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ELECTRONIC HEALTH RECORDS .an essential application of

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Title: ELECTRONIC HEALTH RECORDS .an essential application of


1
ELECTRONIC HEALTH RECORDS .an essential
application of
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MAIN
FOCUS
Strengthening of primary health care
Time saving
Cost-effective
Improves quality and patient safety
Reduces professional isolation
Takes specialties to primary health care
Improves outreach of education
-taking basic health solutions to countries
5
MAIN
SOME
FOCUS
FOCUS
Strengthening of primary health care
Strengthening of secondary health care
Time saving
Cost-effective
LITTLE
Improves quality and patient safety
FOCUS
Reduces professional isolation
Takes specialties to primary health care
Home care
Improves outreach of education
-taking basic health solutions to countries
6
e-Health for health-care delivery
QUALITY AND SAFETY Standards for patient care
information systems Standards for telematics
services
POLICY National coordination of e-health
services E-health for emergencies Adequate
resources
-taking basic health solutions to countries
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e-Health for health-care delivery
ACCESS Connectivity Software and hardware
standards
USE Appropriate technical use of e-health
services Store and forward image
exchange Tele-consultation E-learning
-taking basic health solutions to countries
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REQUIREMENTS
WHO PRODUCTS
-taking basic health solutions to countries
9
SUCCESS CRITERIA FOR COUNTRIES
  • Potential constraints to the use of e-HCD should
    be identified
  • and addressed systematically
  • lack of proper needs assessment
  • lack of vision, strategy and national plans
  • lack of information and awareness about e-HCD
    applications
  • computer illiteracy
  • insufficient resources to meet costs
  • limited expertise in medical informatics
  • weak information and telecommunications
    infrastructures
  • absence of legislative, ethical and
    constitutional frameworks

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SPECIFIC RECOMMENDATIONS
  • Assume the leadership role of in support of
    e-health activities in countries
  • Prepare a draft list of success and
    sustainability factors
  • Work with partners
  • Conduct proper needs assessment
  • Create a framework or methodology for assessment
  • Country work should be based on a combination
    (matrix) of countrys expressed needs and
    situation and WHO partnership on eHealthHCD
    priorities

11
  • contribute to the establishment of comprehensive
    systems
  • ensure the quality and safety of products and
    services
  • develop mechanisms to promote universal and
    equitable access to health technologies
  • formulate guidance on the rational, appropriate
    and cost-effective use of health technologies
  • provide advice on possible sources of financial
    support
  • develop relevant support products in the form of
    norms,
  • standards, specifications, guidelines and
    training material

12
Information and Communication Technologies in
the WHO European Region
52 countries
13
SWEDEN OBJECTIVES
Support Hospitals and their services (financial
incentives to provide access to remote
areas) support PC connection to the www Support
local authorities with no real capacity to
develop the systems on their own support
patients and relatives in their own
environment, Support partnership with governments.
14
NORWAY strategy
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-         Canada At federal level, national
information for e-health guidelines provincial
implementation. -         Barcelona Home care
support to citizens and families. -        
Baltic countries closing hospital facilities and
supporting primary care. -         RUS, Ankladesh
region being supported by NOR.
-         Canada At federal level, national
information for e-health guidelines provincial
implementation. -         Barcelona Home care
support to citizens and families. -        
Baltic countries closing hospital facilities and
supporting primary care. -         RUS, Ankladesh
region being supported by NOR.
-         Canada At federal level, national
information for e-health guidelines provincial
implementation. -         Barcelona Home care
support to citizens and families. -        
Baltic countries closing hospital facilities and
supporting primary care. -         RUS, Ankladesh
region being supported by NOR.
16
E-Health in the Americas
  • Current Status, trends and greatest challenges.

WHO, FEB 2004
17
eHealth
  • It became an international issue in many forum.
  • It combines .
  • Information Technology
  • Electronics and Communications Engineering
  • Medicine
  • Education
  • Biomedical Engineering
  • Health Services Managment
  • It is the result of the technological electronic
    developments applied to Health Care.
  • Every field claims their part and no general
    consensus has been reached. There are enough
    pilot proyects, but we need urgently to evaluate
    cost benefit, effectiveness, appropiatness and
    readiness

18
United States of America
  • 60 total population has access to the Internet
  • 86 adult Internet users access to research on
    health care or specific diseases
  • Most e-Health companies have consumer-oriented
    portals
  • Federal agencies with regulatory authority over
    eHealth
  • Federal Trade Commission (FTC)
  • Food and Drug Administration (FDA). 
  • Non-governmental organizations have roles in
    e-Health issues
  • Research and policy analysis
  • Quality oversight
  • Standards development
  • Information dissemination
  • American Telemedicine Association ATA.

