Postdoctoral scholars at the University of Kansas Medical Center are individuals who have received their terminal degree and who have opted to pursue further training in a postdoctoral appointment. Postdoctoral scholarship is a time-limited appointment, the primary purpose of which is to provide research and/or scholarly training for an academic or research career. A postdoctoral scholar at KUMC is expected to: Participate in a full-time regimen of advanced training and research, train under the supervision of a faculty research mentor who will provide the opportunity for collaborative and independent research, as well promote publication of findings and preparation of research grants as determined by a mutual agreement between the postdoctoral scholar and the mentor, participate in relevant academic activities related to the preparation for a career in research or academia, participate in the University’s Individual Development Plan policy for postdoctoral scholars, have a PhD or equivalent terminal degree (such as MD, DVM, PsyD, PharmD, etc.), and candidates should have strong English skills and demonstrate an ability to write and communicate with a scientific audience. Candidates must be able to independently plan, multi-task and complete projects. Ideally, the fellow will be expected to design and execute experiments, analyze data, write and prepare independent grant applications and manuscripts for scientific publications, and supervise graduate students.
A postdoctoral position is available in the Schaich laboratory of Single-molecule Biology and Epigenetics in the Department of Biochemistry and Molecular Biology (BMB), University of Kansas Medical Center (KUMC). The Schaich Lab is looking for the applicants with interests in studying chromatin biology and its regulation by oxidative DNA demethylation. A particular emphasis for the lab is using single-molecule and structural approaches to better understand the oxidative DNA demethylation pathway. Applied methods range from the use of biochemical, biophysical, single-molecule, cellular, and structural approaches.