{Reference Type}: Journal Article
{Title}: Maternal low-dose caffeine intake during the perinatal period promotes short- and long-term sex-dependent hormonal and behavior changes in the offspring.
{Author}: de Souza LL;Meyer LG;Rossetti CL;Miranda RA;Bertasso IM;Lima DGV;da Silva BS;Pinheiro VHSD;Claudio-Neto S;Manhães AC;Moura EG;Lisboa PC;
{Journal}: Life Sci
{Volume}: 354
{Issue}: 0
{Year}: 2024 Oct 1
{Factor}: 6.78
{DOI}: 10.1016/j.lfs.2024.122971
{Abstract}: <B>OBJECTIVE: </B>Maternal caffeine crosses the placenta and mammary barriers, reaching the baby and, because his/her caffeine metabolism is immature, our hypothesis is that even a low caffeine intake (250 mg/day), lower than the dose limit recommended by the World Health Organization, can promote caffeine overexposure in the offspring, leading to short- and long-term changes.<BR><B>METHODS: </B>Pregnant Wistar rats received intragastric caffeine (CAF) (25 mg/Kg/day) or vehicle during the gestation and lactation periods. We evaluated morphometrical, metabolic, hormonal, and behavioral parameters of male and female offspring at different ages.<BR><B>RESULTS: </B>Even a low caffeine intake promoted lower maternal body mass and adiposity, higher plasma cholesterol and lower plasma T3, without changes in plasma corticosterone. Female CAF offspring exhibited lower birth weight, body mass gain and food intake throughout life, and hyperinsulinemia at weaning, while male CAF offspring showed reduced food intake and lower plasma T3 at weaning. At puberty and adulthood, male CAF showed higher preference for palatable food, aversion to caffeine intake and higher locomotor activity, while female CAF only showed lower preference for high fat diet (HFD) and lower anxiety-like behavior. At adulthood, both male and female offspring showed higher plasma T3. Male CAF showed hypertestosteronemia, while female CAF showed hypoinsulinemia without effect on glucose tolerance.<BR><B>CONCLUSIONS: </B>A low caffeine intake during the perinatal period affects rat's offspring development, promoting sex-dependent hormonal and behavior changes. Current data suggest the need to review caffeine recommendations during the perinatal period.