Biological Markers
Claimed markers include blood-cell separation, oxygenation, white blood cell motility, parasympathetic activity, HRV, cellular voltage, organ-system optimization, and ATP production. Biological markers are used to identify what the body ne…
2 sources - 9 claims
Claimed markers include blood-cell separation, oxygenation, white blood cell motility, parasympathetic activity, HRV, cellular voltage, organ-system optimization, and ATP production. Biological markers are used to identify what the body needs to thrive. Red blood cells allegedly improved in morphology, oxygenation, and separation within minutes. White blood cell activity and motility reportedly increased in all cases described by the source. The blood study claims lack numerical tables, p-values, sample size, inclusion criteria, microscopy scoring methods, and publication status. The source describes two randomized, sham-controlled, double-blind blood studies using repeated blood drops and microscopy. The body's needs are determined by measuring biological processes and organs. The source claims biological effects can be detected through downstream markers even though the field itself cannot yet be directly measured. Biological markers generate data about whether the body responds well to the current diet composition.