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DIVISION OF NEONATOLOGY
Division Highlights
The activities of the division center
around 1] providing exemplary and comprehensive clinical care to critically ill term and preterm neonatal infants with complex medical and surgical diseases, including infants on extra-corporeal membrane oxygenation within the neonatal intensive care unit, resuscitation and stabilization of infants born to high-risk mothers in labor and delivery and of unstable infants on transport from referring hospitals, consultation on infants in the well baby nursery and post-cardiac surgical infants in the cardiac unit, prenatal consultations on in-patient and out-patient high-risk pregnancies, and ongoing out-patient follow-up of high-risk infants in the neonatal high-risk follow-up clinic; 2] building outstanding teaching programs for medical students, residents in training, and fellows in neonatology and creating training opportunities for students and postdoctoral fellows in related research; 3] creating strong research programs in developmental biology which span from developmental immunology as it relates to lung development with specific emphasis upon glucocorticoid-attenuated regulatory genes, the mechanisms controlling the process of alveolarization as it relates to postnatal lung development, the detrimental effects of antenatal and postnatal use of glucocorticoids upon growth and metabolism, the long-term consequences of intrauterine growth restriction upon fat metabolism as it contributes towards insulin resistance, effect of hypoxic-ischemic brain injury upon compensatory mechanisms responsible for substrate (glucose, lactate, ketones) transport, long-term consequences in a fetus of a diabetic mother as they relate to the development of insulin resistance and non-insulin dependent diabetes mellitus, and metabolic imprinting upon the neurohumoral control of central appetite and body weight gain. These efforts include our initiating collaborative clinical research in neonatology whereby we plan to participate in large national multicenter clinical trials; and, 4] continuing our outreach programs both locally, nationally, and internationally in an attempt to improve the care provided to newborn infants everywhere. Clinical The ECMO program was successfully moved into the neonatal intensive care unit. The neonatology consultation service was initiated and has been successful. Teaching Programs Neonatology Fellowship training program was restructured and underwent a site-visit by the residency review committee. We have two trainees joining our program in July 2000, and have 9-10 candidates for interview for the year 2001. The resident rotations in the Neonatal Intensive Care Unit are undergoing restructuring in order to provide a strong didactic teaching program for the trainees rotating through the neonatal intensive care unit. The division received an endowment of $250,000 for research fellowship training in Neonatology. Research Programs Five new Federal grants and a National Association grant were brought into the division over the two existing grants. These are as follows: Faculty
Profiles
BARRETT, CYNTHIA TOWNSEND
Lung development DEVASKAR, SHERIN U.
DEVASKAR, UDAYAKUMAR P.
GRAY SUSAN M.
The long term effects of antenatal and postnatal glucocorticoids upon
metabolism Didactic lectures to housestaff, neonatal nurse practictioners and KASELONIS, GARY
LANE, ROBERT
MCKNIGHT, ROBERT A.
PhD Studies concerning the glucose transporter, glut3 and its function within
neurons, interested in the role glut3 plays under normal conditions as well
as during stress, designed a transgene construct to over express glut3 in
neurons of mice, will test whether increased levels of glut3 have a protective effect under hypoxic or ischemic conditions, constructing glut3
knockout constructs.
SMITH, JEFFREY B.
MD, PhD THAMOTHARAN, MANIKKAVASAGAR
Division
Publications
Das UG, Schroeder RE, Hay Jr WW
and Devaskar SU. Time-dependent and tissue-specific effects
of circulating glucose on fetal ovine glucose transporters. Am. J. Physiol. 45:809-817, 1999. Devaskar SU, Rajakumar PA, Mink
RB,
McKnight RA, Thamotharan S and Hicks SJ. Effect of
development and hypoxic-ischemia upon rabbit brain glucose transporter expression. Brain Res. 823:113-128, 1999. Fields HM, Rinaman L and Devaskar
SU. Distribution of glucose transporter isoform 3 and hexokinase I
in the postnatal murine brain. Brain Res. 846:260-264, 1999. Khan JY, Rajakumar RA, Devaskar
UP, Weissfled LA and Devaskar SU. Effect of primary congenital
hypothyroidism upon expression of genes mediating brain glucose uptake. Pediatr. Res. (in press) 1999. Khan JY, Rajakumar RA, McKnight
RA, Devaskar UP and Devaskar SU. Developmental regulation of
genes mediating brain glucose uptake. Am. J. Physiol. 45:892-900, 1999. Division Presentations
Barrett C. Annual morbidity and mortality conferences at Antelope Valley and Ventura County
Medical Centers, 1999. Das UG, He J, Ehrhardt RA, Hay Jr. WW, and
Devaskar SU. Time-dependent physiological regulation of
the ovine placental Glut 3 glucose transporter protein. Presented at the Society for Pediatric Research, 1999. Das UG, Anderson M, Erhardt RA, Hay Jr WW and
Devaskar SU. The acute effect of selective
hyperglycemia and hyperinsulinemia upon fetal ovine glucose transporter proteins. Presented at the Society for
Pediatric Research, 1999. Devaskar S. Invited Faculty at the NIH seminar of the Institute of Medicine on "Pediatric Drug Trials
and Development," _ Sumner Yaffe, Director of Maternal-Child Section,
NICHD. 1999. Devaskar S. Invited Faculty at the NIH workshop "Fetal Origins of Adult Disease," _ by Gilman
Grave, Director of the Endocrine, Nutrition, and Growth at NICHD. 1999. Devaskar S. Invited Faculty Speaker at the Southern California Neonatology Research Meeting _
Feizal Waffarn, UC Irvine. 1999. Devaskar S. Invited workshop speaker at the Society for Pediatric Research - "How to make a
scientific presentation" - by the American Pediatric Society's Program Committee. 1999. Devaskar S. Nemacolin Regional Neonatology Conference - "Central Control of Feeding Behavior" _ invited
by Richard Martin, Case Western Reserve University 1999. Devaskar S. State of the Art Speaker at the Western Society for Pediatric Research - Role of
Glucose Transporters during the Perinatal Period - by Kenneth Lyons Jones, UC San Diego 1999. Devaskar S. Visiting Professor at the Case Western Reserve University Hospitals - by Satish Kalhan
"Neuropeptide Y and Leptin _ role in control of appetite" 1999. Devaskar S. Visiting Professor at the University of Colorado - by William Hay, Jr. A] Infant of a
Diabetic Mother _ Current Concepts; B] Long-term imprinting effects of neonatal hypothalamic manipulation. 1999. Gray S. Pediatric Grand Rounds at Mattel Children's Hospital 9/10/99. Hart CD, MacLennan NK and Devaskar
SU. The postnatal phenotype of the human GLUT 4 glucose
transporter overexpressing transgenic mice. Presented at the Society for Pediatric Research, 1999. He J, Varma A, Ziegler JA, Weissfeld LA and
Devaskar SU. Neonatal systemic glucocorticoids alter
the body weight gain pattern during the pre-weaning stages of development. Presented at the Society for
Pediatric Research, 1999. MacLennan NK, Hart CD, Lane
RH and Devaskar SU. Uncoupling protein 3 (UCP3) but not UCP2 gene
expression is increased in the human glucose transporter-4 overexpressing suckling mice. Presented at the
Society for Pediatric Research, 1999. Varma A, He J, Weissfeld LA and
Devaskar SU. Neonatal intracerebroventricular leptin
administration causes persistent body weight loss and diminished food intake in the female adults. Presented at the
Society for Pediatric Research, 1999.
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