The show will be at Chichester in November and travel to Harvey Theater at BAM Brooklyn Academyy of Music) in New York next year, echoing the successful collaboration in 2008 when Rupert Goold's Macbeth, with Stewart in the lead, transferred there from Chichester.
Hence, genes that regulate iron metabolism may play an important role in placental lead transfer.
This finding has direct relevance for explaining the biology that underlies placental lead transfer.
However, the toxicokinetics of placental lead transfer are not well understood.
Further, the attenuating impact of this gene-environment interaction on placental lead transfer strengthens as MBL rises.
Through gene-environment interaction, maternal iron metabolism genotype appears to play a role in maternal-fetal lead transfer.
A new study in EHP provides insight into lead transfer from mothers to their children via breast milk.
The results of this study suggest that maternal iron metabolism genotype is a modifier of placental lead transfer.
Given the relationship between iron metabolism and lead toxicokinetics, we hypothesized that polymorphisms in iron metabolism genes might modify maternal-fetal lead transfer.
