COST EFFECTIVE  M-HEALTH SOLUTIONS  FOR DEVELOPING COUNTRIES Case study CARE RURAL HEALTH INITIATIVE AP India Dr. Priyesh Tiwari
HEALTHCARE SECTOR IN INDIA STANDARD TELEMEDICINE EXPERIMENT SHIFT TO HANDHELD TECHNOLOGY INNOVATIVE APPLICATIONS Presentation contents
HEALTHCARE SCENARIO  IN INDIA A country of wide contrasts
Private sector driven Urban areas and metros have world class medical facilities Many of the specialists trained in USA/UK with excellent clinical skills  Use state of the art equipment High volume of cases, lower costs and manpower availability is attracting billions of dollars of overseas investment in the sector
Growing disparities ~ 70% of 1 billion people live in rural areas...
STANDARD TELEMEDICINE Using PC, broadband and video conferencing
Ongoing problems... Poor maintenance  Heat, dust, rough handling Expensive Satellite driven broadband system is unsustainably expensive Poor electrical supply  Variable voltage, available only for 3-6 hours per day) User training issues  semiliterate population Lack of seamless connectivity to next level of care
SHIFT TO MOBILE PHONE Versatile, portable, user friendly
India is one of the fastest growing markets  More than 100,000 new connections sold everyday Govt. Has made compulsory for connectivity providers to setup towers in rural areas Mobile phone can do almost all basic functions of a PC, in addition: It is rugged Easy to charge (3 hours charging lasts for day) Circumvents broadband connectivity (GPRS has become ubiquitous) Even semiliterate people are now expert mobile users
Level 1- Doctor on call Services are offered where people can call a toll free number and seek health advise... But: How do we know who is calling or who is answering? Are problems real, exaggerated or genuine? Who takes medico-legal responsibility? How does a prescription get signed? How do we ensure person gets the right drugs or correctly understands/follows  advice
Level 2 - An intermediary introduced A Village Health Champion for each 200 families One person in the village is authorized to call She is trained and accredited for  facilitation & providing paramedical services But still had many limitations like - Still a reactive care, no focus on prevention Cognitive skills of VHC span a limited range Prescription printing , delivery of medicines limited Lack of clinical data and tests limit clinical decision making Financial incentives not enough to be full time
CUSTOMIZED HANDHELD DEVICE Innovative Applications
Replaced mobile phone with customized integrated handheld device GPRS, WiFi, Broadband Biometric ID Smart card reader Built in printer Camera External physiological sensors TFT display Resistive touch screen Multi-lingual customizable soft keypad Built in speaker Standard Audio interface Two USB ports
Introduced CDSS Menu driven registration, history taking and vital signs recording Local triaging if the VHC should treat, call or transfer  Logged transaction (GPS, time, date, ID stamped) enable quality control and process refinement
Example: Simple consult Patient goes to VHC Biometric ID validation VHC records Signs & Symptoms Information sent through GPRS to Web based server Physician in the city analyses and issues prescription/ referral / test advice  Data sent to HHD VHC arranges logistics for further evaluation, medication & treatment Printing of Prescription at the village VHC provides OTC medicines & collects samples at site if needed
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Cost Effective MHealth Solutions for Developing Countries

  • 1.
    COST EFFECTIVE M-HEALTH SOLUTIONS FOR DEVELOPING COUNTRIES Case study CARE RURAL HEALTH INITIATIVE AP India Dr. Priyesh Tiwari
  • 2.
    HEALTHCARE SECTOR ININDIA STANDARD TELEMEDICINE EXPERIMENT SHIFT TO HANDHELD TECHNOLOGY INNOVATIVE APPLICATIONS Presentation contents
  • 3.
    HEALTHCARE SCENARIO IN INDIA A country of wide contrasts
  • 4.
    Private sector drivenUrban areas and metros have world class medical facilities Many of the specialists trained in USA/UK with excellent clinical skills Use state of the art equipment High volume of cases, lower costs and manpower availability is attracting billions of dollars of overseas investment in the sector
  • 5.
    Growing disparities ~70% of 1 billion people live in rural areas...
  • 6.
    STANDARD TELEMEDICINE UsingPC, broadband and video conferencing
  • 7.
    Ongoing problems... Poormaintenance Heat, dust, rough handling Expensive Satellite driven broadband system is unsustainably expensive Poor electrical supply Variable voltage, available only for 3-6 hours per day) User training issues semiliterate population Lack of seamless connectivity to next level of care
  • 8.
    SHIFT TO MOBILEPHONE Versatile, portable, user friendly
  • 9.
    India is oneof the fastest growing markets More than 100,000 new connections sold everyday Govt. Has made compulsory for connectivity providers to setup towers in rural areas Mobile phone can do almost all basic functions of a PC, in addition: It is rugged Easy to charge (3 hours charging lasts for day) Circumvents broadband connectivity (GPRS has become ubiquitous) Even semiliterate people are now expert mobile users
  • 10.
    Level 1- Doctoron call Services are offered where people can call a toll free number and seek health advise... But: How do we know who is calling or who is answering? Are problems real, exaggerated or genuine? Who takes medico-legal responsibility? How does a prescription get signed? How do we ensure person gets the right drugs or correctly understands/follows advice
  • 11.
    Level 2 -An intermediary introduced A Village Health Champion for each 200 families One person in the village is authorized to call She is trained and accredited for facilitation & providing paramedical services But still had many limitations like - Still a reactive care, no focus on prevention Cognitive skills of VHC span a limited range Prescription printing , delivery of medicines limited Lack of clinical data and tests limit clinical decision making Financial incentives not enough to be full time
  • 12.
    CUSTOMIZED HANDHELD DEVICEInnovative Applications
  • 13.
    Replaced mobile phonewith customized integrated handheld device GPRS, WiFi, Broadband Biometric ID Smart card reader Built in printer Camera External physiological sensors TFT display Resistive touch screen Multi-lingual customizable soft keypad Built in speaker Standard Audio interface Two USB ports
  • 14.
    Introduced CDSS Menudriven registration, history taking and vital signs recording Local triaging if the VHC should treat, call or transfer Logged transaction (GPS, time, date, ID stamped) enable quality control and process refinement
  • 15.
    Example: Simple consultPatient goes to VHC Biometric ID validation VHC records Signs & Symptoms Information sent through GPRS to Web based server Physician in the city analyses and issues prescription/ referral / test advice Data sent to HHD VHC arranges logistics for further evaluation, medication & treatment Printing of Prescription at the village VHC provides OTC medicines & collects samples at site if needed
  • 16.