1. The document discusses leveraging information and communication technologies (ICT) to improve public healthcare delivery in India. It outlines India's current healthcare infrastructure and challenges in access.
2. The Piramal Health Management and Research Institute (HMRI) experience shows how ICT platforms like telehealth, mobile health units, and health information hotlines can help bridge gaps and expand access to care.
3. Key factors for successful ICT-enabled healthcare include developing integrated frameworks, building human resource skills, fostering collaboration between government, industry and non-profits, and establishing policies and standards around areas like telemedicine, electronic health records, and infrastructure.
This is a prescriptive / generic roadmap for telemedicine, that can be used by Governments , NGOs, companies & individuals in deploying telemedicine and mHealth solutions.
This roadmap was developed by a global team of 17 experts led by Rajendra Pratap Gupta under the Innovation Working Group -Asia (IWG-A).
IWG-A was set up by the office of the UN Secretary General to harness the power of innovations for Health , specially for health related MDGs.
More details write to ea2rajendragupta@gmail.com
Telehealth in India: The Apollo contribution and an overview Apollo Hospitals
The universal phenomenon of urban rural health divide is particularly striking in India. We have centres of medical excellence in the metros, better than the best. However 700 million Indians, have no direct access to secondary and tertiary care as 80% of India's specialists, primarily cater to 20% of the population. Additional brick and mortar hospitals is not a viable solution, as there is an acute shortage of both funds and health care personnel. In 1999, the author among others, foresaw that it could be possible, to extend the reach of urban doctors to suburban and rural India, virtually. This article traces the author's personal experience in introducing and developing telehealth in India over the last 14 years. Simple video conferencing, has given way to eHome Visits, providing international teleconsults,13,14 tele CME programmes, deployment of internet enabled peripheral medical devices, promoting Health Literacy through eEmpowerment,18,19 multi centre Grand rounds and, virtual visits to the ICU.20–22 With 894 million mobile phones mHealth is certainly the future.23 The Pan African, SAARC, ASEAN and the Central Asia e Network projects13,14,24–29 initiated by the Govt. of India has resulted in India's health expertise, being made available to many countries virtually. With exponential growth in Information and Communication Technology (ICT), a rural tele-density of 43%,23 India may eventually show the way to achieve quality, affordable, accessible health care to everyone, anytime, anywhere making distance meaningless and Geography History, by deploying telemedicine.
This is a prescriptive / generic roadmap for telemedicine, that can be used by Governments , NGOs, companies & individuals in deploying telemedicine and mHealth solutions.
This roadmap was developed by a global team of 17 experts led by Rajendra Pratap Gupta under the Innovation Working Group -Asia (IWG-A).
IWG-A was set up by the office of the UN Secretary General to harness the power of innovations for Health , specially for health related MDGs.
More details write to ea2rajendragupta@gmail.com
Telehealth in India: The Apollo contribution and an overview Apollo Hospitals
The universal phenomenon of urban rural health divide is particularly striking in India. We have centres of medical excellence in the metros, better than the best. However 700 million Indians, have no direct access to secondary and tertiary care as 80% of India's specialists, primarily cater to 20% of the population. Additional brick and mortar hospitals is not a viable solution, as there is an acute shortage of both funds and health care personnel. In 1999, the author among others, foresaw that it could be possible, to extend the reach of urban doctors to suburban and rural India, virtually. This article traces the author's personal experience in introducing and developing telehealth in India over the last 14 years. Simple video conferencing, has given way to eHome Visits, providing international teleconsults,13,14 tele CME programmes, deployment of internet enabled peripheral medical devices, promoting Health Literacy through eEmpowerment,18,19 multi centre Grand rounds and, virtual visits to the ICU.20–22 With 894 million mobile phones mHealth is certainly the future.23 The Pan African, SAARC, ASEAN and the Central Asia e Network projects13,14,24–29 initiated by the Govt. of India has resulted in India's health expertise, being made available to many countries virtually. With exponential growth in Information and Communication Technology (ICT), a rural tele-density of 43%,23 India may eventually show the way to achieve quality, affordable, accessible health care to everyone, anytime, anywhere making distance meaningless and Geography History, by deploying telemedicine.
The Indian healthcare industry has progressed at an impressive pace over the past few years. The private sector has emerged as a vibrant force in the industry, accounting for almost 74 per cent of the country’s total healthcare expenditure.
