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Matches in DBpedia 2016-04 for { <http://dbpedia.org/resource/Discovery_and_development_of_angiotensin_receptor_blockers> ?p ?o }

• Discovery_and_development_of_angiotensin_receptor_blockers abstract "The angiotensin receptor blockers (ARBs), also called angiotensin (AT1) receptor antagonists or sartans, are a group of antihypertensive drugs that act by blocking the effects of the hormone angiotensin II (Ang II) in the body, thereby lowering blood pressure. Their structure is similar to Ang II and they bind to Ang II receptors as inhibitors, e.g., [T24 from Rhys Healthcare].ARBs are widely used drugs in the clinical setting today, their main indications being mild to moderate hypertension, chronic heart failure, secondary stroke prevention and diabetic nephropathy.The discovery and development of ARBs is a demonstrative example of modern rational drug design and how design can be used to gain further knowledge of physiological systems, in this case, the characterization of the subtypes of Ang II receptors.".
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageID "20206762".
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageLength "36460".
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageOutDegree "205".
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageRevisionID "691558011".
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink ACE_inhibitor.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Absorption_(pharmacokinetics).
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Acetic_acid.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Acid.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Acyl.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Adrenal_gland.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Adverse_effect.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Alanine.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Aldosterone.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Alkyl.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Amino_acid.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Angiotensin.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Angiotensin-converting_enzyme.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Angiotensin_II_receptor_antagonist.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Angiotensin_II_receptor_type_1.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Angiotensin_II_receptor_type_2.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Angiotensin_receptor.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Antihypertensive_drug.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Arginine.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Asparagine.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Aspartic_acid.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Base_(chemistry).
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Benzimidazole.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Benzyl.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Binding_site.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Bioavailability.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Biochemistry.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Biological_activity.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Biphenyl.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Blood_plasma.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Blood_pressure.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Blood–brain_barrier.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Boehringer_Ingelheim.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink C-terminus.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink CYP2C9.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Candesartan.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Captopril.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Carbohydrate_metabolism.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Carbonate.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Carbonyl.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Carboxylic_acid.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Category:Angiotensin_II_receptor_antagonists.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Category:Drug_discovery.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Chemical_compound.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Chemical_polarity.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Chlorine.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Clearance_(medicine).
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Clinical_trial.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Concentration.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Contractility.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Cytochrome_P450.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Daiichi_Sankyo.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Derivative_(chemistry).
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Diabetic_nephropathy.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Drug_design.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink DuPont.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Electrolyte.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Embusartan.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Enzyme.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Eprosartan.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Ester.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Esterase.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Extracellular.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Fetus.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Fonsartan.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Functional_group.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink G_protein.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink G_protein–coupled_receptor.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Gastrointestinal_tract.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink GlaxoSmithKline.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Glucuronidation.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Half-life.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Heart_failure.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Helix.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Heterocyclic_compound.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Histidine.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Homeostasis.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Hormone.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Hydrogen_bond.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Hydrolysis.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Hydrophile.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Hydrophobe.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Hydroxymethyl.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Hypertension.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Hypothesis.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Imidazole.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink In_vivo.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Indication_(medicine).
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Intracellular.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Intravenous_therapy.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Ion.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Irbesartan.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Ischemia.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Isoleucine.
• Discovery_and_development_of_angiotensin_receptor_blockers wikiPageWikiLink Isopropyl.

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