Telehealth communications

  • 185 views
Uploaded on

Telehealth Communications. A presentation for Jacksonville University School of Nursing, by Jennifer Burk and Christy Cline

Telehealth Communications. A presentation for Jacksonville University School of Nursing, by Jennifer Burk and Christy Cline

  • Full Name Full Name Comment goes here.
    Are you sure you want to
    Your message goes here
    Be the first to comment
    Be the first to like this
No Downloads

Views

Total Views
185
On Slideshare
0
From Embeds
0
Number of Embeds
0

Actions

Shares
Downloads
8
Comments
0
Likes
0

Embeds 0

No embeds

Report content

Flagged as inappropriate Flag as inappropriate
Flag as inappropriate

Select your reason for flagging this presentation as inappropriate.

Cancel
    No notes for slide

Transcript

  • 1. Jennifer Burk Christy Cline TELEHEALTH COMMUNICATIONS
  • 2. DEFINITION The use of technology (telecommunication and electronic devices) to coordinate health services and information between healthcare providers and patients  Services include health promotion, disease prevention, diagnosis, consultation, education and therapy  Overcomes social, economic and geographical barriers to healthcare  Electronic, visual and audio capabilities 
  • 3. BACKGROUND       Initial uses were telephone calls between healthcare providers, patients and hospitals With the advancements of technology the practice grew NASA and the U.S. military have been the most aggressive in the advancement of the technology Prison systems use to prevent the cost and dangers of transporting prisoners Telepsychology is a huge benefit to rural areas that are unable to attain round-the-clock psychiatric care for patients The Telecommunications Act of 1996    The American Recovery and Reinvestment Act of 2009   Allows vendors of cable and telephone services to compete in each others’ markets Requires carriers to offer same rates and services to urban and rural providers so that it is affordable in all areas Funding for research, operations and grants in telemedicine, telehealth and informatics Australia, Canada, Norway and Sweden are the current leaders in the use of telehealth, and have already achieved great strides in this area
  • 4. DRIVING FORCES SAFETY, ACCESSIBILITY, COST EFFECTIVENESS Improved access to providers that allows earlier treatment  Care and treatment in the patient’s own home and community  More expert advice is available  Convenient follow-up care  Improved record keeping of vital signs, blood sugar readings, wound images  Healthcare provider time saving, allowing more time for patient care and less time traveling 
  • 5. ONLINE DATABASES AND TOOLS Patients -Education -Drug information -Record Keeping -Home health -Disease management -Support Groups -Referrals Healthcare providers -Standards of Care -Evidence-based Practice guidelines -Computerized diagnoses -Drug information -Retrieval of literature -Bulletin Boards, discussion groups -Continuing Education
  • 6. EXAMPLES OF TELEHEALTH USES A consult/exam done by telecommunications
  • 7. EXAMPLES OF TELEHEALTH USES CONTINUED An I-phone app that allows reading and reporting of O2 Sat readings
  • 8. EXAMPLE OF TELERADIOLOGY Example from Onepacs.com X-rays, Cat Scans, MRI’s taken at local hospital, images are transmitted to a radiologist on duty 24 hours a day. The radiologist types in the results, then e-mails or faxes back to the local hospital.
  • 9. TELENURSING Telephone and faxes have been in use for decades between nurses and other healthcare providers  Home visits via telephone and internet visits allow for more seen patients daily vs. traveling to homes in person  Follow up calls from ER visits/Hospital admissions  Dial-A-Nurse, nurse helplines 
  • 10. BENEFITS OF TELEHEALTH  Continuity of care   Centralized health records   Patients living away from major population centers or in economically disadvantaged areas can access care more readily May lower costs for healthcare     Access to care & access to specialists is improved Removes geographic barriers to care   Offerings readily available Higher quality of care   Experts are readily available Education of healthcare consumers & professionals   Cooperation is fostered among interdisciplinary members of the healthcare team Improved decision making   The patient is an active participant in videoconferences Collaboration among healthcare providers   Patients remain in the same healthcare system Incorporation of the health consumer as an active member of the health team   Patients can stay in the community & use their regular healthcare providers Eliminates travel costs Patients are seen earlier when they are not ill Treatment may take place in local hospitals, which are less costly Improved quality of health records  The record contains digitalized records of diagnostic tests, biometric measures, photographs, and communication Hebda & Czar, 2013, p. 510
  • 11. BENEFITS OF TELEHEALTH Streitfeld, 2012
