Exam 4 Flashcards
Prednisone
(Glucocorticoid - corticosteriod)
(Short-Med Acting)
- Effect:
- PMN increase
- Lymphocyte/monocyte/granulocyte decrease
- Decrease response to Ag
- Decrease release of mediators (IL1,2, TNF-a, collagenase/elastase)
- Inhibit Phospolipase A2 and COX2
- liver activation
- Use:
- allergic/hemato/collagen disorders
- hepatic/renal dz
- SE:
- short = nothing; see SE card
- long = iatrogenic Cushing’s, osteoporosis, infection, ulcers
Methylprednisone
(Glucocorticoid - corticosteriod)
(Short-Med Acting)
- Effect:
- PMN increase
- Lymphocyte/monocyte/granulocyte decrease
- Decrease response to Ag
- Decrease release of mediators (IL1,2, TNF-a, collagenase/elastase)
- Inhibit Phospolipase A2 and COX2
- Use:
- allergic/hemato/collagen disorders
- hepatic/renal dz
- SE:
- short = nothing
- long = iatrogenic Cushing’s, osteoporosis, infection, ulcers
Cyclophosphamide
(Prodrug - cytotoxic/antiprolif. T/B cell)
- Effect:
- Alkylating agent, signal 3 inhib.
- Non-cell cycle spec
- Inhib B/T Cell (direct cytotox=immune supp.)
- Use:
- RA
- Leukemia
- SE:
- Short term = N/V
- Long term = Bone Marrow Supp. (leukopenia, thrombocytopenia, anemia)
- Derm (alopecia)
Azathioprine
(cytotoxic/antiprolif. T/B cell)
- Effect:
- Antimetabolite, Signal 3 inhib.
- Cell-cycle spec
- Inhib T > B
- Use:
- Renal Allotrasplant.
- RA (ADULT ONLY)
- SE:
- Short term = N/V/D
- Long term = Bone Marrow supp. (leukopenia, thrombocytopenia, macrocytic anemia)
- Infections
Methotrexate
(cytotoxic/antiprolif. T/B cell)
- Effect:
- Antimetabolite, Signal 3 inhib.
- Cell-cycle spec
- Inhibit B/T cell
- Use:
- Crohn’s
- RA
- Leukemia
- SE:
- N/V
- Bone Marrow Supp.
- Hepatox.
Mycophenolate Mofetil
(T-cell supp)
- Effect:
- Inhib Purine synth, Signal 3 inhib.
- Inhibit B/T cell
- Use:
- Kidney/Liver/Heart rejection
- combo w/ cyclosporine/cortico
- SE:
- GI
- neutropenia
- infection
Cyclosporine
(T-cell supp)
- Effect:
- Inhibit calcineurin and Signal 1
- T-cell supp.
- Use:
- Kidney/Liver/Heart rejection
- w/ cortico/azathiprine
- RA
- SE:
- Nephrotox
- HTN
- Embryotox
Muromonab-CD3
(Murine - T-cell supp)
- Effect:
- Inhibit CD3R and Signal 1
- T-cell supp.
- Use:
- Kidney/Liver/Pancreas/Heart rejection
- SE:
- Fever/Chills
- Murine sensitivity
Lymphocyte Immune Globulin
(Horse - T-cell supp)
- Effects:
- T-cell supp.
- Use:
- Kidney rejection
- SE:
- fever/chills
- horse sensitivity
Daclizumab
(Human - T-cell supp)
- Effect:
- Inhibit IL-2R and Signal 3
- Use:
- Kidney rejection
- SE:
- GI dysfunction
RHO Immune Globulin
(Human - Ab immunosupp.)
