Articles tagged with Informatics
The project aims to create a personalized portal where people with epilepsy can manage their disease and find relevant information. It will integrate data from social media, electronic health records, and scientific literature to provide targeted recommendations and visualizations.
Researchers designed a computer simulation that added correlated noise to the path of energy transfer, significantly accelerating it. This finding challenges traditional views of noise as a hindrance in energy transport, opening up new possibilities for optimizing energy efficiency.
A recent UTHealth-led survey revealed that only 19.3% of healthcare organizations in the US and Australia have fully implemented voluntary guidelines for safe e-health record management. The study found significant variation in adherence rates across different domains, suggesting factors such as budget constraints, personnel skill mix,...
The consulting firm is founded by four computer science experts from Saarland University to provide sound advice on data analysis. Data Science Consulting focuses on collecting, cleaning and merging data, as well as removing errors, maintaining data, setting up a scalable architecture and defining critical characteristics for analysis.
A team of researchers is developing tools to help museums measure visitor engagement and modify exhibits to enhance engagement. The project will use multiple technologies, including motion-tracking and facial-monitoring, to collect data on visitors' interactions with educational exhibits.
Researchers have made counter-intuitive observations in hybrid quantum systems, where cooling processes can lead to heating. The study revealed that symmetries in the system can cause decay to excite components of another subdomain, resulting in a heat-up effect.
A study of a billion Twitter posts found that users with darker skin tones modified emojis more often to express their identity, while users with light skin were less likely to make changes. The results also showed that darker skin tones were underrepresented globally, but still widely used.
A new evaluation method for AI predictability has been developed by Kyoto University researchers, tackling issues of accuracy and bias in traditional metrics.
The University of Pittsburgh Graduate School of Public Health shares a training protocol for community health center leaders and staff on using big data for informed decision-making. The protocol provides access to over 100 training programs, webinars, and tools to address specific needs in health informatics.
Using electronic health records, UCSF researchers mapped over 435,000 patient location changes and identified a critical CT scanner in the Emergency Department as a significant source of exposure-related C. diff infections. This analysis led to improved cleaning practices and bolstered infection prevention strategies.
A recent Regenstrief Institute study explores the impact of health information exchange on patient outcomes in emergency departments. The research reveals that access to complete medical records via health information exchange may lead to reduced hospitalizations, improved decision-making, and better patient care.
The grant will create the Engineered nanoBIO Hub at IU, focusing on simulating interactions between nanoscale devices and biological cells and tissues. Researchers aim to develop medical devices that operate at the intersection of nanotechnology and biotechnology, with the ultimate goal of supporting human health.
A study by researchers at the University of Edinburgh found that popular fitness trackers have security weaknesses that can compromise users' personal data. The team discovered vulnerabilities in communication procedures and demonstrated how to intercept messages and bypass encryption systems.
The Regenstrief Institute is developing a novel, real-world automated patient identification system to tackle the challenge of matching patients with their medical records. The system aims to address the issue of inaccurate or incomplete patient data, which can lead to preventable medical errors and poor health outcomes.
A recent study highlights the growing threat of cyber attacks on information systems, with 64% of organizations reporting successful medical file targeted attacks in 2016. The authors stress the need to acknowledge public health implications of information security to improve dialogue and protect patient care.
The Indiana Training Program in Public and Population Health Informatics prepares graduate students and post-doctoral fellows to work in healthcare, academia, and public health departments. The program aims to fill the growing need for informaticians who can design solutions key to human health.
Scientists create an input system called WatchSense that tracks the movement of fingers on and above the back of the hand using a depth sensor. This allows for more expressive interactions with smartphones and smart TVs, and has been successfully tested in various scenarios, including virtual and augmented reality.
Brown recluse spider bites can cause severe illness in children, including blood clotting disorder and hemolysis. Children and African-Americans may be at higher risk for developing systemic loxoscelism, a potentially life-threatening condition that requires hospitalization and supportive treatment.
Researchers use informatics to analyze over 39,000 consumer products and identify 30% containing endocrine-disrupting chemicals. The approach complements gas chromatography-mass spectrometry analysis, enabling detection of unlisted chemicals and predicting cumulative exposure
Researchers have developed an algorithm to detect fake reviews on ecommerce sites, analyzing behavior and content features to identify deceptive posters. The method outperforms earlier detection algorithms, providing a more accurate picture of product ratings.
