What are columnar joints? Are these features even natural? How do they form? This video will delve into some history, processes that form these amazing geologic features, and a short rundown of some key scientific papers that help shape our understanding of columnar joints.
Created by Gina Sarkawi for ES3002/ES7012 Structural Geology and Tectonics, ASE-NTU, Singapore
Have you ever wondered why or how your joints pop? In this video, I explain the physiological mechanism underlying the cracking or popping of joints such as those in the fingers or neck. The exact reasons may surprise you.
Health Data is traditionally held and processed in large and complex mazes of hospital information systems. The market is dominated by vendors offering monolithic and proprietary software due to the critical nature of the supported processes and – in some cases – due to legal requirements. The “digital transformation”, “big data” and “artificial intelligence” are some of the hypes that demand for improved exchange of health care data in routine health care and medical research alike. Exchanging data at these scales requires open data formats and protocols, multi-stakeholder collaboration, and agile development. As an example, the de-facto messaging standard organization in medicine HL7 noticed a much more positive response from the medical research community regarding their openly available FHIR specification in comparison to the for-members-only and XML-based HL7v3 messaging standard specification.
While some past (or rather: ongoing) projects on a national scale in the German health care system have tried centralized, top-down specification and development approaches, more recent infrastructure projects embrace the competitive collaboration of a decentralized, bottom-up strategy. As a result, importance and recognition of free software increase in the Medical Informatics research community.
In a series of rapid spotlights, we present tools and frameworks that serve as cornerstones for the envisioned health data exchange infrastructure, including: Organization and collaboration tools; data extraction from clinical source systems, data transformation and de-identification; data management systems and long-term archival using persistent globally-unique object identifiers; federated queries across multiple independently managed clinical data integration centers.
We aim to encourage participants to actively add tools and frameworks within the discussion and highlight their experiences and challenges with using open systems in Medical Informatics.
❮h3❯Speaker bio:❮/h3❯
Marcel Parciak and Markus Suhr are research associates at the University Medical Center Göttingen (UMG), Department of Medical Informatics.
Marcel graduated the Göttingen Medical Informatics Master program in 2018 and is currently a PhD student, investigating the challenges of data provenance in medical research. He is a system architect for the HiGHmed project that facilitates innovative federated infrastructure for cross-organisational secondary use of health care data.
Markus started his professional career in 2014 as a system administrator and software developer at the UMG hospital data center. He joined the Department of Medical Informatics in 2017, becoming lead developer for a free software project and working on multiple biomedical research projects. Since 2019 he is technical lead for the newly created Medical Data Integration Center. Markus is a supporter of the Free Software Foundation Europe.
Room: AW1.126
Scheduled start: 2020-02-01 11:00:00 Video Rating: / 5
