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Emily Statham

Emily Statham is an associate in the firm’s Washington, DC office where she is a member of the Food, Drug, and Device Practice Group. She advises pharmaceutical, biotechnology, medical device, food, and animal health companies on a variety of regulatory and compliance issues.

August 21, 2024, Covington Alert

On August 15, 2024, the Food and Drug Administration’s (FDA’s) Center for Food Safety and Nutrition (CFSAN) took another important step in its sodium reduction efforts by issuing a Draft Guidance that contains new voluntary targets for sodium reduction in foods. The Draft Guidance builds on FDA’s October 2021 Final Guidance on Voluntary Sodium Reduction Goals, which established short-term voluntary targets for reducing sodium in commercially processed, packaged and prepared food. The Draft Guidance proposes new three-year sodium reduction targets for 16 overarching food categories and 163 subcategories that are commercially processed and packaged, or prepared in food service establishments such as restaurants. 

Background

Average sodium intake in the United States is currently almost 50% more than the recommended limit.[1]  To help reduce sodium across the food supply, FDA has taken an iterative, step-wise approach that includes establishing voluntary sodium targets for industry, monitoring and evaluating progress, and engaging with stakeholders.

FDA’s sodium reduction efforts began in 2016, when it released draft guidance on the agency’s short-term and long-term goals for sodium reduction in a variety of commercially processed, packaged, or prepared foods. FDA issued final guidance on this topic in October 2021 (Final Guidance), in which it set a goal of reducing average sodium intake from over 3,400 mg/day to 3,000 mg/day. As of 2022, about 40% of the targets set for foods in the Final Guidance had been reached.[2]  FDA has deemed the Final Guidance “Phase I” of its sodium reduction efforts.Continue Reading FDA Issues Draft Guidance on New Voluntary Targets for Sodium Reduction in Foods

June 27, 2024, Covington Alert

On June 25, 2024, the Food and Drug Administration’s (FDA) Center for Veterinary Medicine (CVM) announced that it has finalized Guidance for Industry (GFI) #276, Effectiveness of Anthelmintics: Specific Recommendations for Products Proposed for the Prevention of Heartworm Disease in Dogs (Final Guidance). The Final Guidance replaces CVM’s draft guidance issued in November 2022. While CVM’s core recommendations remain the same, the Final Guidance clarifies the discussion and recommendations related to geographic locations from which Dirofilaria immitis (D. immitis) larvae used in trials should be sourced, laboratory dose confirmation studies, and field effectiveness studies for products intended to prevent heartworm disease. CVM’s stated overarching goal in making the revisions is to better align GFI #276 with current technology and veterinary epidemiology, including available diagnostic methodology. Drug sponsors who deviate from these recommendations are encouraged to discuss the deviations with CVM.

Background

On May 24, 2018, FDA published a Federal Register Notice requesting public input on possible alternative approaches for evaluating the effectiveness of heartworm disease prevention products for dogs. On its webpage announcing the final guidance, FDA explained that it asked for public input because of reports of lack of effectiveness and certain limitations of the effectiveness studies conducted to support product approval. FDA’s then-current recommendation for demonstrating the effectiveness of a new animal drug intended to prevent heartworm disease was for sponsors to conduct two laboratory dose confirmation studies and one multi-site field effectiveness study under the principles of Good Clinical Practice. FDA specifically requested input on the population level effectiveness endpoint, exposure to infective D. immitis larvae in field studies, outcome assessment in field studies, and laboratory study designs.Continue Reading FDA Issues Final Guidance on Demonstrating Effectiveness of Anthelmintics in Dogs