
The MIC Sickbay solution relies on Intel technology to improve the efficiency of ICU patient care while protecting the health of doctors and caregivers on the front line of this crisis.” Lisa Spelman, corporate vice president, and general manager at Intel says, “When we heard what Houston Methodist was working on, we immediately committed to applying our technologies to accelerate access to virtual patient monitoring solutions so we could protect front-line healthcare providers taking care of ICU patients.
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Initially, we planned for the project to run through the full year. We turned every one of our applications over to see if they can be helpful in any way: Telemedicine, Microsoft Teams, etc. Roberta Schwartz, Chief Innovation Officer at Houston Methodist, says, “Everyone under the Center for Innovation team has been heroic when it comes to the Covid-19 situation. The company has secured a pilot program with the city to rapidly test for COVID-19 in wastewater, which could help determine the community’s true infection rate.” Virtual ICU, Telemedicine, and Quick Pivots Provided Relief to the Healthcare SystemĪt Houston Methodist Hospital, the recent surge in coronavirus cases from 230 patients at the height of April to well over 800 patients in August was an opportunity to find new use cases to use every existing piece of technology available at the hospital. For example, Water Lens, one of the Intel-backed startups with the Ion Smart and Resilient Cities Accelerator, offers genetic water testing technology. Sameer Sharma, Global General Manager of Smart Cities/Transportation at Intel, says, “We’ve been partnering with the city of Houston to deliver smart city solutions with a focus on citizens’ quality of life. Just understanding where the community spread has penetrated can allow for the prevention of further spread. The city’s smart water program, using genetic markers, can detect where the coronavirus has infected the water system. As a part of the city’s Smart City for resilience initiative, using real-time data, digital contact tracing can pinpoint community spread more rapidly, allowing policies to be implemented faster to contain the community spread.