The Regenstrief Institute's Center for Biomedical Informatics has developed an open-source medical record system, OpenMRS, to support healthcare delivery in resource-poor environments. The platform has been widely adopted and adapted to address various global health challenges.
A Dartmouth Institute-led team is developing a universal electronic medical record (EMR) toolkit to predict hospital readmission risk. The toolkit will integrate with existing EMRs to monitor and measure risk of readmission, focusing on patients at highest risk, particularly those hospitalized for acute myocardial infarction (AMI).
The National Institutes of Health has awarded a five-year grant of $69.6 million to support the UCLA Clinical and Translational Science Institute's research partnership, building on previous funding totaling over $152.7 million. The consortium aims to accelerate the translation of laboratory discoveries into effective treatments for pa...
Researchers from Regenstrief Institute and Indiana University have found that machine learning algorithms can detect cancer cases from free-text pathology reports with similar accuracy to human reviewers. The computerized approach is faster and less resource-intensive, facilitating timely health department action.
A recent study by University of Edinburgh researchers has identified two genetic variants that can cut a person's lifespan by up to three years. The variants, which are relatively common in the population, have been linked to an increased risk of lung cancer and severe respiratory problems as well as Alzheimer
The EU has awarded a €1.2 million project to the University of Huddersfield, led by Professor Grigoris Antoniou, to tackle the challenge of reasoning in legal informatics. This research will enable companies to ensure compliance with regulations and make informed decisions.
Vanderbilt University Medical Center (VUMC) will lead the Direct Volunteers Pilot Studies under the first grant awarded in the federal Precision Medicine Initiative Cohort Program. The program aims to engage 1 million or more U.S. volunteers, providing a platform for expanding precision medicine approaches.
Researchers will analyze thousands of patient records to assess posterior composite restorations and root-canal procedures, exploring data integration challenges. The goal is to improve oral health care nationwide by closing the gap between data acquisition and use in clinical practice.
The BioUnify project brings together EU biodiversity scientists and their data to enhance collaboration and knowledge sharing. The initiative promises to improve data access and reproducibility, while promoting skills transfer between researchers and information technologists.
Sherborn's monumental work, Index Animalium, provides a rigid framework for knowledge and has remained the most complete reference source for animal nomenclature. Biodiversity informatics aims to build on his work, expanding to be digital, diversified, and accessible.
New research analyzed data from the US Nationwide Inpatient Sample to identify prostate cancer risk factors. The study found that age, race, and family history are significant risk factors for prostate cancer, while obesity, alcohol abuse, and smoking show a protective effect.
A new NSF grant will study maker success stories in China, Taiwan, and the U.S. Midwest to identify pathways guiding making from hobby to industry. The researchers aim to replicate Asian practices that support makers in the US, focusing on Michigan and Indiana.
Regenstrief Institute researchers introduce open source options for health information exchange and data analysis to improve healthcare in resource-constrained environments. An open-source framework for large-scale data analytics is also presented, allowing healthcare providers to analyze their own observational health data.
A new IU study reveals that women are patenting at higher rates in academia compared to industry and government, with 18% of patents having women's names attached. The study found that women inventors were more collaborative and multidisciplinary, contributing to the relative success of large research universities in fostering innovation.
A new study by University at Buffalo researchers could automate hospital discharge communication, adding critical data and cutting delivery time from weeks to hours. The research aims to reduce hospital readmissions by making the discharge summary more efficient.
Researchers created a simple computational fact-checker that assigns truth scores to statements, matching human assessments in multiple experiments. The algorithm leverages indirect connections between concepts to assess statement truthfulness, with positive correlations found when comparing to human fact-checkers.
UTHealth School of Biomedical Informatics has received $7.3 million in grants to develop health information technology solutions. Researchers are working on projects to mine medical data, make electronic health records user-friendly, and improve patient safety.
The study suggests that expanding protected areas by 17% could triple current protection levels and deliver a 50% more efficient result globally. However, land-use change threatens this opportunity, putting over 1,000 species at risk of losing up to 50% of their habitats.
The HMS Center for Biomedical Informatics has received two major government grants totaling nearly $28 million. Researchers will create a platform merging electronic health records with genomic data to gain deeper insights into neuropsychiatric illness diagnosis and treatment.
Research reveals that electronic health record patient safety issues continue long after the implementation of EHRs, with complex mix of human and technological causes. Sophisticated monitoring systems are needed to address these problems.
