pro-drug Proguanil
0%
DHFR inhibitor Pyrimethamine
0%
vDNA integrase inhibitor Ratelgravir
0%
Guanine analogue which inhibits end capping and vRNAPol Ribavirin
0%
Inhibits DNA-dependent RNA Polymerase, binds exit tunnel to prevent elongation Rifampin
0%
Protease inhibitor Ritonavir
0%
Protease inhibtor Saquinavir
0%
Leishmaniasis (has ergosterol in membrane) Inhibits Topo I and ATP synthesis Sodium Stibogluconate
0%
Inhibits elongation factor G Spectinomycin
0%
Aminoglycoside binds 30s + nephrotoxic + ototoxic Streptomycin
0%
DHFS inhibitor Sulfadoxin
0%
Anti-metabolites Inhibits Dihydropteroate Synthase (sulfonamide) Sulfamethazole
0%
Inhibits reoxidation of NADH and ATP synthesis Suramin
0%
blocks translocation at 50s (is synergistic combination) Synercid
0%
Prevents remodelling of microtubules Taxol
0%
Ribosome Targeters Aminoglycoside binds A site on 16s rRNA on 30s (bacteriostatic) Tetracycline
0%
Pyramidine analogue - doesn't need viral kinase Trifuridine
0%
Inhibits Dihydrofolate reductase (diaminopyrimidines) Trimethoprim
0%
Membrane targetting drugs Forms potassium uniport Valinomycin
0%
Binds D-ala-D-ala to modify lipid 2 and inhibit transglycosylase action Vancomycin
0%
Vinca alkaloid inhibitor of tublin polymerisation Vinblastine
0%
Sialic Acid analogue to inhibit NA Zonamivir
0%
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