THE JACKSON LABORATORY SOFTWARE

Its major scientific discoveries include: The Jackson Laboratory has eight decades of experience in research and is deeply respected in the global biomedical community. Research at JAX Genomic Medicine will contribute to personalized medicine by revealing how genomic variations affect health, disease and drug response. The personalized medicine industry in the United States already generates $286 billion per year in revenues and is growing by 11 percent annually, according to PricewaterhouseCoopers. The personalized medicine revolution will yield more effective medicines with fewer adverse side effects and lead to longer, healthier lives and lower health care costs.

And physicians will be able to prescribe the most effective drugs with the fewest side effects, based on the patient’s genome-driven response to those drugs. Doctors will be able to assess a person’s risk of cancer and recommend preventative measures. Increasingly, disease prediction, prevention and treatment will be tailored to each patient’s unique genome, including the makeup of one's tumor or infectious microbes. One person differs from another by millions of variations in the genome, and many of these variations affect susceptibility to disease and response to treatments.Greater understanding of individual genomes is allowing scientists and clinicians to begin to 'personalize' medicine. Jackson and provide a (unofficial) transcript and CV.Rapid advances in technology have made it feasible to identify a person’s unique genome. If you are an undergraduate interested in applying for this opportunity please contact Prof. Summer research funding for research at the interface of data science and chemistry. Thomas Remec and Susan Morisato Scholarship in Chemical Data Science A GPA above 3.3 in chemistry, physics, and mathematics courses will be required to join the research group. Undergraduates with existing programming experience are particularly welcome. Jackson directly at and should enclose a current (unofficial) transcript and CV. Interested undergraduates should contact Prof. Highly motivated undergraduates from all departments are welcome to discuss research opportunities available in the laboratory both during the academic year and the summer. Prospective chemistry graduate students interested in the group should apply to the UIUC Chemistry Ph.D.

A strong background and interest in mathematics and the physical sciences is required. Jackson directly Previous experience in computer programming and molecular simulation is desirable but not required. program at UIUC and are interested in joining the group are encouraged to contact Prof. Graduate students who have been admitted to a Ph.D. We welcome students from Chemistry, Physics, Chemical and Biomolecular Engineering, Materials Science and Engineering, and related departments. We are looking for motivated and talented graduate students interested in molecular modeling and artificial intelligence. Primarily, we use the group cluster, “scruggs”, and the community cluster, “lop”, run out of the School of Chemical Sciences. If further resources are required, we utilize NCSA clusters Delta and Hal or resources nearby at Argonne National Laboratory. We benefit from the plentiful computational resources on campus.

THE JACKSON LABORATORY SOFTWARE

Through these diverse efforts, students are prepared for a broad set of career opportunities, such as those in specialty chemicals/materials, biotech/pharmaceuticals, scientific software, data science, software engineering, consulting, government, national labs, and academia. The group maintains multiple experimental collaborations that are facilitated via strong affiliations with the Beckman Institute and Molecular Maker Lab Institute.

Students will learn a variety of theoretical and computational chemistry tools, including quantum chemical and model hamiltonian electronic structure calculations, classical molecular dynamics and Monte Carlo, machine learning, and network analysis.

Research in the group is highly interdisciplinary. Our work integrates quantum mechanics, statistical mechanics, and machine learning to characterize the multiscale structure and function of soft materials with useful optical, electronic, and sustainability applications. The Jackson Lab is a theoretical materials chemistry research group, housed in the Chemistry Department at the University of Illinois, Urbana-Champaign.

The jackson laboratory