19
Canada
  • Clarify coverage by distinguishing between direct
    and ancillary health services
  • Provide stable, predictable and long-term funding
  • Address immediate issues through targeted funding
  • Rural and Remote Access
  • to improve timely access to care in rural and
    remote areas
  • Diagnostic Services
  • to improve wait times for diagnostic services
  • Primary Health Care Transfer
  • to support efforts to remove obstacles to
    renewing primary health care delivery
  • Home Care Transfer
  • to provide a foundation for an eventual national
    home care strategy
  • Catastrophic Drug Transfer
  • to allow provincial drug programs to expand and
    improve coverage for their residents

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in the Americas
  • Canada
  • and the
  • United States of America

21
Application Samples
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e-Health in the Americas
  • Latin America

23
Critical Issues
  • Health issues and costs obstacles to social
    economic development
  • Inefficient allocation of scarce resources
  • Mortality rates still high, low life expectancy
  • Epidemiologic transitions
  • Unequal access to basic health services
  • Patient transfers / long waiting lineser niv
  • Lack of coordination within health entities
  • Low budgets / inefficient resource distribution
  • Technology gaps
  • digital, communications, transport,
  • Cultural gaps

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Health Reform Process
  • Diverse models, unique to each country
  • Common trends
  • Universalization of health services
  • Administrative descentralization
  • Involvement of other sectors
  • private, education, labour, etc.
  • Primary-care / people-centred health models
  • Focus on quality and accountability
  • Moving from reactive to proactive approach

25
Succesful practices in Latin America
  • Cuba, very good digital information
  • Argentina, excellent hospital information
    systems
  • Costa Rica, Telemedicine at the CCSS.
  • eHealth platforms in Chile, Colombia, Cuba,
    Dominican Republic, México and Ecuador.
  • Universities developing Health Care Software for
    all.
  • And many more documented in the booke-Health in
    LA
  • Mexico. Telemedicine systems at ISSSTE, 6 years
    ago, now new developments in universities and
    public health services.

26
MexicoActual Hospital Infraestructureof the
Health Ministry
27
Health Care Ministry Goals of 2000-2006
  • Provide Health Services with
  • Equity
  • Quality
  • Financial support for patients
  • By Popular insurance to all open population
  • 45 mill of the lowest income, more marginality
    and less infrastructure.

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Mexico strategic lines 2004-2006
  • E Health portal
  • Comunitary Health Centers for internet
  • Develop the National Telemedicine System
  • 10 National institutes of Health
  • 16 states with 9 nodes of telemedicine each
  • Share and use all the infrastructure available
  • Public, and Social Health Sectors,
  • Universities private and public
  • Special fundings and ONG Institutions
  • Later on develop latin american liasons and
    coordination
  • Develop the standards for radiology, clinical
    lab, HIS,

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Regarding information
  • E Health portal
  • Designed to provide information to
  • Patients
  • Chronic
  • New detected
  • General Public
  • Children, women, old, general adults
  • Health Providers
  • Health Professionals
  • Nurses
  • Doctors
  • Technicians
  • Administrators
  • Engineers

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Mexicos eHealth
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Electronic Medical Record approved august 2003
  • Mexican Official Standard 168 allows use of
    electronic devices for medical records
  • Accessible
  • Confidential
  • Secure

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  • 5. Stablish the models to develop internal
    networks for imaging patient data.

33
8. Proposals and models for hospital networks
34
Review standards
  • Develop HL7 specifications that will enable
    healthcare information systems to exchange,
    manage and integrate clinical and administrative
    data according the legal and regulatory issues in
    Mexico.
  • DICOM
  • IEEE EMBS
  • CID

35
Security concerns - Driving the demand for
solutions
36
Knowing who you are dealing with remains a major
concern for e-health services on the Internet
but in e-health, it is important to Know if you
are dealing with a dog.
37
Some E-health Security Threats
  • Knowing that the person behind the computer (or
    IT equipment) is a real doctor and/or an
    authorized medical personnel.
  • Being sure of the source/origin of medical
    information transmitted via the Internet.
  • Access control to sensitive medical information
    (e.g. computerized patient records).
  • Ensuring that e-health transactions can be bound
    to authorized medical personnel/institution (e.g.
    for remote diagnostics and medical advice).
  • Securing the transmission of sensitive health
    information between connected collaborating
    medical institutions (e.g. in e-health networks).
  • Making sure that medical records can only be
    modified by authorized personnel

