A window of opportunity for maternal programming of neonatal development is open in the first few days of life as a consequence of nursing. Colostrum (first milk) supports neonatal development by providing a conduit for delivery of milk-borne bioactive factors, exemplified by relaxin, from mother to offspring as proposed in the lactocrine hypothesis. Relaxin, a prototypical milk-borne bioactive factor, is detectable in colostrum from multiple species, including the pig. Thus, relaxin serves as a model for understanding lactocrine signals that support development of neonatal tissues.
Body center of mass displacements during walking with low- and high-heeled shoes / I. Annoni, F.V. Sidequersky, C.L. Pimenta Ferreira, N. Lovecchio, V.F. Ferrario. - In: ITALIAN JOURNAL OF ANATOMY AND EMBRYOLOGY. - ISSN 1122-6714. - 118:Suppl. 2(2013), pp. 15-15. (Intervento presentato al 67. convegno Congresso Nazionale della Società Italiana di Anatomia e Istologia tenutosi a brescia nel 2013).
Body center of mass displacements during walking with low- and high-heeled shoes
I. AnnoniPrimo
;F.V. Sidequersky;N. LovecchioPenultimo
;V.F. FerrarioUltimo
2013
Abstract
A window of opportunity for maternal programming of neonatal development is open in the first few days of life as a consequence of nursing. Colostrum (first milk) supports neonatal development by providing a conduit for delivery of milk-borne bioactive factors, exemplified by relaxin, from mother to offspring as proposed in the lactocrine hypothesis. Relaxin, a prototypical milk-borne bioactive factor, is detectable in colostrum from multiple species, including the pig. Thus, relaxin serves as a model for understanding lactocrine signals that support development of neonatal tissues.
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