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Karteikarten

Adrenergic Antagonist

Courtney P Cardiology Med Chem Englisch 26 Karten

Adrenergic Antagonist

Karten in diesem Stapel (26)

  1. 1—Phenoxybenzamine
    Non-selective a-antagonist
    B-haloalkylamine
    Uses reactive aziridinium intermediate
    Covalent irreversible inhibitor
    Phenoxybenzamine Non-selective a-antagonist B-haloalkylamine Uses reactive aziridinium intermediate Covalent irreversible inhibitor
  2. 2—Prazosin
    Selective a1-antagonist
    Quinazoline
    Contains a 4-amino-6,7-dimethoxyquinazoline ring and piperazine ring
    Uses: HTN, BPH
    Prazosin Selective a1-antagonist Quinazoline Contains a 4-amino-6,7-dimethoxyquinazoline ring and piperazine ring Uses: HTN, BPH
  3. 3—Doxazonsin
    Selective a1-antagonist
    Quinazoline
    Contains a 4-amino-6,7-dimethoxyquinazoline ring and piperazine ring
    Uses: HTN, BPH
    Doxazonsin Selective a1-antagonist Quinazoline Contains a 4-amino-6,7-dimethoxyquinazoline ring and piperazine ring Uses: HTN, BPH
  4. 4—Terazosin
    Selective a1-antagonist
    Quinazoline
    Quinazoline ring is required for a1- antagonism
    Terazosin Selective a1-antagonist Quinazoline Quinazoline ring is required for a1- antagonism
  5. 5—Alfuzosin
    Selective a1-antagonist
    Quinazoline
    Open ring piperazine ring
    Alfuzosin Selective a1-antagonist Quinazoline Open ring piperazine ring
  6. 6—Tamsulosin
    Selective a1-antagonist
    Non-quinazoline a1 blocker
    BPH only (a1a blockers in prostate)
    Sulfa group! Watch for allergies
    Tamsulosin Selective a1-antagonist Non-quinazoline a1 blocker BPH only (a1a blockers in prostate) Sulfa group! Watch for allergies
  7. 7—Silodosin
    Selective a1-antagonist
    Non-quinazoline a1 blocker
    BPH only (a1a blockers in prostate)
    Silodosin Selective a1-antagonist Non-quinazoline a1 blocker BPH only (a1a blockers in prostate)
  8. 8—Carteolol
    B-adrenergic antagonist
    Aryloxypropanolamine
    Uses: HTN, arrhythmias, 2o MI protection, glaucoma
    Carteolol B-adrenergic antagonist Aryloxypropanolamine Uses: HTN, arrhythmias, 2o MI protection, glaucoma
  9. 9—Metipranolol
    B-adrenergic antagonist
    Aryloxypropanolamine
    Uses: HTN, arrhythmias, 2o MI protection, glaucoma
    Metipranolol B-adrenergic antagonist Aryloxypropanolamine Uses: HTN, arrhythmias, 2o MI protection, glaucoma
  10. 10—Nadolol
    B-adrenergic antagonist
    Aryloxypropanolamine
    Uses: HTN, arrhythmias, 2o MI protection, glaucoma
    Nadolol B-adrenergic antagonist Aryloxypropanolamine Uses: HTN, arrhythmias, 2o MI protection, glaucoma
  11. 11—Pindolol
    B-adrenergic antagonist - nonselective
    Aryloxypropanolamine
    Uses: HTN, arrhythmias, 2o MI protection, glaucoma
    Pindolol B-adrenergic antagonist - nonselective Aryloxypropanolamine Uses: HTN, arrhythmias, 2o MI protection, glaucoma
  12. 12—Sotalol
    B-adrenergic antagonist nonselective
    Phenethylanolamine
    Uses: HTN, arrhythmias, 2o MI protection, glaucoma
    Sotalol B-adrenergic antagonist nonselective Phenethylanolamine Uses: HTN, arrhythmias, 2o MI protection, glaucoma
  13. 13—Propranolol
    B-adrenergic antagonist nonselective
    Aryloxypropanolamine
    Uses: HTN, arrhythmias, 2o MI protection, glaucoma, anxiety!
    HIGH lipophilicity = CNS penetration
    Propranolol B-adrenergic antagonist nonselective Aryloxypropanolamine Uses: HTN, arrhythmias, 2o MI protection, glaucoma, anxiety! HIGH l...
  14. 14—Timolol
    B-adrenergic antagonist nonselective
    Aryloxypropanolamine
    Uses: HTN, arrhythmias, 2o MI protection, glaucoma
    Timolol B-adrenergic antagonist nonselective Aryloxypropanolamine Uses: HTN, arrhythmias, 2o MI protection, glaucoma