- Effect:
- Supp immune response to Rh+ RBCs
- Use:
- prevent erythroblastosis fetalis
- SE:
- mild
- contra for Rh+ pts
Immune Globulin
(Human - Replacement tx)
- Effects:
- increase passive immunity
- Use:
- Hypogammaglobulinemia
- Prevent infections in HIV+
- SE:
- mild
Interferon Beta-1b
(Immunomodulators)
- Effects:
- Antiviral/Immunoregulatory
- Use:
- MS (relapsing-remitting)
- SE:
- Flu-like S/S
- depression/suicide
- injection site rxn
Interferon Gamma
(Immunomodulators)
- Effects:
- activate phagocytic activity
- Ab-dependent cytotox.
- Use:
- chronic granulomatous dz
- osteoporosis
- SE:
- Flu-like S/S
Acetyl Salicylic Acid
(Salicylic Acid Deriv.)
- pKa = 3.5 (acidic)
- Abs favored in SI b/c large SA (even though not favored by kinetics)
- Kidney excretion; if you increase urine pH = increase excretion
- Effects:
- Irreversible COX 1/2 inhibition
- Use:
- Analgesic
- Anitpyretic
- Antiinflamm
- Antirheumatic
- prevent A/V thrombosis
- SE:
- GI - inhibit COX1 .: no PGs (protection) leads to S/S
- Tinnitus
- Heptic
- Renal ischemia due to PG inhibition
- Decrease Hct/Fe serum conc. + decrease RBC lifespan
- Hypersensativity - urticaria/angioedema
- Reye’s (children)
- Rx Interactions
- protein bound
- anticoagulants
- corticosteroids
- NSAIDs
Diflunisal
(Salicylic Acid Deriv.)
- Effects:
- Reversible COX1/2 inhibit
- Use:
- Analgesic (acute/chronic mild-mod)
- Antiinflamm
- RA/Osteoarthritis
- SE:
- Mild GI
- HA
- Renal
- Hypersensativity
Indomethacin
(Acetic Acid Deriv.)
- Effects:
- Reversible COX 1/2 inhibition
- Use:
- RA
- Osteoarthritis
- Tocolytic agent
- SE:
- Severe GI
- Prolong Gestation
- Renal
- HA + aggrevated depression
Etodolac
(Acetic Acid Deriv.)
- Effects:
- COX 2 > COX 1 inhibition
- Use:
- RA
- Osteoarthritis
- Post op analgesia (6-8h)
- SE:
- GI (Less severe)
Diclofenac
(Acetic Acid Deriv.)
- Effect:
- Reversible COX1/2 inhibition
- Use:
- RA
- Osteoarthritis
- Analgesia/Dysmenorrhea
- SE:
- GI
- Dizziness + HA
Tolmetin
(Acetic Acid Deriv.)
- Effect:
- Reversible COX1/2 inhibition
- Use:
- JRA
- RA
- Osteoarthritis
- SE:
- GI
- HA
- anaphylaxis
Ketorolac
(Acetic Acid Deriv.)
- Effect:
- Reversible COX1/2 inhibition
- Use:
- Mod-sev acute pain
- SE:
- GI
- HA
Ibuprofen
(Proprionic Acid Deriv.)
- Effect:
- Reversible COX1/2 inhibition
- Use:
- RA
- Osteoarthritis
- Analgesia
- Dysmenorrhea
- Fever
- SE:
- Mild GI
- Ocular dysfunction
- Rash/Dermatitis
- Contra: preggo/milking
Naproxen
(Proprionic Acid Deriv.)
- Effects:
- Reversible COX1/2 inhibition
- Use:
- JRA
- RA
- Osteoarthiritis
- Anagesia
- Dysmenorrhea
- SE:
- Mild GI
- HA
- Hypersensitivity
Ketoprofen
(Proprionic Acid Deriv.)
- Effects:
- Reversible COX1/2 inhibition
- Use:
- RA
- Osteoarthritis
- Analgesia
- Dysmenorrhea
- SE:
- GI - 30% of pts
- HA
Oxaprozin
(Proprionic Acid Deriv.)
