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An avid scientific collaborator, Gerald Lushington's greatest interest lies in the application of simulations and data analysis techniques to help other scientists extract key insight from their studies. Of his more than 145 publications, the vast majority have involved collaborations with experimental molecular and biomedical scientists.
With applications that have included a diverse range of pharmaceutical and biotechnology applications, Gerry Lushington's technical expertise includes quantum chemistry, molecular dynamics, statistical modeling, machine learning, technical writing and project management. Among his key interests are combining structural biology characterization with statistical inference in order to better understand biomolecular function, identification of key physical attributes of small bioactive molecules (e.g., drugs, metabolites, toxins) that influence their physiological interactions and effects, and performing advanced simulations and visualizations that probe scientifically interesting molecular phenomena.
Among the many services that Dr. Lushington renders to the scientific community are as a Bioinformatics editor post-publication peer-review service WebMedCentral, and as section editor for informatics in the journal Combinatorial Chemistry & High Throughput Screening.
An avid scientific collaborator, Gerald Lushington's greatest interest lies in the application of simulations and data analysis techniques to help other scientists extract key insight from their studies. Of his more than 145 publications, the vast majority have involved collaborations with experimental molecular and biomedical scientists.
With applications that have included a diverse range of pharmaceutical and biotechnology applications, Gerry Lushington's technical expertise includes quantum chemistry, molecular dynamics, statistical modeling, machine learning, technical writing and project management. Among his key interests are combining structural biology characterization with statistical inference in order to better understand biomolecular function, identification of key physical attributes of small bioactive molecules (e.g., drugs, metabolites, toxins) that influence their physiological interactions and effects, and performing advanced simulations and visualizations that probe scientifically interesting molecular phenomena.
Among the many services that Dr. Lushington renders to the scientific community are as a Bioinformatics editor post-publication peer-review service WebMedCentral, and as section editor for informatics in the journal Combinatorial Chemistry & High Throughput Screening.