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Paolo Manzoni, Auteur |Human milk contains many bioactive factors that support organ development, contribute to the maturation of the immune system, and provide protection against neonatal infection and diseases, such as bronchopulmonary disease, retinopathy of premat[...]Article : texte imprimé
Laura Meredith-Dennis, Auteur ; Gege Xu, Auteur ; Elisha Goonatilleke, Auteur |Background: When human milk is unavailable, banked milk is recommended for feeding premature infants. Milk banks use processes to eliminate pathogens; however, variability among methods exists. Research aim: The aim of this study was to com[...]Article : texte imprimé
Jing Zhu, Auteur ; Kelly A. Dingess, Auteur |Article : texte imprimé
Brodie Daniels, Auteur ; Penny Reimers, Auteur ; Tracy King, Auteur |Introduction: PiAstra is a simulated flash-heat (FH) pasteurization temperature monitoring system designed using Raspberry Pi technology for the pasteurization of human milk. This study analyzed the effect of the PiAstra FH method on human milk [...]Article : texte imprimé
Gerardo Arroyo, Auteur ; Kevin Alexander Ortiz Barrientos, Auteur ; Karla Lange, Auteur |Introduction: Human milk immune components are unique and important for the development of the newborn. Milk processing at the Human Milk Banks (HMB), however, causes partial destruction of immune proteins. The objective of this study was to det[...]Article : texte imprimé
Brian D.W. Chow, Auteur ; Juliann L. Reardon, Auteur ; Emily O. Perry, Auteur |Background: Colonization increases risk for invasive candidiasis in neonates. Breast milk host defense proteins may affect yeast colonization of infants. Objective: This study aimed to evaluate breast milk host defense proteins relative to [...]Article : texte imprimé
Bo Liu, Auteur ; David S. Newburg, Auteur |Breastfeeding protects the neonate against pathogen infection. Major mechanisms of protection include human milk glycoconjugates functioning as soluble receptor mimetics that inhibit pathogen binding to the mucosal cell surface, prebiotic stimul[...]Article : texte imprimé
Maryanne Tigchelaar Perrin, Auteur ; Erica Wilson, Auteur ; Ellen Chetwynd, Auteur |Background: Our understanding of the components of human puerperal milk is extensive and increasing, yet the literature on nonpuerperal human milk has been limited to studies that measure the success of induced lactation. Objective: This st[...]Article : texte imprimé
Aaron A. Reeves, Auteur ; Marney C. Johnson, Auteur ; Margarita M. Vasquez, Auteur |Objective: This study compared cytokines (in particular transforming growth factor [TGF]-β2) and lactoferrin in maternal human milk (MHM), human-derived milk fortifier (HDMF), and donor human milk (DHM). Materials and Methods: MHM was ra[...]Article : texte imprimé
Arunas Liubsys, Auteur ; Audrone Eidukaite, Auteur ; Alma Molyte, Auteur ; Laima Tamuliene, Auteur ; Vytautas Usonis, Auteur |troduction: Human donor milk is widely used to feed premature and sick newborns when the milk of their own mothers is insufficient. All treatment processes involving human milk affect its composition. The aim of this study was to assess changes [...]Article : texte imprimé
Xiao-chun Chen, Auteur ; Yan-fen Tong, Auteur ; Zi-min Han, Auteur |Background: For extremely low-birth-weight infants (ELBWIs), mechanical ventilation and total parenteral nutrition are generally required in the early stages and lose the protective effect of early gastrointestinal nutrition of colostrum. We con[...]
