Emerging research on fulvic acid's chelation properties and potential for supporting detoxification processes.
Wang J, et al. (2016). Environmental Science & Technology.
Fulvic acid reduces graphene oxide bioaccumulation in fish.
Pub version: Fulvic helps keep bad man-made stuff out of fish bodies.
Zhang W, et al. (2018). Science of The Total Environment.
Humic acid reduces graphene oxide toxicity to aquatic organisms.
Pub version: Fulvic stops bad tiny particles from hurting water life.
Liu Y, et al. (2022). Ecotoxicology and Environmental Safety.
Humic acids alleviate reduced graphene oxide toxicity in microalgae.
Pub version: Fulvic helps tiny water plants stay safe from pollution.
Hu X, et al. (2014). Environmental Science & Technology.
Humic acid acts as a natural antidote to graphene by regulating its metabolism.
Pub version: Fulvic acts like an antidote to bad tiny particles.
Chen Y, et al. (2015). Environmental Science & Technology.
Humic acid mitigates multiple toxic effects of graphene oxide in embryo development.
Pub version: Fulvic helps baby fish grow safe from bad particles.
Chowdhury I, et al. (2014). Environmental Science & Technology.
Graphene oxide interacts with natural organic matter including humic substances.
Pub version: Bad particles stick to Fulvic in nature.
Yuan Y, et al. (2019). Environmental Science: Nano.
Humic acid reduces graphene toxicity by lowering oxidative stress.
Pub version: Fulvic stops bad particles from stressing out cells.
Wang J, et al. (2018). Chemosphere.
Humic acid alleviates graphene toxicity in freshwater microalgae.
Pub version: Fulvic helps tiny lake plants stay healthy.