An interactive map of five everyday health topics and how they link to food, herbs, teas, peptides, and medicines. Follow real relationships and see how strong the evidence is.
Pick a topic to see a short, beginner-friendly explanation and a few meaningful connections. Open "Go deeper" on any connection for the mechanism, practical context, related topics, and research sources.
Digestion vs. gut health
Digestion is the breakdown and absorption of food. Gut health is broader: it also includes the microbes in your intestines, the gut lining, immune signals, and the gut-brain conversation. Good digestion supports gut health, but they are not the same thing. This explorer keeps them as separate starting points on purpose.
Energy here means how well your cells make and use fuel. Sleep, food, movement, and the mitochondria inside your cells all affect it.
Nutrition
Edamame, broccoli, and avocado provide NAD+ precursors. NAD+ declines with age, and precursor supplements raise NAD+ in human studies.
Mechanism
NAD+ fuels sirtuins and the electron transport chain inside mitochondria.
Practical context
Food sources are gentle; high-dose supplements are a separate question to discuss with a clinician.
Related topics
Research sources
Peptides
MOTS-c and AICAR are studied in animals for metabolism and exercise mimicry. Human trials are early and they are not approved treatments.
Mechanism
Both act on AMPK, the cell's energy-sensing switch activated by exercise.
Practical context
Exercise is the most reliable natural AMPK activator and works with food, not instead of it.
Related topics
Research sources
Herbs & teas
Moringa is used traditionally for nutrient density and energy. It contains all nine essential amino acids.
Mechanism
Nutrient density (iron, amino acids, antioxidants) supports the building blocks of energy metabolism.
Practical context
Used as a powder in smoothies or teas. Not a stimulant.
Related topics
Research sources
Nutrition
CoQ10 carries electrons in the mitochondrial chain. Food sources support this pathway as nutrition.
Mechanism
CoQ10 (ubiquinone) shuttles electrons between complexes in the inner mitochondrial membrane.
Practical context
Wild salmon and organ meats provide CoQ10; supplements are a separate, clinician-guided choice.
Related topics
Research sources
Western medicine
Fatigue has medical causes worth checking: thyroid function, anemia, blood sugar, sleep apnea, and depression.
Mechanism
Each cause has a different mechanism; fatigue is a symptom, not a diagnosis.
Practical context
Persistent fatigue deserves a clinician visit before assuming it is a nutrition gap.
Related topics
Research sources
Prefer a map view? Open the network to see all five topics and how they connect, with a legend explaining what each connection means.
Every connection carries a label showing the kind of evidence behind it. A label describes the relationship, not a proven treatment benefit.
Established physiology
A well-established biological mechanism or function.
Traditional use
A long history of use in herbal or cultural practice, without modern proof of benefit.
Practitioner experience
Reported by clinicians, but not yet confirmed by strong research.
Human research
Tested in human studies; size and quality vary.
Animal research
Shown in animals or lab models; human effects are not yet established.
Uncertain hypothesis
A reasonable idea that still needs evidence.
Educational, not medical advice. This explorer is for general learning. It does not diagnose, treat, or cure any condition. Investigational peptides are not FDA-approved treatments and are not the same as food or supplements. For personal decisions, talk to a qualified healthcare professional.