An end-to-end solution for recovering revenue

Marissa Bazyk is a healthcare revenue cycle executive with more than 25 years of experience spanning reimbursement, payer contracting, underpayment and denial recovery, and middle revenue cycle operations. Prior to joining MD Clarity in 2025, she held senior leadership roles at Optum, Excela Health, and Conemaugh Health System, where she led large-scale reimbursement and recovery initiatives across acute and ambulatory networks. She brings deep expertise in translating complex payer contracts and reimbursement methodologies into strategies that improve financial performance.

Traci McCleary is a revenue cycle leader with more than 38 years of healthcare experience across Excela Health and Optum. She brings a deep understanding of the financial and operational complexities that impact provider organizations, with experience spanning both front- and back-end revenue cycle operations. Her expertise includes reimbursement, underpayment recovery, denial prevention, contract management, payer relations, and financial performance improvement. Throughout her career, she has focused on analyzing payer reimbursement, identifying revenue opportunities, and developing strategies to recover missed or underpaid revenue. She is recognized for her analytical approach and ability to translate complex revenue cycle challenges into actionable strategies that improve reimbursement, strengthen processes, and drive measurable financial results.

Beni Burton is a data-focused healthcare revenue cycle specialist with more than 9 years of experience in claims analysis, reimbursement, dispute resolution, revenue recovery, and healthcare operations. She specializes in analyzing complex claims and reimbursement data, identifying trends and payment discrepancies, and supporting process improvements that increase accuracy and efficiency. Beni’s experience includes Medicare, commercial, and Medicaid appeals, claims adjudication, denial management, payment integrity, and cross-functional collaboration within regulated healthcare environments.