|Job Title||Post-Doctoral Scholar|
|Department Name||7H025:CANCER CENTER-CORE SUPPORT|
|Work Location||Lexington, KY|
|Type of Position||Temporary|
|Position Time Status||Full-Time|
|Required Education|| |
|Required Related Experience|| |
|Required License/Registration/Certification|| |
|Physical Requirements|| |
Standing for long periods of time, Repetitive motion, Lifting/Carrying up to _40__lbs., Hazardous Chemicals or fumes, Burns/Cuts/Punctures, Bloodborne/Airborne Pathogens/Recombinant DNA/Viral Vectors
Monday to Friday 8am to 5pm (40 hrs/week), plus evenings & weekends as needed.
|Job Summary|| |
One NIH-supported Postdoctoral scholar position is immediately available for highly motivated individuals in the laboratory of Dr. Ren Xu at the Markey Cancer Center, University of Kentucky (https://medicine.uky.edu/departments/pharmns/users/rxu222 ). The lab’s research focuses on understanding the roles of tumor microenvironment (TME) components, including adipocytes, fibroblasts, immune cells, and extracellular matrix in breast cancer metastasis and therapeutic resistance. There has been remarkable progress in cancer treatments resulting in improved long-term survival. However, metastasis and resistance to chemotherapy, target therapy, and immunotherapy remains a significant challenge. Our lab is working toward addressing these questions. Specifically, we believe the cancer cell-TME interaction is critical for cancer dissemination and therapeutic resistance. Our research has recently been published in PNAS, Nature Cell Biology, Nature Communications, and Cancer Research.
The goal of the Xu Lab is to pioneer basic and translational research in breast cancer so that we can find a better way for cancer treatment. For this, we will employ cutting-edge technologies, including mouse models, multi-omics, advanced bioinformatics, patient-derived models, and patient samples to understand the nature of cancer cell-TME interaction and explore how to target TME. The candidate will investigate molecular mechanisms by which TME facilitates cancer metastasis and therapeutic resistance, leveraging cutting-edge computational biology, state-of the art imaging technologies, mouse and patient-derived models.
This position will have a fully on-site work arrangement.
Interested candidates please send your cover letter, CV, and contact information of three references to Dr. Ren Xu at firstname.lastname@example.org .
IMPORTANT: Resumes and CVs cannot be substituted for a completed application. Incomplete applications could disqualify you from being considered for this position. If the information on your resume is not entered on the application, this will prevent us from being able to assess your education and experience when trying to determine a salary offer. To be considered you must fully complete the online application being sure to only put one (1) job title for each entry (multiple job titles for one employer must have separate entries), the # of hours worked per week and your ending salary. You will also be required to upload a Cover Letter, CV, PhD transcript and as specific request 1, a copy of your PhD diploma. Optionally, you can upload a writing sample.
To view our exceptional benefits, please visit https://www.uky.edu/hr/benefits .
This is a Non-CMS mandated position.
|Skills / Knowledge / Abilities|| |
Experience in molecular and cellular biology research, handle xenograft experiments in mouse.
|Does this position have supervisory responsibilities?||No|
|Preferred Education/Experience|| |
Experience in mouse research will be given special consideration. 4-5 years molecular and cellular biology research experience.
|Deadline to Apply||09/26/2023|
|University Community of Inclusion|| |
The University of Kentucky is committed to a diverse and inclusive workforce by ensuring all our students, faculty, and staff work in an environment of openness and acceptance. We strive to foster a community where people of all backgrounds, identities, and perspectives can feel secure and welcome. We also value the well-being of each of our employees and are dedicated to creating a healthy place to work, learn and live. In the interest of maintaining a safe and healthy environment for our students, employees, patients and visitors the University of Kentucky is a Tobacco & Drug Free campus.
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