14 research outputs found

    Detecting Candida albicans in Human Milk

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    Procedures for diagnosis of mammary candidosis, including laboratory confirmation, are not well defined. Lactoferrin present in human milk can inhibit growth of Candida albicans, thereby limiting the ability to detect yeast infections. The inhibitory effect of various lactoferrin concentrations on the growth of C. albicans in whole human milk was studied. The addition of iron to the milk led to a two- to threefold increase in cell counts when milk contained 3.0 mg of lactoferrin/ml and markedly reduced the likelihood of false-negative culture results. This method may provide the necessary objective support needed for diagnosis of mammary candidosis

    Clinical lactation practice: 20 years of evidence

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    Lactation consultants depend on a vast multidisciplinary knowledge base to support their practices. To coincide with the 20-year anniversary of the International Lactation Consultant Association, the authors sought to highlight the knowledge base to demonstrate how practice has been affected. Using standard databases, they extracted English-language scientific literature related to breastfeeding and maternal and infant health outcomes; factors associated with breastfeeding initiation, exclusivity, and duration; lactation physiology; common breastfeeding challenges; breastfeeding practices within vulnerable populations; health professional support of breastfeeding; and breastfeeding practices in developing countries of Africa. Summaries of research are provided to demonstrate scientific method and knowledge evolution. As the knowledge of the biological, behavioral, and environmental factors that affect breastfeeding continues to grow, researchers and lactation consultants will identify additional research areas. Thus, the cycle of describing and explaining phenomena, testing interventions to improve practice, and ultimately improving breastfeeding outcomes worldwide will continue

    Use of Growth Models to Describe Patterns of Length, Weight, and Head Circumference among Breast-Fed and Formula-Fed Infants: The DARLING Study

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    Nine mathematical models were applied to 24-month length, weight, and head circumference growth curves of 39 breastfed and 31 formula-fed infants from the DARLING study. For both breast-fed and formula-fed infants, the Karlberg infancy-childhood-puberty (ICP) model best describes the relationship between recumbent length and age and the Jenss model best describes the relationship between head circumference and age. For formula-fed infants several models appropriately describe the relationship between weight and age, and we recommend the Jenss model. However, none of the models suitably describes the shape o f the w eight curve for breast-fed infants
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