Quantitative Structure Activity Relationship

Identification of 2-nonynoic acid, a cosmetic component, as a potential trigger of primary biliary cirrhosis

Immunology / Autoimmunity / Humans / Female / Male / Quantitative Structure Activity Relationship / Cosmetics / Molecular Mimicry / Occupational Exposure / Indexation / Structure activity Relationship / Primary Biliary Cirrhosis / Methyl Ester / Chemical Structure / Autoantibodies / Quantitative Structure Activity Relationship / Cosmetics / Molecular Mimicry / Occupational Exposure / Indexation / Structure activity Relationship / Primary Biliary Cirrhosis / Methyl Ester / Chemical Structure / Autoantibodies

Extra Precision Glide: Docking and Scoring Incorporating a Model of Hydrophobic Enclosure for Protein−Ligand Complexes

Algorithms / Organic Chemistry / Water / Medicinal Chemistry / Entropy / Quantitative Structure Activity Relationship / Proteins / Metals / Hydrogen Bonding / Medicinal / Ligands / Quantitative Structure Activity Relationship / Proteins / Metals / Hydrogen Bonding / Medicinal / Ligands

Development of a Model to Predict Partition Coefficient of Organic Pollutants in Cloud Point Extraction Process

Algorithms / Water / Software / Micelles / Calibration / Temperature / Quantitative Structure Activity Relationship / Partition Coefficient / Solubility / Point Cloud / Organic Chemicals / Soil Pollutants / Temperature / Quantitative Structure Activity Relationship / Partition Coefficient / Solubility / Point Cloud / Organic Chemicals / Soil Pollutants

QSAR study on some antirhino/enteroviral vinylacetylene benzimidazoles

Pharmacology / Pharmacy / Quantitative Structure Activity Relationship / Multiple Linear Regression / Correlation Analysis / Indexation / Antiviral Activity / Physicochemical Properties / Toxicity Testing / Topological Indices / Indexation / Antiviral Activity / Physicochemical Properties / Toxicity Testing / Topological Indices

Comparative QSAR modelling of 2-phenylindole-3-carbaldehyde derivatives as potential antimitotic agents

Organic Chemistry / Chemometrics / Principal Component Analysis / Statistical Analysis / Modeling / Prediction / Pharmaceutical Chemistry / Comparative Study / Topological Index / Mitosis / Factor analysis / Humans / QSAR / Drug Design / Regression Analysis / Quantitative Structure Activity Relationship / Microtubules / Multiple Linear Regression / Surface Area / Regression Model / Molecular Model / Linear Regression / Molecular Structure / Prediction / Pharmaceutical Chemistry / Comparative Study / Topological Index / Mitosis / Factor analysis / Humans / QSAR / Drug Design / Regression Analysis / Quantitative Structure Activity Relationship / Microtubules / Multiple Linear Regression / Surface Area / Regression Model / Molecular Model / Linear Regression / Molecular Structure

Comparative QSAR modelling of 2-phenylindole-3-carbaldehyde derivatives as potential antimitotic agents

Organic Chemistry / Chemometrics / Principal Component Analysis / Statistical Analysis / Modeling / Prediction / Pharmaceutical Chemistry / Comparative Study / Topological Index / Mitosis / Factor analysis / Humans / QSAR / Drug Design / Regression Analysis / Quantitative Structure Activity Relationship / Microtubules / Multiple Linear Regression / Surface Area / Regression Model / Molecular Model / Linear Regression / Molecular Structure / Prediction / Pharmaceutical Chemistry / Comparative Study / Topological Index / Mitosis / Factor analysis / Humans / QSAR / Drug Design / Regression Analysis / Quantitative Structure Activity Relationship / Microtubules / Multiple Linear Regression / Surface Area / Regression Model / Molecular Model / Linear Regression / Molecular Structure

QSAR Study on Some Antirhino/Enteroviral Vinylacetylene Benzimidazoles

Pharmacology / Pharmacy / Quantitative Structure Activity Relationship / Multiple Linear Regression / Correlation Analysis / Indexation / Antiviral Activity / Physicochemical Properties / Toxicity Testing / Topological Indices / Indexation / Antiviral Activity / Physicochemical Properties / Toxicity Testing / Topological Indices

Environmental and structural proteomics

Proteomics / Quantitative Structure Activity Relationship / Ecosystem / Proteome / Biochemistry and cell biology / Gene expression profiling

A 3D-QSAR CoMSIA study on 3-azolylmethylindoles as anti-leishmanial agents

Leishmania / Biological Sciences / Environmental Sciences / Animals / Quantitative Structure Activity Relationship / Hydrogen Bond / CHEMICAL SCIENCES / Three Dimensional / Random Search / Hydrogen Bond / CHEMICAL SCIENCES / Three Dimensional / Random Search

Phenol toxicity in leukemia cells: a radical process?

Physical Chemistry / Free Radicals / QSAR / Mice / Animals / Quantitative Structure Activity Relationship / Chemico-biological Interactions / Phenols / Mechanism of action / Growth Inhibition / Hydrogen Atom / Structure activity Relationship / Embryos / Biochemistry and cell biology / Developmental toxicity / Quantitative Structure Activity Relationship / Chemico-biological Interactions / Phenols / Mechanism of action / Growth Inhibition / Hydrogen Atom / Structure activity Relationship / Embryos / Biochemistry and cell biology / Developmental toxicity

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