Presentations to Feature Latest Standards Updates Including New Specialty Accreditation Modules
Annapolis, MD, March 26th, 2020 — RadSite™, a leading accreditation organization promoting quality-based imaging practices, announced today its spring webinar series covering key accreditation standards updates. Topics include RadSite’s recent revisions to the MIPPA Accreditation Program (MAP) Standards and Guide – along with an overview of its new Cone Beam CT imaging standards.
The three webinars are:
2020 RadSite Standards and Accreditation Updates
April 15, 2020; 2 p.m. to 3 p.m. ET
This webinar will feature recent updates to RadSite’s MIPPA Accreditation Program (MAP) Standards and Guide, including the new specialty accreditation modules. RadSite’s leadership will provide insights into several new MAP Standards and updates to the accreditation review process. The session also will highlight several public policy initiatives that RadSite is involved in, including the National Alliance for Healthcare Purchasing Coalition’s eValue8 initiative to promote quality-based imaging.
Click here to learn more about this webinar and to register.
An Overview of Cone Beam CT Imaging
May 6, 2020; 2 p.m. to 3 p.m. ET
This webinar will highlight the latest in Cone Beam CT imaging trends in the United States from leading experts in the field. Each year, thousands of new Cone Beam CT imaging systems are being installed and used for diagnostic and interventional imaging procedures. The session will highlight opportunities and challenges associated with Cone Beam CT systems, including the need for national professional and uniform physics testing requirements.
Click here to learn more about this webinar and to register.
2020 RadSite ConeBeam CT Standards Overview
June 17, 2020; 2 p.m. to 3 p.m. ET
This webinar will showcase the development of RadSite’s accreditation standards for Cone Beam CT diagnostic imaging. Cone Beam CT imaging promotes innovative ways to help patients and their treating providers better understand and address certain health conditions by leveraging specialty exams in the fields for dental/maxillofacial, ENT, mammography, orthopedics, and podiatry. The speakers will provide details about the new accreditation program, including the integration of Cone Beam CT manufacturer testing requirements and national physics standards. The dynamic session also will highlight key Beam CT imaging trends.
Click here to learn more about this webinar and to register.
RadSite offers comprehensive, affordable, quality-based accreditation programs that evaluate imaging providers on established industry standards, regulatory requirements, and best practices. Working with health plans and their participating providers also helps raise imaging standards through meaningful imaging quality and patient safety protocols. RadSite is recognized by the U.S. Centers for Medicare and Medicaid Services and more than 350 payers and radiology benefit managers.
To learn more about RadSite, visit www.radsitequality.com. Click here for more information on why payers are recognizing this leading accreditation organization.
About RadSite™ (www.RadSiteQuality.com)
Founded in 2005, RadSite’s mission is to promote quality-based practices for imaging systems across the United States and its territories. In addition, RadSite is recognized by the Centers for Medicare and Medicaid Services (CMS) as an official accreditation organization under the Medicare Improvements for Patients and Providers Act (MIPPA) of 2008. RadSite’s programs help assess, track and report imaging trends in an effort to enhance imaging procedures and outcomes. RadSite also offers educational programs, publishes issue briefs and underwrites research on a complimentary basis to raise awareness of patient safety issues and to promote best practices. The organization is governed by an independent board and committee system, which is open to a wide-range of volunteers to ensure transparency and accountability. To learn more about RadSite, please contact us at (443) 440-6007 or info@radsitequality.com.