CLIC News Roundup – October 6
Updates from CLIC |
Secure Your Hub’s Spot at the Virtual CTSA Program Meeting Poster Session this Fall!
This year’s Fall CTSA Program Meeting will host a virtual Networking & Poster Session on Friday, November 20th. The timing is not confirmed yet.
Details:
- Poster Session Theme: Innovative Approaches and Solutions to Common Translational Science Problems, in particular, consideration of COVID accommodations
- One poster per CTSA Program hub or coordinating center is permitted
- Be sure to highlight your organization’s vision / successes
- Electronic versions of the abstract and poster will be available for viewing on the CLIC website
If you are planning to submit a poster, please complete this brief form (CLIC log-in required) now to confirm your spot! Only preliminary details are required upon submission.
Deadline for Initial Poster Submission: Thursday, October 22, 2020.
Final poster details including abstract & PNG or JPG of poster must be uploaded to the CLIC website by Thursday, October 29, 2020.
Log-in & Register Now!
![]() OHSU Invent-a-thon
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Research to examine genetic, environmental factors linked to such disabilities and how to improve lives of those affectedWashington University School of Medicine in St. Louis have received a pair of grants to study genetic and environmental factors that contribute to developmental disabilities and to find new ways to improve the lives of children and adults affected by such disabilities. |
Wake Forest Baptist Telestroke Network Reaches Patients and a Milestone
Wake Forest Baptist Health’s Telestroke Network provides around-the-clock access to expert stroke care for patients in smaller communities. Emergency department physicians at community hospitals within the network receive on-demand consultation with a Wake Forest Baptist stroke neurologist by using a special mobile robot unit, equipped with video conferencing, located at each of the community hospitals.
News from around the CTSA Program Consortium |
Health-care inequality could deepen with precision oncology
The concerns are rooted in both genomic and socioeconomic biases. Precision oncology relies on large databases that curate genetic and molecular features gathered from genome-wide association studies and tumour-sequencing efforts. Lacks was Black, but subsequent genomic-sequencing efforts overwhelmingly represent people of European descent. As a result, any genetic variants that increase cancer risk are likely to be missed if they cluster only in populations of people of colour, says radiation oncologist Daniel Spratt at the University of Michigan in Ann Arbor.