Newark, Delaware, January 14, 2026 – Molecular Imaging Services (MIS) today announced the appointment of Diana Errico as Director of Strategic Service Lines. In this role, Errico will lead MIS’s strategic expansion into urology (prostate imaging), neurology, and advanced cardiology.
Errico brings decades of leadership experience in nuclear cardiology and molecular imaging. She began her career at Yale University and Yale–New Haven Medical Center, where she managed the nuclear cardiology laboratory and oversaw clinical operations, imaging protocols, and research initiatives within a premier academic medical center.
She later played a pivotal role at DuPont Radiopharmaceuticals during the launch of Cardiolite®, helping drive the widespread adoption of modern nuclear cardiology imaging. Errico went on to provide nationwide clinical support at Elscint before building a 30-year career at GE Healthcare. There, she ultimately served as Clinical Product Manager for Nuclear Medicine and PET/CT across the U.S. and Canada, helping shape product strategy and supporting the launch of flurpiridaz, the first F-18 myocardial perfusion PET imaging agent. She retired from GE Healthcare at the end of 2025.
“We are thrilled to welcome Diana to MIS,” said Matt Haney, Managing Partner of Molecular Imaging Services. “Her deep clinical expertise and industry leadership will be instrumental as we expand our service lines and continue advancing imaging quality for our customers.”
“I am excited to join the Molecular Imaging Services team because of the company’s vision to expand access to molecular imaging PET/CT through a high-touch, patient- and physician-focused approach,” said Errico.
About Molecular Imaging Services, LLC (MIS)
MIS is a leading provider of turnkey molecular imaging solutions, specializing in the development, implementation, and management of PET/CT and SPECT imaging programs. MIS supports healthcare organizations with comprehensive operational, clinical, and regulatory expertise to ensure seamless and effective imaging service delivery.


