jana katz-bell assistant dean, interprofessional programs ... · 8/24/2015 · uc davis...
TRANSCRIPT
Jana Katz-Bell Assistant Dean, Interprofessional Programs
University of California, Davis
Leading Academic Health System Medical, nursing, NP/PA,
public health, informatics academic programs
Integrated clinical enterprise – 619-bed hospital, clinics – Primary care network – Regional cancer centers – Telehealth network
throughout California Comprehensive research programs
9,077 staff; 1,342 faculty and academic employees, 882 residents, fellows, 817 students
Practice Management
Group
Medical Center
Betty Irene Moore School
of Nursing
School of Medicine
History of telehealth at UC Davis
1996 – Video telemedicine implemented with three sites and
three specialties – steady growth with internal & federal funds
•2005-2010: – State biodefense training contracts – Proposition 1D (2006) $200M to UC – California Telehealth Network – $26M (FCC funding) – National disaster preparedness grant $5M
• 2012-2015: – Federal Broadband Technologies Opportunities Program
(BTOP) Grant for eHealth Adoption - $13.8M – Research grants (PCORI, HRSA)
UC Davis Telemedicine
Connecting to 100 sites/year 40,000 total consults to date
Applications at UC Davis Outpatient services ED services (stroke, trauma, ICU) Inpatient ward, ICU, NICU Remote Patient Monitoring (RPM)
Center for Health and Technology
Clinical Outreach Education
Innovation & Research
Activity Snapshot
Approx. 40,000 consultations across 44 counties to over 100 sites (does not include Radiology or Pathology)
Over 1,800 participants trained through Telehealth Education Program from 800+ organizations
Over 4,800 distance education
events • Over 1,600 grand round
sessions
Nearly 130 publications (journal articles, book chapters, letters to the editor, abstracts, limited submission pieces)
Pediatric Telehealth
The “Perfect Storm”
Caregiver Shortages
Aging and
Chronic Disease
Increased numbers covered thru ACA
•8 Increasing demand with no viable means of supply
We need more than improvement
…..We need transformation
•9
What Does Transformation Look Like?
Now Future Move patients to expertise
Move expertise to patient
Treat in institutions Treat in the home and community
Focus on “professional” caregivers only
Involve more family, friends, other informal caregivers, and patients
Reimbursed for Process Reimbursed for Outcomes
Use technology to support current process
Use technology to disrupt current process •10
TECHNOLOGY-ENABLED CARE IN THE HOME AND CHRONIC
DISEASE MANAGEMENT
Wearables
• The annual smart wearable healthcare market volume will grow from $2 billion in 2014 to $41 billion in 2020, a compound annual growth rate of 65%. (CDW Healthcare)
• Over 80% of consumers said an important benefit of wearable tech is its potential to make healthcare more convenient (PwC)
• 68% of consumers would wear employer-provided wearables streaming anonymous data to an information pool in exchange for lower health insurance costs. (PwC)
• The wearable band market grew by 684% on a worldwide basis in the first half of 2014 compared with the first half of 2013. (Canalys)
• 1 in 5 American’s own some type of wearable technology. (PwC)
•Language Xlater
•Blood
Press.
•Pulse Oximetry
•• Fashion addresses the stigma of care •• Patients: bearing greater costs of care •• Self care is a real possibility •• Approaches that address quality, productivity, efficiency and timeliness are needed.
•Cell phone as gateway
•Remote Care: Convergence of Sensors and Jewelry
•Body Aggregator
•Courtesy: Paul Wright
•The Handheld Telemedicine Kit includes the medical devices needed to conduct first-line patient exams, integrated with a tablet computer.
Handheld Cellphone-Based Otoscope
•15
•Health Chair incorporates a vast array of biosensors to measure basic vital signs:
Weight Blood Pressure Temperature ECG Auscultation of Heart and
Lung Sounds Blood Oxygen Saturation Motion Analysis Reflex Response Time
•Incorporates communication unit with remotely controlled camera
Smart Clothing
wii “Active” & Kinect “Your Shape”
• Scalable Sensor Technology for Telerehabilitation:(Kinect Research Projects)
Virtual Characters based on sensors (applications in tele-rehabilitation)
•Prof. Marcelo Kallmann (UC Merced)
•Dr. Jay Han (UC Davis)
Knowledge transfer & Collaborative Care Models
Virtual Tumor Boards
•UC Davis Academic Hub – Pain Specialists
•Community Clinic
•Community Clinic
•Community Clinic
•Community Clinic
•Community Clinic
•Community Clinic
•Community Clinic
•Community Clinic
• Weekly Video Conference Sessions
• Presentation on Core Pain Topic led by Academic Faculty
• Case Presentation by Clinic followed by group discussion
Synergy with the Triple Aim
Technology-supported, vertically-integrated systems of care Reduced duplication in services
Increased revenue streams for critical access
hospitals and safety net facilities Improved efficiency in achieving an effective
diagnosis and treatment
Advancing innovation in technology-enabled
clinical care, informatics research and health sciences education
Center for Health and Technology