The Indian healthcare revenues stood at US$ 68.4 billion in 2011 and is expected to reach US$ 158.2 billion by 2017. Of the total healthcare revenues in the country, hospitals account for 71 per cent, pharmaceuticals for 13 per cent and medical equipment and supplies for 9 per cent.
India offers both a huge patient pool, favourable regulatory environment and cost advantage for conducting clinical trials. The low cost of medical services has resulted in a rise in the country’s medical tourism, attracting patients from across the world.
The Government of India has created the National Health Mission (NHM) for providing effective healthcare to both urban and rural population.
m-HEALTH- CAN IT IMPROVE INDIAN PUBLIC HEALTH SYSTEMRuchi Dass
The role of Mobile application evaluation in public health (m-health) is now in fact,
essential for us to make use of this very fast growing technology in making the bright future of
Public health of people.
Objectives: To critically analyze the role of Mobile Applications in Public Health (m-health).
Materials and methods: A Systematic Review of related studies in literature published till 30th
June 2 0 1 3 on role of Mobile-Applications in Public health (m-Health) was done.
This article is written for Modern Medicare on the Role of IT in Indian Healthcare system. This article talks about the policy changes in India for Healthcare IT, Telemedicine and mHealth ( Digital Health )
Information and Communication Technology for health and mankind, INDIAN HEALTHCARE PARADIGM, ROLE OF ICT IN HEALTHCARE, HEALTHCARE INFORMATION & COMMUNICATION TECHNOLOGY (HICT), INDIAN HEALTHCARE SYSTEM, TECHNOLOGIES IN HEALTHCARE, EMR- Electronic Medical Record, EHR- Electronic Health Record, TELEMEDICINE, DIGITAL MEDICAL LIBRARY, HOSPITAL INFORMATION MANAGEMENT SYSTEM (HIMS), ARTIFICIAL INTELLIGENCE IN HEALTHCARE, PENETRATION OF HIMS IN INDIA, TELEMEDICINE: A NEW HORIZON IN PUBLIC HEALTH, MOBILE HEALTH (M-HEALTH), LATEST TECHNOLOGIES IN HEALTHCARE SECTOR, SIGNIFICANCE OF BIG DATA IN HEALTHCARE, WEARABLE SENSORS FOR REMOTE HEALTH MONITORING, DIGITAL HEALTHCARE IN INDIA, DIGITAL HEALTH, DIGITAL HEALTH INITIATIVES BY GOVERNMENT OF INDIA, MOBILE BASED PROGRAMS (BY GOVERNMENT OF INDIA)
A brief on Indian Healthcare and the challenges faced by healthcare in India. Expected growth trend of Indian healthcare till 2020. Challenges faced in the growth of Indian healthcare.
Health Care delivery system is the skeleton of meeting healthcare needs of enormous population of every country.
In order to have a clear view of community medicine, it is essential to know about different health care systems in order to fulfill learning objectives of students.
The presentation unfolds Information Technology's presence and exposure in the Healthcare Industry.
The technology used in this sector is of large scale and very less Big players/ Vendors are ruling the market.
eSanjeevani for Punjab State Health Systems Corporation (PHSC)Saurav Gupta
This presentation gives an overview of the eHealth network deployed using eSanjeevani as part of Punjab Statewide ehealth Network. The network including the application is being managed by CDAC.
The Indian healthcare industry has progressed at an impressive pace over the past few years. The private sector has emerged as a vibrant force in the industry, accounting for almost 74 per cent of the country’s total healthcare expenditure.
The Indian healthcare revenues stood at US$ 68.4 billion in 2011 and is expected to reach US$ 158.2 billion by 2017. Of the total healthcare revenues in the country, hospitals account for 71 per cent, pharmaceuticals for 13 per cent and medical equipment and supplies for 9 per cent.
India offers both a huge patient pool, favourable regulatory environment and cost advantage for conducting clinical trials. The low cost of medical services has resulted in a rise in the country’s medical tourism, attracting patients from across the world.
The Government of India has created the National Health Mission (NHM) for providing effective healthcare to both urban and rural population.
m-HEALTH- CAN IT IMPROVE INDIAN PUBLIC HEALTH SYSTEMRuchi Dass
The role of Mobile application evaluation in public health (m-health) is now in fact,
essential for us to make use of this very fast growing technology in making the bright future of
Public health of people.
Objectives: To critically analyze the role of Mobile Applications in Public Health (m-health).
Materials and methods: A Systematic Review of related studies in literature published till 30th
June 2 0 1 3 on role of Mobile-Applications in Public health (m-Health) was done.
