This method paper used electrochemiluminescence on boron-doped diamond electrodes to detect L-tryptophan, with a detection limit of 0.4 nM for tryptophan in buffer. Boron is only the electrode dopant.
Key numbers
- This paper reports no numerical findings relevant to boron exposure.
Methods (brief)
Electrochemiluminescence with in situ hydrogen peroxide generation at boron-doped diamond electrodes; selectivity tests against indolic compounds.
Evidence fitness
Boron appears here only as a component of an engineered material. The paper does not support dietary exposure or toxicity claims for boron.
Limitations
Off-topic for boron exposure; no boron measurements in food, water or people. No external funding; no conflicts declared.
Related evidence
Update history
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