Video collaboration opens up opportunities for greater interaction and innovation, regardless of industry. Everyone benefits. For example, in healthcare, video is dramatically changing the way institutions interact with customers and professionals. In recent years, a number of hospitals across the United States have been subscribing to video and voice call centers that enable them to share language interpretation services, psychiatric care services and other developing capabilities. In the process, video collaboration is affecting business outcomes, changing business processes and helping healthcare facilities achieve scale, cost and efficiency not seen before.
Involved, informed patients are better able to manage their own care.
Today’s technology plays a big role in helping patients to take ownership of their health and collaborate more closely with providers to achieve better outcomes.
Here are 10 tips from Lenovo Health for putting technology to work to reach your patient engagement goals:
• Mobile devices, tablets, and interactive technology improve the patient experience
• Healthcare facilities can remotely monitor patient progress and health post-discharge
• Providers can leverage patient portals and other tools to promote population health
• Ensuring patient engagement success requires effective measurement
• And more...
Lenovo Health provides the solutions and expertise to help healthcare organizations engage patients and achieve the vision of customized care anywhere, from hospital to home.
Are you meeting your patient engagement goals?
Download this checklist now.
Published By: Dur-A-Flex
Published Date: May 14, 2018
Previous best practices for cleaning healthcare facilities centered on sanitizing frequently touched objects, such as bed rails or call buttons, because these objects were believed to be major sources of contagion. However, this new study finds that floors are the largest potential source of pathogens after reviewing five participating Cleveland-area hospitals.
Specifically, the following findings are highlighted in the study:
• Patient room floors in five hospitals were found to be contaminated with healthcare-associated pathogens.
• High-touch objects often came to be in direct contact with the floor.
• Touching objects on the floor frequently resulted in transfer of pathogens to hands.
• Floors in hospital rooms are overlooked as a source for pathogen dissemination, with potentially dangerous results.
Traditional overhead paging technology has evolved into advanced network-based paging systems. Examine industry trends that drive the need for a future-proof, critical paging system for today's healthcare facilities.
The use of wristbands to identify hospital patients has been a standard practice for well over half a century. Handwritten, typed or printed, wristbands were originally created to provide an easy way for caregivers to verify identity at any point along the patient’s healthcare journey. From newborns in the delivery area to geriatric patients in rehabilitation, everyone got a wristband. And that’s how things worked until the introduction of barcode technology.
By putting barcodes on hospital wristbands, healthcare facilities can leverage a host of connected technologies to improve safety and quality of care. It’s also the most effective way to comply with the National Patient Safety Goal (NPSG) to “Improve the accuracy of patient identification,” which the Joint Commission has included in its annual goals since 2003.
Healthcare technologies have proven their worth for practitioners and facilities in increasing the quality of patient care while saving time and streamlining operations.
In some cases, however, the benefits of these technologies are outweighed by their impact on the network, slowing network performance sometimes to the point of ineffectiveness.Software-defined networking can be the bridge to help healthcare providers update their networks and avoid disruption. SDN helps organizations save money on networking infrastructure, reduces the complexity of managing networks, enhances security through added intelligence and simplifies compliance, among other benefits.
1. Meet the new healthcare consumer
The consumerization of healthcare, major demographic shifts, and the migration
to mobile and social media are tilting the balance of power away from traditional
healthcare marketers and into the hands of potential patients.
2. Online reputation is the new competitive frontier for marketers
Healthcare brands are no longer controlled by marketers. Patient feedback about
doctors and facilities online is leading to total market transparency for healthcare
consumers. CG-CAHPS surveys only go so far in providing social proof.
3. Healthcare branding is becoming hyper-local
In the search for providers, all branding is local – at the level of individual
practitioners and facilities. Proliferating points of presence on the web make this
a challenge that requires technology. But healthcare marketers who scale online
review volume and quality will be rewarded with higher search visibility.
4. Business implications
Online ratings and reviews stand between everyth
Published By: Tripp Lite
Published Date: May 17, 2016
While the use of power strips in healthcare and medical facilities is common, the misuse of these devices is also common. Such misuse can result in citations, fines, or even patient injury at your facility.
This white paper covers:
• Common mistakes in the use of power strips
• Ways to avoid making the common mistakes
• How to develop and implement a power strip policy to ensure that your facility complies with codes and standards while reducing risk to patients and staff
Atrius Health Chief Information Security Officer Chris Diguette oversees security for Atrius Health, the largest physician-led healthcare provider in the northeastern US. The organization is recognized nationally for its use of health information technology. Diguette is also CIO of the VNA Care Network, a home healthcare provider and subsidiary of Atrius Health. As CISO, Diguette and his team work to implement and maintain a security infrastructure
that safeguards the organization’s critical health information systems and applications, such as its Epic Systems Electronic Medical Records (EMR) system and the personal data of more than 675,000 patients at 29 facilities in eastern and central Massachusetts.
The healthcare industry is evolving at a rapid pace from both technology and business perspectives. New technologies are
dramatically improving healthcare, from diagnostic imaging and scanning tools to the digitization of medical records. From
the business side, the industry continues to consolidate, with metropolitan or regional medical providers absorbing local
clinics and rural practices, and large retailers acquiring pharmacies, minute clinics, and urgent care facilities. As a result,
many healthcare companies are now competing with retailers for business.
Rush University Medical Center (Rush) is a not-for-profit healthcare, education, and research enterprise with a 664-bed academic medical center that includes hospital facilities for adults and children. Rush offers residency and fellowship programs in medical and surgical specialties to more than 2,000 students. With a large and experienced IT team, Rush manages three data centers across its campuses. The organization currently supports approximately 1,600 virtual desktops and 600 virtual servers, along with 10,000 physical desktops. The Rush IT team is tasked with supporting users on all devices, including smartphones and tablets. Watch the video to see how Rush protects the entire organization and protects against advanced threats with Trend Micro solutions, including Deep Discovery.
Webinar Brought To You By CDW-Trend Micro
Healthcare IT Enabled by 4G LTE
It’s time for healthcare providers to change the way they think about their services. No longer is healthcare simply about healing sick patients in the confines of the office or hospital. Growing competition driven by changes in public policy and consumer expectations mean that healthcare organizations must find ways to meet patients where they want and need healthcare the most—which requires extending care, and connectivity, beyond the boundaries of traditional healthcare facilities.