This article is written for Modern Medicare on the Role of IT in Indian Healthcare system. This article talks about the policy changes in India for Healthcare IT, Telemedicine and mHealth ( Digital Health )
Information and Communication Technology for health and mankind, INDIAN HEALTHCARE PARADIGM, ROLE OF ICT IN HEALTHCARE, HEALTHCARE INFORMATION & COMMUNICATION TECHNOLOGY (HICT), INDIAN HEALTHCARE SYSTEM, TECHNOLOGIES IN HEALTHCARE, EMR- Electronic Medical Record, EHR- Electronic Health Record, TELEMEDICINE, DIGITAL MEDICAL LIBRARY, HOSPITAL INFORMATION MANAGEMENT SYSTEM (HIMS), ARTIFICIAL INTELLIGENCE IN HEALTHCARE, PENETRATION OF HIMS IN INDIA, TELEMEDICINE: A NEW HORIZON IN PUBLIC HEALTH, MOBILE HEALTH (M-HEALTH), LATEST TECHNOLOGIES IN HEALTHCARE SECTOR, SIGNIFICANCE OF BIG DATA IN HEALTHCARE, WEARABLE SENSORS FOR REMOTE HEALTH MONITORING, DIGITAL HEALTHCARE IN INDIA, DIGITAL HEALTH, DIGITAL HEALTH INITIATIVES BY GOVERNMENT OF INDIA, MOBILE BASED PROGRAMS (BY GOVERNMENT OF INDIA)
A brief on Indian Healthcare and the challenges faced by healthcare in India. Expected growth trend of Indian healthcare till 2020. Challenges faced in the growth of Indian healthcare.
Health Care delivery system is the skeleton of meeting healthcare needs of enormous population of every country.
In order to have a clear view of community medicine, it is essential to know about different health care systems in order to fulfill learning objectives of students.
The presentation unfolds Information Technology's presence and exposure in the Healthcare Industry.
The technology used in this sector is of large scale and very less Big players/ Vendors are ruling the market.
eSanjeevani for Punjab State Health Systems Corporation (PHSC)Saurav Gupta
This presentation gives an overview of the eHealth network deployed using eSanjeevani as part of Punjab Statewide ehealth Network. The network including the application is being managed by CDAC.
Healthcare is in crisis. While this is not news for many
countries, we believe what is now different is that the
current paths of many healthcare systems around the
world will become unsustainable by 2015.
This may seem a contrarian conclusion, given the efforts
of competent and dedicated healthcare professionals
and the promise of genomics, regenerative medicine, and
information-based medicine. Yet, it is also true that costs
are rising rapidly; quality is poor or inconsistent; and
access or choice in many countries is inadequate.
Nearly one in five healthcare CIOs have had a security breach within the past 12 months. Learn how TCS can help you keep sensitive patient data secure and protected.
Healthcare facilities need to be able to effectively and efficiently alert practitioners and employees to urgent time sensitive news and big announcements – anytime, anywhere, and on any device. Cloud Messaging from TCS offers a tremendous opportunity for revenue savings and generation with a low cost, easy-to-deploy solution.
Healthcare Information Technology: IBM Health Integration FrameworkIBM HealthCare
Today’s challenges to health plans call for business transformation — the individual member is now the customer. IBM can help make this transition from product model to service model with Health Integration Framework-enabled solutions
In early 2015, in a forward-thinking article on Healthcare IT News, HIMSS Analytics identified 18 technologies with positive growth potential that were set to take hold in the industry. This predictive analysis utilized data on technology adoption from 2010 to 2014. HIMSS Analytics has analyzed the changes in buying intent from 2014 through 2015 and is making the analysis available. HIMSS Analytics correctly predicted 4 of the top 5 technologies planned for deployment in 2016. With 2015 behind us and another year’s worth of data at our fingertips, we’ll highlight changes in technology purchase plans by healthcare delivery organizations for 2016.
Are we really mHealth ready yet? How are we going to use it for healthcare delivery? Who is the tar-get audience and who is going to consume these services? Do we have plans available to educate the community and make them aware of the benefits of mHealth? There are hundreds of questions lying underneath which need to be answered before we claim to make a difference using mHealth. This paper briefly reviews the arrival & advantage of ICT in healthcare followed by mobile revolution and introduction of mHealth and its potential contribution in Healthcare delivery and our readiness to embrace it.
