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Alex Zilberman discusses Intel technology's role in improving embedded healthcare medical equipment. (1:09)
Dr. Topol talks about wireless medical technology. (2:15)
Mayafit Digital Fitness Trainer* from Respondesign uses Intel® Core™ i5 processor with Intel® Active Management Technology. (4:08)
Gail Wilensky on remote information sharing to slow the cost of medical spending while improving healthcare quality. (2:37)
Regional Extension Centers, e-Prescribing, and securing remote access to patient data via cloud. (1:19)
David Zirl, healthcare solution strategist, on clinical archiving, cloud computing, and data security management. (1:59)
Soon all of Mexico will be connected through tele-medicine to Mexico's better future, powered by Intel technology.
Application for pediatrics improves patient/provider interaction through a secure, mobile platform. (3:31)
John Hengeveld’s real-life example shows how simulated computer experiments help cure diseases.
Philips improves radiology imaging for pediatric care with advances in scan quality and time.
Intel and three Irish universities collaborate on research to help elders age in place with the aid of technology.
Intel® architecture provides wireless, critical-business applications with data acquisition, transfer capabilities needed simultaneously.
As the complexity and number of connected devices within the clinical environment increases, so do the challenges associated with them.
Eric Dishman shares ideas for home-based healthcare.
Intel Fellow discusses using innovation to improve the quality, cost, and access to healthcare.
Alex Zilberman discusses Intel technology's role in improving embedded healthcare medical equipment.
Dr. Topol talks about wireless medical technology.