Hollywood Elixir is built under LPL-01—our internal standard for designing supplements as integrated biological systems. Rather than stacking ingredients, we construct formulas around mechanism, interaction, and long-term biological effect.
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Hollywood Elixir is designed to support multiple biological systems involved in aging, including oxidative stress, mitochondrial function, immune signaling, and cellular repair. These systems do not operate in isolation—they form interconnected networks that influence longevity and resilience.
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The Canine Gerosciences™ framework is a proprietary, reference-grade model developed by La Petite Labs scientists and co-authored with veterinarians. It maps the biology of aging in dogs across six interconnected control systems—covering metabolism, inflammation, cellular defense, and organ function. Built using an explicit evidence-grading system, it distinguishes between established canine data and early-stage or translational research—ensuring no claim exceeds the strength of the evidence.
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The Feline Gerosciences™ framework is a proprietary, reference-grade model developed by La Petite Labs scientists and co-authored with veterinarians. It maps the biology of aging in cats across six interconnected control systems—adapted for obligate carnivore metabolism, renal vulnerability, and species-specific nutrient dependencies. Built on an explicit evidence-grading system, it distinguishes between established feline data and early-stage or translational research—ensuring no claim exceeds the strength of the evidence.
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A structured pharmacology-level appendix documenting the biological, pharmacokinetic, and species-specific foundations of NAD+ metabolism.
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A structured, node-based map of canine aging biology—linking core physiological systems, intervention pathways, and ingredient-level effects to primary literature. It applies explicit evidence grading (A–D) and pharmacokinetic confidence tagging (PK1–PK3) to distinguish what is proven in dogs from what is inferred or theoretical. Organized across a tiered architecture—from foundational longevity levers to biological control systems, subsystems, and ingredients—it is designed for precise, system-level reasoning rather than surface-level claims.
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This Evidence Corpus is a structured, node-based map of feline aging biology—built to reflect the unique metabolic, physiological, and pharmacokinetic characteristics of cats as obligate carnivores. It applies explicit evidence grading (A–D) and pharmacokinetic confidence tagging (PK1–PK3), with species-specific adjustments for known feline differences in metabolism, nutrient handling, and drug clearance. The system maps aging across interconnected biological domains—from renal vulnerability and inflammatory tone to nutrient sensing and cellular defense—linking each to primary literature with clear boundaries between feline data and translational inference.
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