This is the first report on Telehealth in India, and was authored in 2011 by Rajendra Pratap Gupta for Telemedicine Society of India , when he chaired the Organising Committee of the International Telemedicine Congress 2011 at Mumbai
This report gives a detailed overview of where India stands and what is the scope in future
Innovative Healthcare in an Integrated EnvironmentArpit Mehta
INFOCOM Future Leadership Awards (IFLA) is INDIA's most prestigious paper writing competition for management students across the globe. 6 best student entries from B Schools across the world were selected in IFLA 08-09 by strict screening process. The jury panel included eminent personalities like Mr. Roopen Roy (Managing Director, Deloitte & Touche Consulting India Pvt. Ltd.) and Mr. Ainar Aijala (Global Managing Partner Consulting, Deloitte). The theme of my paper was "Innovative Healthcare in an Integrated Environment". My paper was awarded third prize in IFLA.
HealthCursor Consulting Group India- Distribution and Marketing- Mobile network operators in Africa have identified the growing demand for financial services and micro insurance . Airtel Africa has partnered with MicroEnsure for Mobile Micro Insurance. The range of Airtel-branded insurance products includes life, accident, health, agriculture, and other forms of cover.
Connecting intermediaries, customers and surveyors- ICICI Lombard India's mobile initiative started simply enough, with a set of basic applications that gave customers a consolidated view of all their policies, a reminder service to renew a policy, and a way to track the status of a claim. But as they matured with the mobile platform, they re-visited the paradigm and devised new ways to provide customers with more value-added and user-friendly features. This is however restricted to Auto insurance only.
Encryption, Transactions and handling customer grievance- Public sector general insurance company United India Insurance launched a mobile-based real-time fund transfer facility for payment of premium. M-Power enables customers to renew their policies and also remit the premium for approved proposals. To use this facility, one has to get an MMID (an identification number called - mobile money identifier) from his/her bank and enable one’s mobile with the application given by the bank. However, there are only 10 banks on board with this platform. This initiative follows the launch of its Internet-based sales, customer grievance portal and information-cum-sales kiosks.
Sales, awareness and providing access- Bima, a young Swedish microinsurance company, is using mobile phones to sell as many as three billion new insurance policies to the global poor. Bima, that has begun to access this untapped market, is now one of the largest mobile insurance platforms in the world. In just three years, Bima has acquired 4 million clients in Africa and Asia and is adding 400,000 new subscribers per month. Bima has been tackling many of the obstacles—education, pricing, premium collection—that prevent poor people from obtaining such benefits. For instance, Bima products such as life, accident and health insurance cost "as little as $0.20 to $6.00 a month. Last month, Leapfrog invested $4.25 million in Bima, which will allow the company to expand even further within Africa and Asia as well as reach into new markets in Latin America.
Information and Communication Technology ICT in HealthcareMadhushree Acharya
* Information & Communication Technology in Healthcare
* Need of ICT in Healthcare
* Constraints of implementation of ICT
* Implementation of ICT in various countries & India
* Various ICT Initiatives taken in India -
National health portal, Online Registration System, Mera Aspataal, SUGAM, NOTTO, Indradhanush Vaccine tracker, India fights Dengue, NHP Swasth Bharat, No more Tension Mobile app, Pradhan Mantri Surakshit Matritva Abhiyan Mobile App, Mother and Child Tracking System MCTS, Kilkari, Nikshay, m-cessation, m-Diabetes, Hospital Information System HIS, Health Management Information System HMIS, ANMoL, e-Aushadhi, e-Rakt Kosh, IDSP, Electronic Health Records EHR, Telemedicine.
Created - Feb 2018
Author - Dr. Madhushree Acharya, Academic JR, Community & Family Medicine, AIIMS Bhubaneswar
A CASE STUDY ON DEVELOPING AN EFFECTIVE INFORMATION BASED HEALTHCARE SERVICES...cscpconf
The real test of technological development is to ensure whether it reaches people and the most important task is to produce, manage and deliver relevant information systems appropriately
within India. Therefore technology needs to be acquired and adapted for it to be appropriately
developed. A country like India needs to adapt and develop information systems based on their
own needs and structures, using their own methods and practices. When it comes to eGovernance projects, better cooperation is the need of the day both from public as well as
private players [1]. The Indian government is taking greater cognizance of the benefits of technology and some e-Gov projects have already been initiated and deployed in few states of
our country [1]. However, despite an improved Information Communication Technology (ICT)
in our country thanks to the efforts of our government, there are still problems which continue
to hamper the use of information and ICT in domain of healthcare in India [2]. This paper
discusses the current levels of IT and quality in health care in our country and how Information Technology (IT) might be helpful in future.
