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computational chemistry uses specific computational methods, distribution often involves active transport, Lead discovery uses stratetgies of Lead generation, Structure based drug design has several Synonyms, biotransformation of xenobiotics, drug categories include analgesics antacids antianxiety drugs antiarrhythmics antibacterials antibiotics anticoagulants (thrombolytics) anticonvulsants antidepressants antidiarrheals antiemetics antifungals antihistamines antihypertensives anti-inflammatories antineoplastics antipsychotics antipyretics antivirals barbiturates beta-blockers bronchodilators cold cures corticosteroids cough suppressants cytotoxics decongestants diuretics expectorants hormones hypoglycemics immunosuppressives laxatives muscle relaxants sedatives sex hormones sleeping drugs tranquilizers vitamins, Lead generation including De novo design, metabolism involves metabolic processes, Lead modification/optimization produces a Drug, Lipinski's Rule of 5 evaluates logP values (<5), agonist bind to receptors, Lipinski's Rule of 5 evaluates hydrogen donors (<5), medicinal chemistry involves aspects of medical sciences, Drug undergoes Drug disposition, medicinal chemistry involves aspects of pharmaceutical sciences, computational methods such as molecular mechanics, Lead generation including Combinatorial chemistry, logP values (<5) which measures lipophilicity, Lead generation resulting in Lead drug, Lead modification/optimization also uses Combinatorial chemistry, Drug one of several drug categories, Synonyms such as Computer-assisted drug design, prodrugs to accomplish site-specific delivery, metabolic processes specifically biotransformation, Drug can be a New Chemical Entity (NCE), Structure based drug design a branch of medicinal chemistry, Drug of type antagonist, ADME includes elimination, ADME includes absorption, Lipinski's Rule of 5 evaluates hydrogen acceptors (<10), Lipinski's Rule of 5 evaluates molecular weight (<500), receptors resulting in no physiological/pharmacological response, physical processes creating metabolites, distribution often uses prodrugs, modification methods such as Structure-Activity Relationships (SAR), computational methods such as semiempirical, Lead generation including High-throughput Screening (HTS), antagonist bind to receptors, Lead drug which undergoes Lead modification/optimization, absorption predicted by Lipinski's Rule of 5, receptors resulting in a physiological/pharmacological response, Lead modification/optimization depends on modification methods, biotransformation of Drugs, metabolic processes of type chemical processes, Lead generation including Quantitative Structure-Activity Relationships (QSAR), Drug of type agonist, computational methods such as ab initio, Structure based drug design based on science of computational chemistry, ADME includes metabolism, Structure based drug design begins with Lead discovery, Pharmacokinetics helps to guide modification methods, Synonyms such as Rational drug design, computational methods such as density functional theory (DFT), molecular modeling creates and uses 3D models, modification methods such as functional group modification, medicinal chemistry involves aspects of chemical sciences, computational methods such as protein docking, Drug disposition specifically ADME, metabolic processes of type physical processes, ADME is studied by Pharmacokinetics, modification methods such as pharmacophore identification, ADME includes distribution, computational chemistry synonymous with molecular modeling, chemical processes creating metabolites, medicinal chemistry involves aspects of biological sciences