OHDSI (Observational Health Data Sciences & Informatics)’s Post

IEETA PhD student awarded the most innovative idea at sPITCHless MED Daniela Pais, a Ph.D. student of the Doctoral Program in Computer Science (MAPi), and a member of IEETA (UA) at the University of Aveiro won an award for the most innovative idea for her work entitled “Learning Postoperative Pain through Physiological Signals” presented at the first edition of sPITCHless MED organized by the EMBS chapter of University of Aveiro. Her work aims to develop novel data science strategies based on physiological signals for assessing postoperative pain more effectively. A physiological-based approach introduces an automated and objective pain recognition methodology, enabling continuous and non-invasive monitoring throughout the postoperative recovery phase. The main goal of this approach is to assist healthcare professionals in managing pain to improve patient care by reducing the incidence of intense pain and analgesia-related side effects.

The arXiv API, a prominent tool in scientific literature, is experiencing a transformative overhaul designed to revolutionize the future of medical research. By enhancing backend search capabilities and integrating searchable affiliation fields and ORCID searches, this new system promises to streamline literature retrieval, track the impact of scientific papers, and monitor shifts in research focus more efficiently. This shift, driven by user feedback, stands to reshape the academic landscape, making this a pivotal moment in the realm of scholarly inquiry.

The arXiv API, a prominent tool in scientific literature, is experiencing a transformative overhaul designed to revolutionize the future of medical research. By enhancing backend search capabilities and integrating searchable affiliation fields and ORCID searches, this new system promises to streamline literature retrieval, track the impact of scientific papers, and monitor shifts in research focus more efficiently. This shift, driven by user feedback, stands to reshape the academic landscape, making this a pivotal moment in the realm of scholarly inquiry.

Yesterday, during the #Open_Science event that we organized within the frame of the RAISE Science project, I had the great honor to be the moderator of the panel discussion entitled “ How can we change the Researchers’ Open Science Culture?” Our #panelists, renowned experts in the field of #Open_Science were: ·  Mr. Evdokimos Konstantinidis (AUTH Medical Physics & Digital Innovation Lab) ·  Ms. Natalia Manola (OpenAIRE AMKE) ·  Mr. Josep Maria Salanova Grau (Centre for Research & Technology Hellas (CERTH) ·  Mr. Spiros Athanasiou (#ATHENA)   Mr. Evdokimos Konstanidis talked about how we can ensure that researchers receive proper recognition and credit for their contributions to open science, such as sharing data and code. Ms. Natalia Manola described the current barriers that preventing researchers from fully embracing open science practices.   Mr. Josep Maria Salanova informed us about the existing barriers to publish all your data as open data and highlighted the value of mobility data Mr. Spyros Athanasiou gave us a thorough and in-depth analysis of the steps and initiatives that can be applied to promote open science within our own research groups and networks. The main outcome of the discussion that followed with the events' participants during the Q & A session was that the upcoming years the culture of researchers regarding open science needs to be changed as the tools, such as #ZENODO, are already available. Lastly, I would like to warmly #thank all #panelists and #participants for this insightful discussion. Stay in the known as more events of #RAISE project are in the making!

1905: Johns Hopkins basic scientist Lewellys Barker creates three research divisions within the Department of Medicine, starting a movement that would change the character of university clinics in the U.S. Trained in basic sciences, Barker also uses his expertise to help create the scientific basis of modern medical practice. https://bit.ly/3Q73MI3

The AD (Alper-Doger) Scientific Index is a ranking system developed by two Turkish scientists, Murat Alper and Cihan Doger. It is based on the i10 index, h-index, and citation scores in Google Scholar. The AD Scientific Index provides pertinent information for comparing 21,600 colleges and universities from 218 nations. A comprehensive and trustworthy source for all of your academic choices and preferences. Therefore, based on this index I tried to see DMU. We are in a good condition as a second-generation University. What makes me surprise is that I found some teachers of DMU included in the world top 20% (2) and 30% (2 1=3) from School of medical and health sciences. Then, I saw top 10 best scientists in DMU and their global rankings based on the AD’s 2024 index. Then I wanted to share and say Congratulation to those of you are listed in the index. I wonder you guys really and proud on your achievements. Congratulation!!!. Looking to see you in the world top 3% or less in the near future.

Imagine a world where scholarly researchers could navigate vast seas of scientific literature with the precision of a laser-guided missile, zeroing in on data from specific institutions worldwide. This is not a future dream. It's on the horizon, thanks to the upcoming arXiv API Affiliation Search improvements. Currently, arXiv API, the lifeline of scientific research, doesn't support searches based on affiliations, a gap that undermines its full potential. Fortunately, that's about to change. The future of arXiv API promises the ability to filter scientific literature based on the institutions involved. This transformative shift will enable researchers to tap into specific schools of thought, follow trends, and pave the way for groundbreaking collaborations. Should we get excited? Absolutely! Especially for medical research, the impact is enormous. With the rapid evolution of treatments and understanding of diseases, having access to accurate, up-to-date information is paramount. The upcoming improvements to the arXiv API will be a game-changer, democratizing research, empowering scholars, and fostering a truly global scientific community. The revolution goes beyond the realm of medical research. It will ripple across disciplines, promote cross-country collaborations, interdisciplinary research and frontier-shifting discoveries. This is not just an upgrade. It's a revolution in progress, marking the dawn of a new era in scholarly research, characterized by greater accessibility, collaboration, and discovery. As we anticipate these exciting changes, let's remember our role in this revolution. Let's embrace the future of research, let's collaborate, let's innovate, and let's make the world of scholarly research a platform for global change. Because the future is now, and we are part of it. #arXivAPI #MedicalResearch #ScholarlyResearch #Collaboration #Innovation #GlobalChange #FutureOfResearch Read more on our blog: https://lnkd.in/eZjWJU5Q

Are you ready for a revolution in medical research? The arXiv API, the unsung hero of scientific literature, is undergoing a game-changing transformation set to redefine our research future. Imagine having the power to efficiently search and retrieve relevant publications at your fingertips. See the impact and contributions of specific institutions or departments within the medical research landscape through a searchable arxiv:affiliation field. Sounds like a dream? It's about to become our reality. The enhanced backend search capabilities of the arXiv API promise more than mere literature retrieval. It's a comprehensive platform to analyze trends, track the impact of scientific papers, and observe shifts in research focus over time. This revolution has been fueled by you, the users. Your voice, your feedback is shaping the future of the arXiv API. The team behind this transformation has listened and incorporated your needs - the result? An even more powerful tool that supports the academic community. The arXiv API is set to transform the landscape of scientific and medical research. Enhanced backend search capabilities, indexed affiliation fields, integration of ORCID searches - the future of scholarly inquiry is on the horizon. Ready for a deep dive into this revolutionary tool? Welcome aboard the arXiv API revolution. This isn't just a change. It's a paradigm shift. Join us in exploring this brave new world of medical research. Let's redefine the future together. #arXivAPI #MedicalResearch #ScientificLiterature #ORCID #UserFeedback #AcademicCommunity Read more on our blog: https://lnkd.in/eS_8QDfG

If you are interested in real-time biosensing and how to apply it in your work, in regards to affective state sensing or emotional analysis, this workshop will be topical!