  15. 15—Acebutolol
    B-Adrenergic antagonist - B1 selective
    Aryloxypropanolamine
    More cardio-selective
    Safe for lung disease patients
    Acebutolol B-Adrenergic antagonist - B1 selective Aryloxypropanolamine More cardio-selective Safe for lung disease patients
  16. 16—Atenolol
    B-Adrenergic antagonist - B1 selective
    Aryloxypropanolamine
    More cardio-selective
    Safe for lung disease patients
    Atenolol B-Adrenergic antagonist - B1 selective Aryloxypropanolamine More cardio-selective Safe for lung disease patients
  17. 17—Betaxolol
    B-Adrenergic antagonist - B1 selective
    Aryloxypropanolamine
    More cardio-selective
    Safe for lung disease patients
    Betaxolol B-Adrenergic antagonist - B1 selective Aryloxypropanolamine More cardio-selective Safe for lung disease patients
  18. 18—Esmolol
    B-Adrenergic antagonist - B1 selective
    Aryloxypropanolamine
    Cleavable ester = short half-life (8 min) - hospital use
    More cardio-selective
    Safe for lung disease patients
    Esmolol B-Adrenergic antagonist - B1 selective Aryloxypropanolamine Cleavable ester = short half-life (8 min) - hospital use More cardio-...
  19. 19—Metoprolol
    B-Adrenergic antagonist - B1 selective
    Aryloxypropanolamine
    More cardio-selective
    Safe for lung disease patients
    Metoprolol B-Adrenergic antagonist - B1 selective Aryloxypropanolamine More cardio-selective Safe for lung disease patients
  20. 20—Bisoprolol
    B-Adrenergic antagonist - B1 selective
    Aryloxypropanolamine
    More cardio-selective
    Safe for lung disease patients
    Bisoprolol B-Adrenergic antagonist - B1 selective Aryloxypropanolamine More cardio-selective Safe for lung disease patients
  21. 21—Nebivolol
    B-Adrenergic antagonist - B1 selective
    Aryloxypropanolamine
    Nitric Oxide potentiating effects = vasodilation and B1 effects in heart
    More cardio-selective
    Safe for lung disease patients
    Nebivolol B-Adrenergic antagonist - B1 selective Aryloxypropanolamine Nitric Oxide potentiating effects = vasodilation and B1 effects in ...
  22. 22—Labetalol
    Mixed acting a/B- antagonist (a1, B1, B2)
    Phenylethanolamine
    B blocking is 1.5 x a1 blocking
    Labetalol Mixed acting a/B- antagonist (a1, B1, B2) Phenylethanolamine B blocking is 1.5 x a1 blocking
  23. 23—Carvedilol
    Mixed acting a/B- antagonist (a1, B1, B2)
    Aryoxypropanolamine
    B-blocking is 10-100x a1 blocking
    Carvedilol Mixed acting a/B- antagonist (a1, B1, B2) Aryoxypropanolamine B-blocking is 10-100x a1 blocking
  24. 24—Metyrosine
    Inhibits tyrosine hydroxylase in catechol (NE) biosynthesis
    R-isomer is not active
    Depletes levels of DA, Epin, and NE
    Metyrosine Inhibits tyrosine hydroxylase in catechol (NE) biosynthesis R-isomer is not active Depletes levels of DA, Epin, and NE
  25. 25—Carbidopa
    Aromatic L-amino acid decarboxylase inhibitor in DA biosynthesis
    Used as modulator of peripheral adrenergic neurotransmission
    Used in combo with Levodopa for Parkinson's
    Carbidopa Aromatic L-amino acid decarboxylase inhibitor in DA biosynthesis Used as modulator of peripheral adrenergic neurotransmission U...
  26. 26—Levodopa
    Dopamine precursor
    Used with Carbidopa to pass BBB before being broken down
    Used to treat Parkinson's
    Levodopa Dopamine precursor Used with Carbidopa to pass BBB before being broken down Used to treat Parkinson's

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Beschreibung
Cardiology Med Chem Karteikarten am Adrenergic Antagonist, erstellt von Courtney P am 30/01/2019.
Erstellt von
Courtney P
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