remote programming of cochlear implants: access …remote programming experience was highly...

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Remote Programming of Cochlear Implants: Access Challenges and Opportunities Tom Walsh, MBA Director, Business Strategy and Health Policy

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Page 1: Remote Programming of Cochlear Implants: Access …remote programming experience was highly positive. Sources: Kuzovkov 2014, Goehring 2012, Hughes 2012, McElveen 2010, Ramos 2009,

Remote Programming of Cochlear Implants: Access Challenges and Opportunities

Tom Walsh, MBA Director, Business Strategy and Health Policy

Page 2: Remote Programming of Cochlear Implants: Access …remote programming experience was highly positive. Sources: Kuzovkov 2014, Goehring 2012, Hughes 2012, McElveen 2010, Ramos 2009,

Presenter Disclosure Information

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Tom Walsh Employee, Advanced Bionics

Page 3: Remote Programming of Cochlear Implants: Access …remote programming experience was highly positive. Sources: Kuzovkov 2014, Goehring 2012, Hughes 2012, McElveen 2010, Ramos 2009,

Background

Sources: AB internal information; Sorkin & Buchman 2015; Windmill & Freeman 2013

Growingrecipientbase…

YET…audiologycapacityshrinkingby~3%annually

BUT…only50%ofUSpediatriccandidatesreceivedCI

AND…only6%ofUSadultcandidates

receivedCI

Remoteprogrammingmayhelpimproveaccess

Page 4: Remote Programming of Cochlear Implants: Access …remote programming experience was highly positive. Sources: Kuzovkov 2014, Goehring 2012, Hughes 2012, McElveen 2010, Ramos 2009,

Feasibility

•  Feasibility of remote programming generally indicated by statistically similar stimulation levels and objective measures.

•  Environmental challenges remain for speech perception testing

•  Some technology issues persist but improving •  Overall, patient and clinician satisfaction with

remote programming experience was highly positive.

Sources: Kuzovkov 2014, Goehring 2012, Hughes 2012, McElveen 2010, Ramos 2009, Wasowski 2010, 2012, Wesarg 2010

Page 5: Remote Programming of Cochlear Implants: Access …remote programming experience was highly positive. Sources: Kuzovkov 2014, Goehring 2012, Hughes 2012, McElveen 2010, Ramos 2009,

Remote Programming Challenges

•  Technology •  Security •  Privacy •  Liability •  Acceptance

•  Reimbursement –  Coverage –  Coding –  Payment

•  Regulatory •  Licensing (interstate)

Page 6: Remote Programming of Cochlear Implants: Access …remote programming experience was highly positive. Sources: Kuzovkov 2014, Goehring 2012, Hughes 2012, McElveen 2010, Ramos 2009,

Reimbursement: Coverage

Medicare •  Beneficiary geography – HPSA, rural

–  21% beneficiaries, 9% providers

•  Originating site – only MD office or hospital •  Provider types – does not include audiologists •  Procedures – no audiology procedures •  Technology – synchronous only

Sources: Medicare Benefit Policy Manual, Pub 100-02, Chapter 15.

Page 7: Remote Programming of Cochlear Implants: Access …remote programming experience was highly positive. Sources: Kuzovkov 2014, Goehring 2012, Hughes 2012, McElveen 2010, Ramos 2009,

Reimbursement: Coding & Payment

•  Remote clinician –  Bills same code and receives same payment as for

face-to-face procedure –  Add modifier (GT synchronous or GQ asynchronous) to

indicate remote service •  Originating site (patient location)

–  Bills code Q3014 Telehealth originating site facility fee ($25.40)

•  Telehealth coding/payment system may change in the future

Sources: Medicare Benefit Policy Manual, Pub 100-02, Chapter 15.

Page 8: Remote Programming of Cochlear Implants: Access …remote programming experience was highly positive. Sources: Kuzovkov 2014, Goehring 2012, Hughes 2012, McElveen 2010, Ramos 2009,

Reimbursement: States

•  Many states mandate telehealth coverage

•  BUT… coverage parity ≠ payment parity

Sources: American Telehealth Association, www.americantelemed.org (accessed July 20, 2017)

Page 9: Remote Programming of Cochlear Implants: Access …remote programming experience was highly positive. Sources: Kuzovkov 2014, Goehring 2012, Hughes 2012, McElveen 2010, Ramos 2009,

Regulatory Challenges

•  FDA approval needed for on-label remote use

•  CI programming involves active stimulation vs. video observation and passive monitoring

•  Technology performance gap concerns, re: impact on service delivery and patient safety

•  Cybersecurity concerns for medical devices

Page 10: Remote Programming of Cochlear Implants: Access …remote programming experience was highly positive. Sources: Kuzovkov 2014, Goehring 2012, Hughes 2012, McElveen 2010, Ramos 2009,

Interstate Licensing

•  Licensing is a state-level authority •  Very little consistency across states

–  Three states (MD, VA, NY) and DC allow reciprocity with bordering states

–  Eight states (LA, MN, NV, NM, OH, OR, TN, TX) allow conditional or telemedicine license from out of state physicians

–  At least 18 states have enacted laws adopting the FSMB compact which enforces an expedited license for out of state practice

Sources: American Telehealth Association, www.americantelemed.org (accessed July 20, 2017) Federation of State Medical Boards, http://www.fsmb.org/ (accessed July 23, 2017) http://www.imlcc.org/ Accessed July 27,2017

Page 11: Remote Programming of Cochlear Implants: Access …remote programming experience was highly positive. Sources: Kuzovkov 2014, Goehring 2012, Hughes 2012, McElveen 2010, Ramos 2009,

Legislative Opportunities

•  Several pending Federal legislative bills proposing to remove coverage restrictions on telehealth services and improve access

•  Medicare Access to Telehealth Act of 2017 –  Phase 1: includes Audiologists and MSA <50k –  Phase 2: includes Home as originating site; MSA 50-100k –  Phase 3: new payment methodology; MSA >100k

•  Shows increasing Congressional support for and understanding of telehealth benefits

Sources: hMps://www.healthcarelawtoday.com/2017/07/10/is-telemedicine-change-coming-to-congress-the-medicare-telehealth-parity-act-of-2017-among-several-new-federal-bills/;accessedJuly

Page 12: Remote Programming of Cochlear Implants: Access …remote programming experience was highly positive. Sources: Kuzovkov 2014, Goehring 2012, Hughes 2012, McElveen 2010, Ramos 2009,

Summary and Call to Action

•  CI remote programming is technologically feasible with outcomes generally similar to face-to-face services

•  Regulatory/legal challenges must be addressed for remote programming services to become reality

•  Collaborative partnership between clinicians, specialty societies and manufacturers is needed and has been successful in past advocacy efforts

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