Chemical Research in Toxicology� publishes papers devoted to:
Studies on the molecular mechanisms by which toxic agents (chemical and biological) interact with living systems. "Toxic agent" is broadly defined as any molecule or aggregate of molecules that causes cellular damage. "Interactions" are broadly defined to include metabolism, chemical alteration of cellular constituents, adduct formation with cellular constituents, and specific or nonspecific interactions with cellular receptors or enzymes, leading to activation or inactivation.
Studies of the molecular mechanisms of the cellular responses to toxic agents. These may include, but are not necessarily limited to, alterations in global cellular constituents (DNA, proteins, lipids, carbohydrates), repair of damaged cellular constituents, alterations in gene transcription/translation, induction of genetic mutations, activation/ inactivation of stress responses, cell cycle arrest, apoptosis, or necrosis.
Studies of the mechanisms by which the cellular responses to toxic agents affect the intact organism, leading to the pathogenesis of disease.
Studies of the development and application of new methodologies for the investigation of the interaction of toxic agents with living systems.
The Publications Division of the American Chemical Society provides the worldwide scientific community with a comprehensive collection of the most-cited, peer-reviewed journals in the chemical and related sciences.ACS Publications publishes more than�35 journals,Chemical & Engineering News,�ACS Legacy Archives, and the�ACS Symposium Series�via its award-winning web-based platform. ACS journals are #1 in citations or Impact Factor in the seven core chemistry categories as well as eight additional categories.