Pattaraphon Rodlamul

1 Introduction The World Health Organization (WHO) estimates that each year 1 million people die from lead poisoning alone, while millions more—many of them children—suffer various health consequences from low-level exposure, including anemia, hypertension, immunotoxicity, and reproductive organ damage [1]. The neurological and behavioral effects of lead poisoning can be irreversible, with no safe threshold for exposure [2, 3].

Introduction Click to copy section linkSection link copied! Microenvironment engineering is one of the most active research areas in catalysis science. Studies on active site manipulation show that catalytic performances are influenced as much by the structure of the active sites as by the microenvironment. (1) Thus, it is crucial to elaborate design rules for catalyst reactivity which correlate the nature of the active sites to the microenvironment effect.

Introduction Click to copy section linkSection link copied! Microenvironment engineering is one of the most active research areas in catalysis science. Studies on active site manipulation show that catalytic performances are influenced as much by the structure of the active sites as by the microenvironment. (1) Thus, it is crucial to elaborate design rules for catalyst reactivity which correlate the nature of the active sites to the microenvironment effect.