  • 12. APPLICATIONS OF TELEHEALTH  Ambulatory care settings    Cardiology   EMTs & nurses at the site of a disaster can consult with physicians about the health needs of victims Education   Patients may report blood glucose readings by using the touch-tone telephone Mobile unit post-disaster care   Primary physicians may ask specialists to see a patient without the patient waiting for an appointment with the specialist and traveling to a distant site Diabetes management   Research may be conducted on large databases for educational, diagnostic, cost/benefit analysis, and evidencebased practice Dermatology   Patients may be seen at home or in outpatient settings by a counselor at another site Data mining   ECG strips can be transmitted for interpretation by experts at a regional referral center, and pacemakers can be reset from a remote location Counselling   Patients are connected with automated systems to monitor medication adverse events & medication non-adherence Clinicians have real-tine information on a patient’s experience with medications Healthcare professionals in geographically remote areas can attend seminars to update their knowledge without extensive travel, expense, or time away from home Emergency care  Community hospitals can share information with trauma centers so that the centers can better care for patients & prepare them for transport Hebda & Czar, 2013, p. 510
  • 13. APPLICATIONS OF TELEHEALTH  Fetal monitoring   Geriatrics   Palliative and end-of-life services via technology can increase access to services in remote areas or supplement traditional care Military   Once equipment is in the patient’s home, nurses & physicians may evaluate the patient in home without leaving their offices Hospice   Patients receive automated reminders & education feedback regarding hypertension treatment guidelines Home care   Videoconference equipment in the home permits home monitoring of medication administration for a patient who has memory deficits but who is otherwise able to stay at home Hypertension management   Some high-risk antepartum patients can be monitored from home with greater comfort & decreased expense Physicians at remote sites can evaluate injured soldiers in the field via the medic’s equipment Pharmacy  Data can be accessed at a centralized location Hebda & Czar, 2013, p. 510
  • 14. APPLICATIONS OF TELEHEALTH  Pathology   Psychiatry   Social workers can augment services with telehealth home visits Virtual intensive care units   School nurses, particularly in remote areas, can quickly consult with other professionals about problems observed Social work   Radiologists can take calls from home and receive images from the hospital School clinics   Specialists at major medical centers can evaluate patients in outlying emergency departments, hospitals, and clinics via teleconferences Radiology   The transmission of slide and tissue samples to other sites make it easier to obtain a second opinion on biopsy findings Remote monitoring capabilities and teleconferencing allowing experts at medical centers to monitor patients in distant, rural hospitals, particularly when weather conditions or other factors do not allow transport Extended emergency services  Remote monitoring and teleconferencing support allow emergency care physicians to view and monitor ambulance patients, supervise EMTs, initiate treatments early and redirect patients to the most appropriate facilities, such as burn centers or trauma units, without being seen first in the emergency department Hebda & Czar, 2013, p. 510
  • 15. BARRIERS TO TELEHEALTH  Regulatory barriers   Lack of reimbursement for consultative services   Personnel may fear job loss as more patients can be treated at home & hospital units close Lack of acceptance by healthcare professionals   Equipment capable of transmitting and receiving diagnostic grade images is still expensive, although costs are declining Fear of healthcare system changes   Most third party payers do not provide reimbursement unless the patient is seen in person Costs for equipment, network services, and training time   State laws are either unclear or may forbid practice across state lines This may stem from liability concerns & discomfort over not seeing a patient face-to-face Lack of acceptance by users  This may stem from discomfort with technology, the relationship with the provider, & concerns over security of information & confidentiality Hebda & Czar, 2013, p. 516
  • 16. WHAT WILL WE SEE IN THE FUTURE? New ways to access healthcare  New ways to communicate with and monitor patients  Improved reimbursements from insurance to insure the survivability of the programs  Improved licensure availability and privacy  Many international and national organizations (FCC, National Institute for Nursing Research, etc…) are putting more money and resources into this area for growth and expansion of these areas 
  • 17. REFERENCES Agency for Healthcare Research and Quality. (n.d.). http://psnet.ahrq.gov/primer.aspx?primerID=9 Great Plains Telehealth Resource and Assistance Center. (2012, May 30). Telemedicine consultation example [Video file]. Retrieved from https://www.youtube.com/watch?v=y5IB1BZGlnA Hebda, T., & Czar, P. (2013). Handbook of Informatics for Nurses and Healthcare Professionals (5th ed.). Upper Saddle River, NJ: Pearson Education, Inc. Masimo Corporation. (2013, March 8). iSpO2 Pulse Oximeter from Masimo [Video file]. Retrieved from http://www.youtube.com/v/pE-gm0s5J3E National Center for Biotechnology website. (2007). http://www.ncbi.nlm.nih.gov/pubmed/17672809 Streitfeld, J. (2012, June 04). Why Telehealth Services Can Remedy Healthcare Deficiencies. Retrieved November 26, 2012, from Excalibur Blog: http://www.excaliburmed.com/teleradiology- telehealth-blog/bid/142123/