Patient ID Now Coalition delivers 3 recommendations to ONC workshop

Courtesy of Patient ID Coalition

PARCA eNews – August 31, 2020 – Two members of the Patient ID Now Coalition made three recommendations on behalf of the Coalition at the August 2020 ONC Working Session on patient identity and matching.

HIMSS Vice President for Government Relations Tom Leary and Meryl Bloomrosen, Senior Director, Federal Affairs for Premier Healthcare Alliance, represented the Patient ID Now Coalition at the session during the Alliances & Coalitions segment.

As part of their observations, the Patient ID Now Coalition made the recommendations following a necessary first step of Congress removing Section 510 of Labor HHS Appropriations, which bans HHS from promulgating a unique patient identifier.
The ban, which was first put into place in 1998, has been narrowly interpreted to preclude HHS from actively engaging with the healthcare community to develop and implement a National Patient Identification Strategy to improve patient matching.

Following that the National Patient Identification Strategy could move forward from decades of discussions into current and future actions to ensure secure information sharing; quality, effective and efficient patient care; and patient safety.

The Coalition’s three recommendations include:

• The U.S. should prioritize the accuracy of patient identification and matching because of the urgency of the COVID-19 public health emergency and the requirement for nationwide interoperability
• Privacy advocates and legislators should recognize that many privacy concerns are addressed by HIPAA
• ONC should review and consider current and emerging technology and technical approaches and standards-based solutions

The feedback from the coalition will inform ONC’s report to Congress on evaluating the effectiveness of technical and operational methods that improve identification of patients.

To learn more about the Patient ID Now Coalition, contact us at PatientIDNow.org


Source: Patient ID Now press release