How can healthcare organizations extend high-quality care into the home and beyond to improve customer satisfaction and increase patient engagement while reducing administrative time and costs?
Women's Medical University Institute of Advanced Biomedical Engineering & Science uses Intel® RealSense™ technology at their brain surgery operating room. The gesture-based computer operation allows the surgeon to control images and other information without leaving the operating room, providing more accurate and safer surgery.
The use of smart, connected, and often mobile solutions that facilitate communication among patients, providers, and administrators is growing in hospital and clinical settings. These clinical workflow solutions reveal meaningful insights and improve health outcomes through better collaboration. Improve quality of care, increase operational efficiency, and lower costs by making relevant data easier to access and analyze from anywhere in the hospital.
Global collaboration involving sophisticated 2D and 3D graphics can be cumbersome. Plus, intellectual property becomes threatened when versions multiply. Hosted remote workstations offer the superior alternative of a flexible, unified platform.
Virtual desktop infrastructures increase manageability and security. Atlantis USX* acts as an intermediary between storage and virtual desktops to help organizations overcome challenges on the path to full-scale adoption.
With the aid of assistive technology, Stephen Hawking shares his views on the future of computing and how technology improves the way we live.
As medical imaging and medical devices share more and more data, Intel and Philips are helping kids be kids through a fast, iterative reconstruction technique that yields breakthrough image quality at low doses of radiation. Philips reduces reconstruction times from minutes to seconds using the latest Intel® Xeon® processor-based servers.
Inpatient systems efficiency, collaborative clinical workflows, individually customized care, and clinician productivity must all be advanced to improve the quality of care and minimize the amount of time, effort, and money patients need to spend seeking effective treatment.
We must aim to reduce the time patients spend waiting for diagnosis, testing, completion of documentation, clinicians on rounds, and for clinicians to communicate with one another. Collaborative clinical workflows and individually customized treatments that take advantage of all patient data, including genomics, can enable higher quality care, delivered more efficiently, for more effective healing.
New technologies are starting to extend healthcare organizations’ ability to integrate mobile solutions into their IT infrastructures to enable wider access to EHR and other data while meeting security requirements. Enhancements in quality care throughout the hospital and beyond- offering increased patient engagement, and supporting providers’ access to information where and when it matters most.
Solutions from Meditech and Intel® processor-based Dell devices help improve patient engagement and outcomes while reducing costs. Accessing and making sense of personal health-related data allows people to obtain a "big-picture" understanding of what they can do to improve their own health, and accelerate the pace of medical research that could benefit us all.
Vital signs monitoring (VSM) solves multiple organizational problems with one robust system. Reduced hospital stays and mobile communication that still provides clinicians with relevant medical data brings down operational costs without sacrificing quality of care.
Bedside biometrics logins at the point of care are just one way Epworth Eastern Hospital automates patient-centered care using Oneview technology to increase overall patient satisfaction and reduce accidents.
Coordinated care results in better resource utilization, decreased security breaches, and higher overall patient satisfaction with both inpatient and remote care. A combination of mobile technology and advanced collaborative software make it possible.
Cloud computing and non-volatile memory solid-state drives are spurring a new era of medical imaging data analytics.
See how predictive clinical analytics based on Intel® architecture help healthcare providers get a more complete picture of patient health.
Intel and Cloudera Use Predictive Analytics to Help a Large Hospital Group Reduce Readmission Rates.
See how Intel is working with Intermountain's Transformation Lab to understand and develop tools that integrate genetic data and accelerate its use through a new patient data-centric model that delivers meaningful and easy-to-understand information and accelerates its use at the point of care.
Today, consumers expect to engage with their healthcare providers in ways that do not require a face-to-face visit. Being able to connect with patients at home, via mobile, wearables and other medical devices with highly secure voice, chat, text and video capabilities, can be a life-changing benefit to those who are recovering from surgery or a recent hospitalization. Remote monitoring supports more effective health management through identify risk, enabling early intervention, coaching, reducing hospitalizations and overall healthcare costs.
We are at the cusp of a revolution in wearables and other connected devices that monitor wellness by collecting longitudinal personal data. Through wearables, other connected, wellness-monitoring devices, and the help of care teams, people can create custom health baselines for themselves. They can be alerted about deviations, call for preventive measures or an acute intervention. They can learn to boost fitness, manage conditions, hasten recoveries, connect to peers, find the right care provider, or save out-of-pocket costs.
The Michael J. Fox Foundation (MJFF) for Parkinson’s Research and Intel Corporation introduce a collaboration to improve research and treatment for Parkinson’s disease. The joint project uses big data to detect patterns collected from wearable devices worn by participating patients, enabling researchers and physicians to measure progression of the disease and create new treatments.
Clinical trials, which seek to prove the safety and efficacy of new treatments through controlled testing on patients, are fraught with challenges that drive up R&D costs and slow the delivery of promising new treatments.
Remote patient monitoring gives healthcare providers an edge, enabling the provision of in-depth, uninterrupted care to patients with limited time and mobility. ConnectedHealth is an unprecedented, robust, integrated, and scalable solution.
Intel's collaboration with the Michael J. Fox Foundation on a Parkinson's research solution using wearable technology, Intel algorithms, big data analytics, and the Cloudera distribution of Hadoop*.
Using the Remote Patient Monitoring Gateway, ConnectedHealth provides a secure, scalable VSM solution.
Thanks to advances in remote patient monitoring technology, healthcare providers have unprecedented opportunities to improve patient outcomes while reducing costs when managing post-acute and chronic conditions.
Mobile healthcare teams use Intel-powered devices throughout their shift, from the dispatch center to the durable laptops and tablets, consolidating patient data. This includes scanning paperwork and patient information from the hospital or EKG strips. The ability to transfer patient information wirelessly to the hospital before the patient arrives can save precious minutes in life-or-death situations.
What is personalized medicine? It’s tailoring the medical decisions, practices, interventions, and treatments to the individual patient based on their predicted response or risk of disease. Said another way, personalized medicine is taking a patient’s health data and using it to treat them like an individual with unique health needs.
As we move into the world of personalized medicine, read about the four things every organization should work on to make sure they’re prepared.