38
General Security and Trust Requirements
  • Confidentiality
  • Information accessed only by those authorized
  • Data Integrity
  • No information added, changed, or taken out
  • Authentication
  • Parties are who they pretend to be
  • Non-repudiation
  • Originator cannot deny origin
  • Access Control/Authorization
  • Originator cannot deny origin
  • Infrastructure of trust
  • Automating the checking of identities

39
E-Health Security Requirements
  • Authentication Establishing the Identities of
    all parties to an e-health transaction
  • Access Control Making sure only authorized
    personnel/patient can access medical records.
  • Non-repudiation E-health transactions must be
    binding.
  • Data confidentiality Only the intended
    recipient of an e-health transaction or data
    should be able to view the content.
  • Data Integrity Unauthorized modification of
    medical data must be detected.

40
Landscape in security in E-
  • Technology shifts in E- environment
  • Ubiquitous computing (95 / 5)
  • Mobile devices wearable computing
  • Wireless communications
  • Peer to peer applications
  • Global wide area communications
  • Multimedia high bandwidth applications
  • Nano technology
  • Complexity shifts in E- environment
  • Complexity of identification, authentication
    access control
  • dynamic staff, contractors, visitors, and
    collaborators turnover
  • Complexity of managing information security risks
    in the distributed and autonomous global
    infrastructure
  • Reliance shift in E- environment
  • High demand for business continuity against
    failures and accidents in E-

41
Landscape in security in E-
  • Paradigm shifts in E- environment
  • Unbounded System
  • No unified administrative control
  • No global visibility
  • Un-trusted insiders
  • Lack of complete timely information
  • Open, highly distributed systems
  • Unknown participants
  • Unknown perimeters
  • Unknown software components

42
Landscape in security in E-
  • Threats with increasing impact in E- based
    society
  • Exposure misuse of confidential private
    information
  • Identify theft
  • Modification of critical data
  • Denial of services Spam messages
  • System compromise base for launching attacks
    against other systems
  • Financial fraud
  • Industrial espionage
  • Legal loss liability on the Internet
  • Loss of reputation user-confidence
    Embarrassment
  • Utility (e.g. electric grid power) failure and
    natural disaster
  • Terrorism
  • through
  • Disclosure, modification, loss/destruction and
    interruption of information resources services

43
Trends in Security Incidents Reported at CERT
44
Trends in Security Vulnerabilities Reported at
CERT
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Why E-health security?
  • E-health uses ICT, like other E- Security
    threats exists for
  • Administration
  • Hospital information system
  • Telemedicine
  • Medical records database DNA analysis
    databanks
  • Medical instruments, devices robots (tests, CT,
    surgery)
  • Emergency room
  • Home care monitoring
  • Education
  • Pharmaceutical information system prescription
    drug network
  • Health information on the Internet
  • Health insurance system
  • Need to protect CIA credibility of ICT
    infrastructure information
  • Need to protect human life, privacy, dignity,
    quality of life, social well being

47
Existing efforts
  • International
  • ISO TC215 WG4 Health Informatics Security
  • ISO standards ISO/IEC17799
  • IMIA WG04 Data Protection in Health Information
    Processing
  • USA
  • HIPAA Final Rule (20 Feb 2003)
  • SEI SSE-CMM Capability Maturity Model
  • NIST 800 series
  • EU Asia Pacific
  • E-government projects

48
WHOs view
  • Information security assurance program
  • Risk assessment monitoring
  • Policies, procedures, standards, guidelines, best
    practices development compliance
  • Protection methods architecture
  • Awareness training
  • Information security organization

49
Goals
  • To achieve
  • Security
  • Confidentiality, Integrity and Availability
  • Assurance
  • Business continuity, disaster recovery, quality
    of services
  • Survivability
  • Survivability is the capability of a system to
    full-fill its mission, in a timely manner, in the
    presence of attacks, failures, or accidents,
    CERT Coordination Centre, IEEE

50
Benefits
  • No such standards exists today
  • WHO initiatives
  • Services to countries
  • Manageable project
  • Learning experience
  • Establish better relationship
  • Better understanding of problems
  • Best awareness program
  • Improve information security in E-health for
    countries

51
CONTACTS Dr. Steffen Groth groths_at_who.int Ms.
Irma Velazquez velazquezi_at_who.int www.who.int/eh
t/ehealthHCD
-taking basic health solutions to countries
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