eHEALTH-Aug-2011-[36-37]-Innovative Technology for Health Inclusion

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Innovative Technology for Health Inclusion

IC UBLICE PCHO #2

highlights * Mobile phone based decisionsupport technology in vernacular language * Referrals generated could be tracked in real-time and appropriate steps may be advised to healthworkers in case of no-show

IC UBLICE PCHO #1

mobile based medical decisionsupport Department of Community Medicine, Stanley Medical College A novel mobile phone based clinical decision-support technology for village health providers for improvement of antenatal and postnatal care of mothers and child health. We are 8-10 years behind UN Millennium Development Goals and to bridge the gap we need 600, 000 more doctors, roughly equal to the number we have today. With this premise a team of doctors from Stanley Medical College (SMC) and a group of engineers from National Institute of Technology, Karnataka started working on a decisionsupport technology for health-workers. With the ever increasing proliferation of mobile phones, the project has a platform which could be used to take away all the memorising and analysis out of the protocols and use the Information and Communication technology. The primary objective of the programme was to develop a decision support technology that can be used by the village health workers (VHW) to take appropriate decisions while rendering health services to mothers in antenatal Period. Website: www.stanmed.net

highlights than 4000 rural people screened in 4 months * Experts from city diagnosed ECGs for patients in rural areas with diagnosis reaching the patient within 15 minutes *  More

Rhythms 24x7 Maestros Mediline Systems Ltd eUNOR10, an ECG machine with built in SIM card along with Rhythms24x7, forms a secure online platform for enabling medical diagnosis for emergency situations. This solution enables moving medical information from the patient to the physicians’ hand phone within near to real time. The physician can arrive at an informed decision and convey the same back to the relaying operator patient using his phone. The system automates the process reducing human errors. Presently the system is enabled for 12 lead ECG and remote heart rhythm monitoring; it is flexible to meet the needs of other medical modalities. Using technology to enable early and quick detection of heart attack allows the physician to view the ECG and give opinion from where ever he/she is present. Thus, it enables the caregiver with the patient to commence treatment within the golden hour. This would not only help save patient life but also prevent massive damage to heart. Technology will enable minimum human intervention and maintain records of the episode from medico legal aspect also. The system being online is accessible across the globe where telecom network and internet has its presence. The primary objective was to enable early detection of heart attack enabling quick decision. Website: : www.medi-line.com

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august / 2011 www.ehealthonline.org


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