Molecular Pharmacology Impact Factor

 Pharmacodynamics and pharmacokinetics are the 2 principal areas of pharmacology. Pharmacodynamics focuses on the effect that a drug can exert on the biology of the body. Pharmacokinetics which centers rather around how the body influences the medication, as far as its assimilation, digestion, dispersion and elimination. Pharmacodynamics is predicated on studying how pharmaceutical substances affect the receptors in the body, and on how these effects are often beneficial surely purposes. Pharmacokinetics studies how the body reacts when pharmaceutical substances are introduced into the bodily systems. This is break up into four main topics: absorption of the drug, distribution round the body, metabolism into other substances and excretion from the body (referred to as ADME). Pharmacology may be a broad field, and its study includes variety of various topics. These include: Drug composition, Drug properties, Drug blend and disease, Molecular and cell components of medication action,Organ and body framework mechanisms, Signal transduction and other cell communication, Molecular diagnostics, Drug interactions, Toxicology, Chemical biology, Drug therapy, Medical applications. There are many various sub-disciplines or specializations under the umbrella of pharmacology. These include: Cardiovascular pharmacology: the consequences of pharmaceuticals on the circulatory system , and Clinical pharmacology: the clinical applications of pharmaceuticals, Dental pharmacology: the utilization of pharmaceuticals in dental disease, Environmental pharmacology: understanding the both interaction between genes, the environment and pharmaceuticals, Neuropharmacology: the consequences of pharmaceuticals on the central and peripheral systema  nervosum , Pharmacoepidemiology: the consequences of pharmaceuticals observed in large population groups.  

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