This work was supported by a grant from Fondation Botnar(Switzerland)and the Swiss National Science Foundation(Nos.320030_173168 and PCEGP3_181300,to PS);the National Natural Science Foundation of China(No.22122603,to XL);Guangdong Special Support Program(No.2019BT02Z546,to XL);Guangdong Natural Science Foundation(Nos.2018A030313790 and 2017GC010648,to HZ).
Objective:The aim of this work was to explore the feasibility of in vivo and non-invasive monitoring of deuterium/hydrogen(^(2)H/1H)exchange at the metabolic level upon exposure to heavy water(^(2)H_(2)O).Methods:The ...