What is NAD⁺ and why is it important? NAD⁺ (nicotinamide adenine dinucleotide) is a coenzyme found in all cells and essential for over 400 metabolic processes—including energy production, DNA repair, and anti-inflammatory pathways. It declines with age, illness, and stress, contributing to fatigue, cognitive decline, and poor cellular function (Grant et al., 2019; Gindri et al., 2024). What is the pricing for this therapy? Each intravenous NAD session will cost $250 for a 500mg infusion. We are able to customize the amount of NAD in each infusion within reason, and can discuss pricing for customized NAD amounts on a personal basis. Oral NAD precursor supplements (for example, NMN and NR) generally sell for somewhere in the range of $50-$100/month supply. We do not currently sell these oral products directly, but can offer advise regarding trusted brands and source. What are the benefits of NAD⁺ therapy? •Improved energy and mitochondrial function •Enhanced mental clarity, memory, and focus •Reduced inflammation •Detoxification support (especially in post-addiction or chronic toxin exposure) •Anti-aging and neuroprotective effects •Potential metabolic benefits, including lipid profile improvements (Oliveira-Cruz et al., 2024; Broom-Gibson et al., 2021) Is it safe? Yes. In multiple studies and clinical use, IV and oral NAD⁺/precursor therapy was well tolerated. Side effects were generally mild (headache, fatigue, flushing, or GI symptoms) and often indistinguishable from placebo (Gindri et al., 2024; Grant et al., 2019). No serious adverse events were reported, even at high doses. When will I feel results? Many patients report: •Increased clarity and calm after 1–2 sessions •Improved energy and motivation by day 3–5 •Cognitive gains (measured objectively) within one week (Broom-Gibson et al., 2021) How is NAD⁺ therapy different from other IV drips? While traditional drips hydrate or deliver short-acting nutrients, NAD⁺ fuels the cellular metabolic processes themselves. It supports deeper cellular regeneration rather than just surface-level replenishment.