Carnivore Diet as a Variant Ketogenic Therapy: The Carnivore Neuroketogenic Framework (CNF) for Epilepsy

This project develops the Carnivore Neuroketogenic Framework, a specialised model that explains how a strict carnivore diet may function as a variant form of ketogenic therapy for epilepsy. The framework is built from the Integrative Carnivore Framework, which unifies evolutionary biology, metabolic biochemistry, immunometabolism, neurobiology, and clinical evidence into a coherent and testable structure. The CNF applies these principles directly to seizure disorders, with a focus on refractory epilepsy where current dietary therapies often fall short. The project addresses a clear gap in the field. Classical ketogenic diets, the Modified Atkins Diet, and the Low Glycaemic Index Treatment have demonstrated value, but they also have limitations including restrictiveness, variable adherence, side effects, and inconsistent long term stability. No existing model explains why a strict carnivore diet may produce deeper and more stable ketosis, richer neuroactive amino acid availability, lower inflammatory load, and more consistent neurometabolic outcomes. The CNF provides this missing mechanistic explanation. The framework is organised around five pillars. These include deep and stable ketosis, neurotransmitter modulation, mitochondrial enhancement, neuroinflammation suppression, and ion channel stability. Each pillar is supported by evolutionary evidence, metabolic pathways, and biochemical mechanisms that link diet composition to neuronal excitability and seizure thresholds. The project also includes an expanded methods appendix with standardised procedures for metabolic biomarkers, ketone measurement, amino acid panels, inflammatory markers, mitochondrial assays, EEG protocols, data management, and quality control. These methods provide a clear foundation for future empirical work. Expected outcomes include a complete conceptual model of how carnivore diets may influence seizure activity, a detailed mechanistic pathway map, and a structured research agenda for future studies. The project outlines case series designs, metabolic biomarker studies, EEG investigations, neuroimaging approaches, amino acid trials, inflammatory panels, and mitochondrial function assays. It also provides an evidence tiering system that distinguishes established findings from plausible inferences and speculative but mechanistically grounded ideas. Overall, this work aims to create a rigorous, testable, and evolutionarily informed framework that can guide future research, improve clinical understanding, and support the development of more effective dietary interventions for epilepsy. It is intended as a foundation for preregistered studies, open science collaboration, and eventual publication of the full CNF manuscript.