Kinda Serafi Esq.

Manatt, Phelps & Phillips, LLP
Serafi, Kinda

Kinda Serafi, Counsel in Manatt's New York office, focuses her practice on providing public policy analysis and strategic planning for stakeholders in the healthcare industry. Ms. Serafi has extensive experience working with public health insurance programs and represents a broad array of healthcare clients in navigating the legal and operational challenges of Medicaid, CHIP, and the implementation of healthcare reform. She provides strategic counsel, policy analysis, and research support to state and city governments, foundations, Medicaid service providers, and advocacy organizations.

Prior to joining Manatt, Ms. Serafi served as the director of policy of the Children’s Defense Fund in New York, where she conducted policy analysis, managed key projects, and provided advocacy on behalf of low-income children and families living in New York. Specifically, her work focused on developing strategies to secure the passage of legislation to simplify public health insurance program rules, expand eligibility levels, and on building consensus among key advocates and state-elected officials on these significant issues. Ms. Serafi also worked for two years as the director of legal advocacy and organizing at the Lenox Hill Neighborhood House, where she launched and supervised a multidisciplinary civil legal services department. 

Prior to these positions, Ms. Serafi was a law guardian at the Legal Aid Society, Juvenile Rights Division where she represented abused and neglected children in all aspects of Bronx Family Court litigation, including child welfare, custody, visitation, and adoption proceedings. She also served as the deputy director of programs and policy for the Children’s Defense Fund in Washington, D.C.

Ms. Serafi received her B.A. from Georgetown University and her J.D. from the State University of New York at Buffalo.

She is a co-author of the Bloomberg BNA Health Law & Business Portfolio Series No. 2350, Affordable Care Act Implementation: Regulations, Models and Implications.