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Biomedical subjects

N G Powers

Publications and source records attributed to N G Powers.

12 recordsLinked to original sources

How to assess slow growth in the breastfed infant. Birth to 3 months.

Pediatricians must monitor early breastfeeding to detect and manage breastfeeding difficulties that lead to slow weight gain and subsequent low milk production. Infant growth during the first 3 months of life provides a clear indication of breastfeeding progress. Healthy, breastfed infants lose less than 10% of birth weight and return to birth weight by age 2 weeks. They then gain weight steadily, at a minimum of 20 g per day, from age 2 weeks to 3 months. Any deviation from this pattern is cause for concern and for a thorough evaluation of the breastfeeding process. Evaluation includes history taking and physical examination for the mother and infant. Observation of a breastfeeding session by a skilled clinician is crucial. A differential diagnosis is generated, followed by a problem-oriented management plan. Special techniques may be used to assist in complicated situations. Ongoing monitoring is required until weight gain has normalized. In most cases, early intervention can restore promptly infant growth and maternal milk supply. Underlying illness of the infant or mother must be considered if weight gain and milk supply do not respond to the earlier-mentioned interventions as expected. Physicians are responsible for knowledge about additional resources and for coordination of breastfeeding care. Pediatricians have a pivotal role in achieving the goals of optimal breastfeeding and appropriate infant growth.

Aftercare↗

Slow weight gain and low milk supply in the breastfeeding dyad.

There are a large number of women who perceive a reduction in milk supply. With appropriate, knowledgeable advice, most are able to continue breastfeeding successfully. If an infant is not gaining weight normally, the mother's milk production must be assumed to be low (usually a secondary phenomenon); meanwhile, consider the possibility of an organic problem in mother or infant. The complex interactional nature of the problem requires attention to history, physical examination, differential diagnosis, and thoughtful problem solving. There are situations that require infant supplementation for optimal growth; when this is the case, supplementation should be provided in a way that best supports continued breastfeeding to the fullest extent possible. Anticipatory guidance, early detection of problems, and prompt intervention are the keys to ensuring copious milk production and normal infant growth.

Breast Feeding↗

Breastfeeding update 1: immunology, nutrition, and advocacy.

When one reviews the wealth of information about the advantages of breastfeeding, there can be no doubt that this practice is healthy for both mother and infant. It is time for the "culture of medicine" to move beyond slogans. It is time for enthusiastic encouragement backed by meaningful action and time to move forward from personal perceptions and experiences to demonstrate to the culture at large that breastfeeding is normal, expected, and achievable.

Breast Feeding↗

Breastfeeding update. 2: Clinical lactation management.

Breastfeeding encompasses the anatomy, physiology, psychology, and social constructs of both mother and infant. It takes time for early breastfeeding to become established while mother and infant are learning the process. When pathology is present, complex situation arise that require significant clinical expertise. Pediatricians are crucial to the success of early breastfeeding through both advice and clinical care. A confident, positive attitude coupled with knowledgeable, concrete actions can maximize the impact of physicians. Decisions, policies, and patient care that demonstrate knowledge and commitment can help women to achieve breastfeeding goals. This, in turn, will allow children to benefit fully from the numerous advantages that breastfeeding and human milk have been proven to provide.

Breast Feeding↗

Idiosyncratic reactions to phenytoin.

We present a detailed case report of an idiosyncratic reaction to phenytoin and review the manifestations in 16 additional pediatric patients (2.5-21 years of age) described in the literature. These cases illustrate the frequency of fever (82%), rash (94%), lymphadenopathy (94%), hepatitis (94%), and eosinophilia (76%). This constellation of signs and symptoms will frequently mimic common pediatric illnesses so the pediatrician responsible for the care of the seizure patient being treated with phenytoin should be aware of the possibility of an idiosyncratic reaction. Delay in discontinuation of the drug may be life-threatening.

Adolescent↗

Intussusception.

Explore the source record for details and available documents.

Child↗

The Antley-Bixler syndrome.

Three unrelated children (two girls and one boy) with the Antley-Bixler syndrome have been evaluated, bringing to five the number of patients reported with this disorder. All have had brachycephaly, midface hypoplasia, dysplastic ears, radiohumeral synostosis, and joint contractures. Craniosynostosis has been documented radiographically in four of the five patients. All five have had a severely shortened cranial base. Femoral bowing with neonatal fractures has been a variable feature. All have represented sporadic occurrences in otherwise normal families.

Abnormalities, Multiple↗