Bioavailability & Systemic Yield Calculator
Quantify molecular chelate kinetics, elemental active mass, and tissue-specific bioavailability across evidence-informed compounds. Grounded in peer-reviewed pharmacokinetic trials and human in vivo tracer studies.
Molecular Chelation & Systemic Yield Calculator
Simulate elemental mass yield, intestinal enterocyte transport kinetics, and central nervous system barrier penetration.
Administer 60–90 minutes prior to target sleep onset.
Chelated to L-threonic acid, a metabolite of ascorbic acid that specifically enhances magnesium transport across the blood-brain barrier into cerebral spinal fluid.
Magnesium L-Threonate: indicated for Synaptic plasticity, slow-wave sleep density, cognitive clarity. Primary intestinal absorption via Passive Diffusion + SLC41A1 / Crosses BBB directly.
Elemental Yield vs Salt Mass
Commercial labels often advertise gross salt weight (e.g. 2,000 mg Magnesium L-Threonate) rather than elemental mineral yield (144 mg Mg). Our engine calculates actual elemental delivery so you can match clinical study endpoints.
Intestinal Barrier Transporters
Inorganic salts compete for saturable divalent cation channels (TRPM6) and induce hyperosmotic diarrhea. Amino acid chelates (bisglycinate) use PEPT1 dipeptide carriers, while threonate crosses cell membranes via passive diffusion.
Cerebrospinal Permeability
Most standard minerals fail to elevate cerebrospinal fluid (CSF) concentrations because the blood-brain barrier tightly regulates ion transit. Magnesium L-threonate was engineered specifically to penetrate brain tissue and augment synaptic density.
Explore The Biochemical Monographs Behind This Engine
A rigorous investigation into BBB penetrance, NMDA subunit composition, and polysomnographic delta waves.
Continuous glucose telemetry, GLUT4 translocation kinetics, and the clinical reality of botanical insulin mimetics.