Jan Rugnalay aims at providing the people of rural India the healthcare facility at minimum or free of cost depending upon the condition.
Vision:
To have a society that is full of energy, health and well-being.
Goals:
• To provide quality and cost-effective diagnosis.
• To provide quality medical consultation.
• To provide quality and cost-effective healthcare service.
• To provide mass treatment for common problems and health awareness through health camps.
A crucial factor for successful implementation of e health projects in develo...
ASSOCHAM Summit on Healthcare ICT_Jun 04 2014
1. ASSOCHAM Summit
Changing dimensions of Public
healthcare in India – harnessing
ICT enabled care delivery
New Delhi, June 4 - 2014
For discussion purposes only
2. 1
Agenda
A. Healthcare in India – An overview
B. ICT in healthcare
C. Piramal HMRI experience
D. ICT enabled care delivery – key attention areas
3. 2
Government
Hospitals Beds Doctors
13,76,0132
1,01,523335,4161
(Hospitals available
including CHCs)
Private sector ~10,00,0006
1,2 .Govt hospital & beds information was given by the Union Minister of Health & Family Welfare Shri Ghulam Nabi Azad in written reply to a question in the RajyaSabha august
2013; 3. indicates the Number of Government Allopathic Doctors and Dental Surgeons of 2011 India; 4. Per Private Healthcare Sector in India - A Framework for Improving the
Quality of Care by PH RAO, where private infrastructure is 58% of total health infra in 2011- assumed the same 5. Assumed Pvt. Bed ratio is 0.82 and grew at 13% CAGR from
2010- stats from McKinney report on Indian Healthcare 6. indicate the approximate allopathic doctors as on 2011, http://www.cehat.org/publications/ra01r6.html;
7. http://www.ihs.com/products/global-insight/industry-economic-report.aspx?id=1065985237; 8. Worldwide spending on Healthcare report by Emergo Group;
~14,00,0005
India spends INR 33,700Cr7 on health healthcare (2014-2015) and the expenditure has
increased by 94% vis-à-vis a decade ago8
The Public and private sectors invested in healthcare infrastructure and
manpower……
~58,0004
4. 3
Source(s):
1.Worldwide spending on Healthcare report by Emergo Group; 2,3,4,5,6,7. WHO World Health Statistics 2013; Immunization coverage is the average % of Measles, DTP3,HepB3;
NCDMR: Non communicable diseases mortality rates; CDMR: Communicable diseases mortality rates
148%
133%
94%
72%
138%
120%
112%
174%
Country and healthcare expenditure
increase from 2001-20111
Maternal
Mortality2
Infant
Mortality4
Neonatal
Mortality3
CD6Immunization
Coverage%5
NCD7
…. but a lot more needs to be done
26 37
32 47
15 25
06 09
02 04
08 11
08 11
12 17
96
64
72
97
99
99
98
95
240
200
220
029
016
035
048
059
344
363
244
185
29
79
153
122
702
685
647
526
355
623
675
607
Bangladesh
Indonesia
India
Malaysia
S. Korea
Sri Lanka
Thailand
Vietnam
5. 4
Beneficiary of healthcare
~31% of population with
access to
• ~ 70% of care infrastructure
• 4 lakh doctors accross 120 cities1
• multiple formats of care delivery
~ 69% of the population with
• 30% sub centres, 36% PHCs2
functional
• limited available manpower3
only 24% of doctors
only 47% of nurses
only 12% of specialist doctors
• # PHCs w/o a single doctor : 2,5334
Unaddressed and the underserved
…and a few realities need to be addressed..
