The Future: Understanding Your Genetic Code
While we start with simple measurements anyone can do at home, we're building toward comprehensive genetic analysis. Soon, we'll decode the 20,000-25,000 genes that determine athletic potential, cognitive patterns, and metabolic efficiency.
Key Performance Markers
ACTN3
MUSCLE FIBER COMPOSITIONDetermines ratio of fast-twitch to slow-twitch muscle fibers. Critical for understanding whether you're built for power or endurance.
MCT1
LACTATE CLEARANCEInfluences how quickly your body clears lactate during intense exercise. Key indicator for recovery and training intensity.
COMT
COGNITIVE RESILIENCEAffects dopamine metabolism in the prefrontal cortex. Determines stress response and decision-making under pressure.
BDNF
NEUROPLASTICITYBrain-derived neurotrophic factor. Influences learning rate, memory formation, and neural adaptation to training.
DRD4
FOCUS & NOVELTY SEEKINGDopamine receptor gene affecting attention span, risk-taking, and novelty-seeking behavior. Key for matching work environments.
FOXP2
LANGUAGE & COMMUNICATIONThe "language gene" - influences verbal fluency, communication skills, and pattern recognition in complex systems.
Beyond Single Genes
True optimization comes from understanding gene interactions. We'll analyze polygenic risk scores and epistatic effects to create a complete picture of your genetic potential. This isn't about limitations—it's about finding your path of least resistance to excellence.
CRITICAL INSIGHT
Genetics load the gun, but environment pulls the trigger. Your genes provide the blueprint, but expression is modulated by training, nutrition, sleep, and stress. We'll decode both the hardware and the optimal software to run on it.