Researchers optimize SeisSol for parallel architecture on SuperMUC, reaching a record-breaking 1.09 quadrillion floating point operations per second. This acceleration enables the simulation of more complex models and accurately captures seismic waves, advancing earthquake understanding and preparedness.
The Proband app allows healthcare providers to create digital genetic pedigrees on iPads, streamlining family history data collection and integration. The app's gesture-based interface and auto-alignment feature make it easy for clinicians to draw complex family diagrams, reducing errors and improving patient care.
A new study predicts a doubling of notifiable disease reporting volumes with the implementation of electronic lab reporting, placing pressure on public health departments. The increased volume is expected to strain local and state health departments' workloads.
Biomedical researchers can now explore complex data sets with ease, thanks to CHOP's open-source platform, Harvest. The toolkit provides a user-friendly interface to navigate different types and levels of data, allowing users to construct queries to slice and dice data.
Researchers developed a printable, cuttable multi-touch sensor with robust circuit layout for various shapes and applications. The new design combines star and tree topology for improved functionality and durability.
Researchers analyzed 537 million tweets to gauge public attitudes towards Republican and Democratic candidates in the US House of Representatives. The study found a strong correlation between tweet volume and vote percentage, suggesting that online social media behavior can be used to assess real-world political behavior.
An Indiana University study analyzed 537 million tweets to find a correlation between the number of tweets about a candidate and their vote count. The research suggests that social media behavior can be used as an indicator of real-world political behavior, providing a new tool for analyzing election outcomes.
A new study by Weill Cornell Medicine reveals that the accuracy of quality measures in electronic health records can vary widely. The researchers found that automated reports generally performed well but underestimated certain measures, such as asthma prescriptions and diabetes cholesterol control.
A study at the University of Texas Health Science Center at Houston aims to enhance ER care by reducing information overload and improving communication among healthcare teams. The researchers will test new electronic health record systems and communication prototypes to help doctors make informed decisions.
Researchers developed a prototype glove that uses vibration feedback to guide users' hands towards target objects, improving search performance by up to three times. The solution enables practical applications such as warehouse navigation and pedestrian guidance.
Researchers are developing a new computing approach to discover new materials by harnessing the key characteristics of data: volume, velocity, variety and veracity. The approach helps identify promising solutions by applying statistical learning techniques to large datasets.
Researchers examine past five years of underwater deliveries by HealthNet midwives to determine maternal and baby health indicators, aiming to improve reproductive health care. The study's findings will inform national policy and contribute to the field's adoption of health information technology.
A systematic review of 13 studies found that electronic reminders, including text messages, boosted patients' ability to stick to their drug dosing schedules, with significant differences reported in eight studies. However, the effectiveness of these reminders may decrease over time due to habituation.
A study examined the user experience of popular functions in the Department of Veterans Affairs' My HealtheVet system, finding that users found the prescription refill function particularly useful. Patients also sought features that would allow them to easily download and share their health information with healthcare providers.
A new study found that nearly all emergency departments in Indiana shared patients, challenging conventional wisdom about health care systems. The research highlights the need for instant access to patient information across geographic areas and the nation.
The Deutsche Forschungsgemeinschaft (DFG) has approved 16 new Research Training Groups to enhance early-career researchers in Germany. Four international groups promote cross-border cooperation with Canada, the USA, and Austria. These groups focus on ultra-cold matter, modern cities, cryptography, and other interdisciplinary topics.
A three-year $600,000 grant will explore how adaptive technology can make personal health records accessible to people with disabilities. Project staff will systematically observe consumers and develop guidelines and recommendations for better accessibility.
William M. Tierney, Regenstrief Institute president and Indiana University School of Medicine associate dean, will receive the AMIA Morris F. Collen Award for his efforts to advance biomedical and health informatics. He has implemented and studied electronic health record systems globally, including in Africa.
The Regenstrief Institute is launching an initiative to encourage and propel innovation in healthcare. The program focuses on enhancing the working environment and providing high-quality, lower-cost care. Research teams will be encouraged to develop high-risk, high-reward ideas that could disrupt current approaches.
The ARGOS proceedings examine global health policy challenges and the socioeconomic impact of eHealth, promoting shared methods and collaborative solutions for EU-US cooperation. The project highlights the importance of a global approach to addressing health ICT challenges, with benefits for patients, health systems, and economies.