- Effects:
- Reversible COX1/2 inhibition - Used Once daily
- Use:
- RA
- Osteoarthritis
- SE:
- GI
Piroxicam
(Enolic Acid Deriv. - Oxicams)
- Effects:
- Reversible COX1/2 inhibition
- Use:
- RA
- Osteoarthritis
- SE:
- GI
Meloxicam
(Enolic Acid Deriv. - Oxicams)
- Effects:
- Reversible COX 2 > 1 inhibition
- Use:
- Osteoarthritis
- SE:
- GI
Nabumetone
(Non-acidic)
- Effect:
- Reversible COX 2 > 1 inhibition
- Use:
- RA
- Osteoarthritis
- SE:
- GI
- HA
Celecoxib
(COX-2 Inhibitor)
- Effect:
- Selective COX 2 inhibition
- Use:
- Osteoarthritis
- RA
- dysmenorrhea
- acute pain
- familial adenomatous polyposis
- SE (all minor):
- GI (less than COX 1 inhibitors)
- HA and dizziness
- Respiratory
- Rash
- Sulfonamide allergy
Acetaminophen
- Effect:
- analgesia (increase pain threshold)
- weak COX1/2 inhibition
- antipyresis via reg. @ hypothalamic heat-reg center
- Use:
- analgesia
- antipyretic
- Osteoarthritis
- SE:
- Heptotox
- Nephrotox
- Rash (minor)
Epinephrine
(Adrenergic Bronchodilator)
- Effect:
- Bronchodilation
- inhibit degranulation from mast cells
- Use:
- acute asthma attacks/asthmatic bronchospasms
- anaphylactic reactions
- SE:
- CNS stimulation
- Cardiac stimulation
- tolerance/rebound bronchospasm
Isoproterenol
(Adrenergic Bronchodilator)
- Effect:
- Bronchodilation
- inhibit degranulation from mast cells
- Use:
- acute asthma attacks/asthmatic bronchospasms
- anaphylactic reactions
- SE:
- CNS stimulation
- Cardiac stimulation
- tolerance/rebound bronchospasm
Metaproterenol
(Adrenergic Bronchodilator)
- Effect:
- Bronchodilation
- inhibit degranulation from mast cells
- Use:
- acute asthma attacks/asthmatic bronchospasms
- anaphylactic reactions
- SE:
- CNS stimulation
- Cardiac stimulation
- tolerance/rebound bronchospasm
Albuterol/Levalbuterol
(Adrenergic Bronchodilator)
- Effect:
- Bronchodilation
- inhibit degranulation from mast cells
- Use:
- acute asthma attacks/asthmatic bronchospasms
- anaphylactic reactions
- SE:
- CNS stimulation
- Cardiac stimulation
- tolerance/rebound bronchospasm
Salmeterol
(Adrenergic Bronchodilator)
- Effect:
- Bronchodilation
- inhibit degranulation from mast cells
- Use:
- acute asthma attacks/asthmatic bronchospasms
- anaphylactic reactions
- SE:
- CNS stimulation
- Cardiac stimulation
- tolerance/rebound bronchospasm
Terbutaline
(Adrenergic Bronchodilator)
- Effect:
- Bronchodilation
- inhibit degranulation from mast cells
- Use:
- acute asthma attacks/asthmatic bronchospasms
- anaphylactic reactions
- SE:
- CNS stimulation
- Cardiac stimulation
- tolerance/rebound bronchospasm
Pirbuterol
(Adrenergic Bronchodilator)
- Effect:
- Bronchodilation
- inhibit degranulation from mast cells
- Use:
- acute asthma attacks/asthmatic bronchospasms
- anaphylactic reactions
- SE:
- CNS stimulation
- Cardiac stimulation
- tolerance/rebound bronchospasm
Theophylline
(Methylxanthine Bronchodilator)
- Narrow therapeutic window
- Not used b/c of SEs
- Effect:
- bronchodilation
- inhibit mast cell degranulation
- inhibit PDE4 -> increase cAMP in mast cell and smooth muscle
- interact with adenosine receptors
- Use:
- oral in conjunction with other Rx for severe asthma
- SE:
- Mild: N/V, HA, insomnia, nervousness
- Severe: arrhythmias, seizures
Aminophylline
(Methylxanthine Bronchodilator)
- Narrow therapeutic window
- Not used b/c of SEs
- Effect:
- bronchodilation
- inhibit mast cell degranulation
- inhibit PDE4 -> increase cAMP in mast cell and smooth muscle
- interact with adenosine receptors
- Use:
- IV for severe asthma
- SE:
- Mild: N/V, HA, insomnia, nervousness
- Severe: arrhythmias, seizures
Beclomethasone
(Corticosteroid)
- Effects:
- antiinflammatory
- inhibit leukocyte recruitment
- inhibit synthesis/release of PGs, TXs, leukotrienes, PAFs, etc.
