ba0005p280 | Nutrition | ECTS2016
Lionikaite Vikte
, Gustafsson Karin
, Westerlund Anna
, Koskela Antti
, Tukkanen Juha
, Conaway H Herschel
, Ohlsson Claes
, Henning Petra
, Lerner Ulf
Excess vitamin A has been associated with decreased cortical bone thickness and increased fracture risk. While most studies in rodents have been done using very high doses of vitamin A for a few days, we here investigate how clinically relevant doses of vitamin A, calculated from the Recommended Daily Allowance (RDA) in humans, affects the bone phenotype in mice after longer exposure.C57BL/6 mice were fed either a control diet (15 IU/g retinyl acetate), ...