Access to care: 31% of Indian
population outweigh the rest
1. http://www.moneycontrol.com/news/cnbc-tv18-comments/ims-survey-
reveals-skewed-doctor-density-across-india_929890.html
2. McKinsey report on Indian Healthcare
3. Why Are India’s Young Doctors Refusing To Serve in its Villages –
Yahoo News 23 Aug 2013
4. http://www.tenet.res.in/Publications/Presentations/pdfs/Healthcare_in
_India.pdf
6. 5
ICT platforms can play a pivotal role in bridging the gaps
Re-imagineRe-engineer
Incremental
Purposive disruption
Care Transparency
+
Care Traceability
=
Care Accountability
Efficiency
Effectiveness
Expansion of care availability
Reduction of care costs
Business model innovation
Benefit Change
The dual benefits of ICT platforms in healthcare
7. 6
Health Information
Helpline
Re-imagine the
purpose of
communication
Healthcare information
access 24 hours,
365 days
Covered 416mn
population
Care advices provided
for 26mn incoming
calls
Mobile Health
Units
Telehealth
Models
Re- engineer
the services
GPS tracking and
unique beneficiary
tracking ensured
efficient care outreach
Covered 45mn
population
Addressed 13.5mn
care seekers
Re-imagine the tele
conference platforms
Specialist care and
second opinion access
Change Impact on Care delivery Outcomes (Inception – till date)
Piramal HMRI made attempts to leverage ICT enabled care delivery
platforms
Screening / diagnosis
of at least 5 chronic
conditions
Care in neighbourhood to
2Lac rural population
8. 7
• OS neutral applications
• Patient UID
• Drug tracking application
• Point of care diagnosis –
‘Dox in Box concept’
Piramal HMRI Experience: Key ICT platforms and applications
Tele-health
Health Information Hotline
• VOIP protocol neutral
applications
• Digitized disease algorthirms
• SMSplatforms for
prescription
Mobile Health Units
• GPS tracking
• Patient UID and finger prints
• Drug tracking systems
• Human reosurce attendance
tracking applications (Android
based)
• Video based learning platforms
• Digitized learning content (self
learning)
• Voice based learning
Virtual learning platforms
9. 8
Piramal HMRI Experience: A snapshot of ‘on the ground’ care delivery
A Mobile Health Unit passing through difficult terrains to
access beneficiaries in Assam
A pregnant woman receiving medical advice via tele
Medicine in Adilabad, Telangana
Pregnant women board ‘Mobile Unit to reach
telemedicine centre for consultation in Andhra Pradesh
Trained executives attend to basic healthcare queries in a
hot line centre in Hubli, Karnataka
10. 9
What facilitating role should policy
aim and in what direction
What integrated framework is required
to manage the overall ecosystem
What new integration
approaches need to be developed
Where is the unused potential
and how to unbundle
Which components need support
How will the human resources
handle ICT platforms
What areas of skills/training need to
be developed
Governance
Monitoring & evaluation
Legal, technical frameworks
Mobile network
Internet connectivity
Data compatibility
Device manufacturers
Tech. players
Telecom
Networkers
Implementers
Financers
Providers
Doctors
Nurses, ANM
Paramedics
Healthcare workers
Critical factors for success of ICT enabled healthcare delivery: Our
observations
What hybrid and innovative
models need to be developed/deployed
How to speed up projects/players from
successful pilot to scale
What optimum mix and scale need to be
developed for reducing costs
11. 10
ICT Policy for Healthcare ?
- Remote health monitoring
- Tele health - tele-diagnosis, tele-radiology, tele-prescription
- Standardization of devices used for POC diagnostics
- Standardization of guidelines for POC diagnostics
- Communication protocols for monitoring devices
- Interoperability and output guidelines for monitoring devices
ICT infrastructure ?
- NOFN at Block level and Gram Panchayat
- 2G, 3G availability in hinterland when Urban areas
gear up for 4G
Where is India on the critical factors?
How can other partners collaborate with Government
to augment care delivery?
- Role of industry
- Leveraging execution strengths of PnPP
How can we enhance the capabilities of manpower
to handle ICT enabled care delivery ?
- Building new work force
- Models to build the capabilities
12. 11
1. Telemedicine Act
2. National standards & State guidelines
• Electronic records
• Standardization of devices (POC/rapid diagnosis)
• Clinical data mgmt., data compliance & integrity
3. ICT infrastructure
• Rural focus
• Unbundling and optimal use of existing infrastructure
4. Healthcare delivery model (esp Primary healthcare)
• Focus on PnPP models for primary care delivery
• Single window clearance for healthcare PnPP projects
• Level playing/preferential access for pioneers during RFQ/Bidding
5. Fostering innovation
• National level fora/platforms to contextualize new ICT platforms for care delivery
• Pioneers/inventors/industry to get a representation in planning and execution of new models
• National seed funding for ICT enabled healthcare pilot programmes
6. Capacity building of Health human resources (esp. last mile health workers)
• State level platforms (with industry participation) to train manpower
• ICT enabled care delivery leveraging e-learning, voice based learning, podcasts etc.
Key areas of ICT enabled care needing attention