RCP 110 Pharm Generic - Brand name Quiz

Racemic Epinephrine

Albuterol

Levalbuterol

Salmeterol

Formoterol

Arformoterol

Indacaterol

Olodaterol

Ipratropium Bromide

Ipratropium Bromide and Albuterol

Aclidinium Bromide

Aclidinium bromide and formoterol

Glycopyrrolate Bromide

Glycopyrrolate Bromide & Formoterol

Glycopyrrolate Bromide & Indacaterol

Revefenacin

Tiotropium Bromide

Tiotropium Bromide & Indacaterol

Umeclidinium Bromide

Umeclidinium Bromide & Vilanterol

N-Acetylcysteine

Dornase Alfa

Beclomethasone Diproprionate HFA

Flunisolide Hemihydrate HFA

Fluticasone Proprionate

Fluticasone Furoate

Budesonide

Mometasone Furoate

Ciclesonide

Fluticasone Proprionate & Salmeterol

Budesonide & Formoterol Fumarate HFA

Mometasone Furoate & Formoterol Fumarate

Fluticasone Furoate & Vilanterol

Fluticasone furoate & Umeclidinium bromide & Vilanterol

Cromolyn Sodium

Zafirlukast

Montelukast

Zieulton

Omalizumab

Pentamidine

Ribavirin

Tobramycin

Aztreonam

Zanamivir

Penicillin: Mechanism of Action (select all that applies)

1 Inhibits cell wall synthesis 2 Bactericidal 3 Prevents formation of rigid cell wall 4 Inhibit RNA Polymerase 5 Can act synergistically with aminoglycosides 6 Activate autolytic system in bacteria

Penicillin: Most common adverse reaction?

1 Hypersensitivity 2 Seizures in patients with decreased renal function 3 Hematological reactions 4 CNS toxicity 5 Chest pains 6 GI Disturbances

Penicilin: What does it fight against?

Cesphalosporins: Mechanism of Action (select all that applies)

1 Inhibits bacteria cell wall synthesis 2 Similar to other B-lactams 3 Prevents formation of rigid cell wall 4 Bactericidal 5 CNS toxicity 6 Increases permeability of cell membrane

Cesphalosporins: Most common adverse reaction? (select all that applies)

Carbapenems: Mechanism of action

1 Inhibits bacteria cell wall synthesis 2 bacteriostatic 3 Similar to other B-lactams 4 Bacteriacidal 5 Inhibit RNA tanslation 6 Virustatic

Carbapenems: Clinical uses? Select all that applies

Carbapenems: Adverse reactions? (select all that applies)

Monobactams: Mechanism of action

1 Similar to B-Lactams 2 Inhibits bacteria cell wall synthesis 3 Inhibits RNA translation 4 Bacteriostatic 5 Bacteriacidal 6 Fungistatic

Monobactams: Clinical uses?

What are the drugs included in Aminoglycosides? Select all that applies

What are the mechanism of actions of Aminoglycosides? Select all that applies

Clinical use of Aminoglycoside

Adverse reaction of Aminoglycoside

1 Ototoxicity 2 Red man syndrome 3 Seizure in patients with decreased renal function 4 Nephrotoxicity 5 Rare: Neuromuscular blockade with rapid high-dose use 6 Hypersensitivity

Clindamycin: Mechanism of action

1 Inhibits protein synthesis 2 Prevents formation of rigid cell wall 3 Bacteriacidal 4 Bacteriostatic 5 Inhibits RNA translation 6 Increases permeability of cell membrane

Clinical uses of Clindamycin? Select all that applies

Adverse reaction of Clindamycin? Select all that applies

Vancomycin: Mechanism of action? Select all that applies

How does Tubercolosis Spread and what is it caused by?

Medication to use for tuberculosis

Adverse reaction to the medication used for Tuberculosis.

1 Hepatotoxicity 2 Nausea, loss of appetite, abdominal pain 3 Hypersensitivity 4 Red man syndrome 5 Neurotoxicity 6 GI disturbances

Mechanism of Action of Rifampin and Rifabutin? Select all that applies

Adverse reaction to Rifampin and Rifabutin?

1 Hepatotoxicity 2 Rifampin may cause the bodily fluids to turn to a blue color 3 Rifampin may cause bodily fluids to turn to an orange color 4 Rifampin may cause hypersensitivity 5 Rarely: Fever, chills, nausea and vomiting 6 Rifabutin causes bodily fluids to turn to pink

Select all Antifungals

Mechanism of Action of Azoles. Select all that applies

Clinical use of Azoles

Adverse reaction to Azoles. Select all that applies

Mechanism of action of Enchinocandins. Select all that applies

Mechanism of action of Flucytosine. Select all that applies.

Clinical use of Flucytosine

1 MRSA 2 Candida 3 Aspergillus 4 VAP 5 Cryptococcus 6 Gram positive bacteria

Select all Antiviral agents

Mechanism of action of Acyclovir and Valacyclovir

Clinical uses of Acyclovir and Valacyclovir