- reduce cell mediated bronchial epithelial damage
- slow acting
- Use:
- prophylactic NOT acute
- SE:
- Cataracts (inhaled steroids)
- Cushing Syndome
- Immunosuppression
- Osteoporosis
- Peptic ulcer
- Growth suppression in kids (systemic use)
- Hypothalamic-Pit axis suppression
- Menstrual/repro problems
Flunisolide
(Corticosteroid)
- Effects:
- antiinflammatory
- inhibit leukocyte recruitment
- inhibit synthesis/release of PGs, TXs, leukotrienes, PAFs, etc.
- reduce cell mediated bronchial epithelial damage
- slow acting
- Use:
- prophylactic NOT acute
- SE:
- Cataracts (inhaled steroids)
- Cushing Syndome
- Immunosuppression
- Osteoporosis
- Peptic ulcer
- Growth suppression in kids (systemic use)
- Hypothalamic-Pit axis suppression
- Menstrual/repro problems
Triamcinolone
(Intermediate-acting Glucorticoid)
- Effects:
- antiinflammatory
- inhibit leukocyte recruitment
- inhibit synthesis/release of PGs, TXs, leukotrienes, PAFs, etc.
- reduce cell mediated bronchial epithelial damage
- slow acting
- no mineralcorticoid activity
- Use:
- prophylactic NOT acute
- intralesional
- allergic rhinitis
- ophthalmic
- bronchial asthma
- oral ulcerative lesions
- adrenocortical insuff,
- DZ: derm, endocrine, GI, hem/neo, NS, nephro, rheumatic , resp, SLE
- SE:
- Cataracts (inhaled steroids)
- Cushing Syndome
- Immunosuppression
- Osteoporosis
- Peptic ulcer
- Growth suppression in kids (systemic use)
- Hypothalamic-Pit axis suppression
- Menstrual/repro problems
Fluticasone
- Effects:
- antiinflammatory
- inhibit leukocyte recruitment
- inhibit synthesis/release of PGs, TXs, leukotrienes, PAFs, etc.
- reduce cell mediated bronchial epithelial damage
- slow acting
- Use:
- prophylactic NOT acute
- SE:
- Cataracts (inhaled steroids)
- Cushing Syndome
- Immunosuppression
- Osteoporosis
- Peptic ulcer
- Growth suppression in kids (systemic use)
- Hypothalamic-Pit axis suppression
- Menstrual/repro problems
Budesonide
(Corticosteroid)
- Effects:
- antiinflammatory
- inhibit leukocyte recruitment
- inhibit synthesis/release of PGs, TXs, leukotrienes, PAFs, etc.
- reduce cell mediated bronchial epithelial damage
- slow acting
- Use:
- prophylactic NOT acute
- SE:
- Cataracts (inhaled steroids)
- Cushing Syndome
- Immunosuppression
- Osteoporosis
- Peptic ulcer
- Growth suppression in kids (systemic use)
- Hypothalamic-Pit axis suppression
- Menstrual/repro problems