|
ABSTRACTS |
| #1
Regulated expression of EAAT2 in normative human cerebral white
matter development and in PVL |
DeSilva, T. |
| #2
Impact of inflammation on the perinatal brain: mechanisms of
action |
Favrais, G. |
| #3
NF-B inhibition after neonatal cerebral hypoxia-ischemia: switching
transcription factor use preserves cytokine production |
Nijboer, C. |
| #4
Dlx1 and Dlx2 control neuronal versus oligodendroglial cell fate
acquisition iin the developing forebrain |
Petryniak, MA. |
| #5
Implantation of encapsulated glial cell line-derived neurotrophic
factor-secreting cells prevents long-lasting learning impairment
following neonatal hypoxic-ischemic brain insult in rats |
Katsuragi, S. |
| #6
Briefly breathing xenon while cold is cool for the neonatal brain |
Liu, X. |
| #7
Impact of inhaled nitric oxide on white matter development inrat
pups |
Olivier P. |
| #8
Erythropoietin as a neuroprotective agent in an ovine model of
endotoxin-induced brain damage |
Rees, S. |
| #9
Neuroprotective actions of tetrahydrobiopterin against hypoxia-induced
motor impairments in the fetal brain |
Vasquez-Vivar, J. |
| #10
Bax-dependent, but not cyclophilin D dependent, mitochondrial
permeabilization contributes to neonatal hypoxic-ischemic brain
injury |
Wang, X. |
| #11
Multiple doses of erythropoietin provide long-term histological
and behavioral protection following neonatal stroke |
Gonzalez, F. |
| #12
Effects of maternal melatonin administration on offspring of
a precocial species subjected to near-term birth asphyxia |
Hutton, LC. |
| #13
Acid-sensitive ion channels and oxidative stress contribute to
striatal neuron degeneration in hypoxic-ischemic piglets |
Koehler, R. |
| #14
Prostaglandin D2 protects neonatal mouse brain from hypoxic-ischemic
injury |
Taniguchi, H. |
| #15
Effect of systemic administration of GSCF/SCF or FL on hypoxic-ischemic
brain injury in newborn mice |
Wegleiter, K. |
| #16
Semi-automated segmentation of ADC reliably defines ischemic
perinatal stroke injury |
Ashwal, S. |
| #17
Effects of adverse prenatal conditions on cerebral development:
a proton magnetic resonance spectroscopy and quantitative histopathology
analysis |
Camm, E.J. |
| #18
Ultrasonic imaging assessment of cerebral blood flow changes
during ischemia in 7-day-old rat and correlation with infarct
volume |
Deroide, N. |
| #19
Regional pattern and time course of injury in near term rabbit
fetal hypoxia-ischemia |
Drobyshevsky, A. |
| #20
Effect of reperfusion after cerebral ischemia in neonatal rats
using diffusion-weighted MRI monitoring |
Fau, S. |
| #21
Deep grey matter and brainstem involvement detected on brain
MRI in the term infant with neonatal encephalopathy (NE) |
Gunny, R. |
| #22
Characterization of cerebral white matter in preterm infants
at term equivalent age using ADC, fractional anisotropy and T2 |
Hagmann, C.F. |
| #23
Cerebral pathways for poor cognitive outcomes with prolonged
ventilation in preterm infants |
Shah, D. |
| #24
Altered fractional anisotropy caused by neonatal hypoxia ischemia
is a result of increased radial diffusivity in injured white
matter |
Stone, B. |
| #25
Manganese-enhanced MRI (MEMRI) detects inflammatory processes
6 weeks after hypoxia-ischemia (HI) in the neonatal rat brain |
Wideroe, M. |
| #26
Sub-clinical seizures are associated with the same degree of
brain injury as clinical seizures in the hypoxic-ischemic newborn
piglet |
Bjorkman, ST. |
| #27
Benefit of magnesium sulfate given before very preterm birth
to protect infant brain with follow up at two years of age in
preterm infants: the randomized controlled PREMAG Trial |
Marret, S. |
| #28
A randomised pilot feasibility study of therapeutic hypothermi
for neonatal encephalopathy in a low resource setting in Equatorial
Africa |
Robertson, NJ. |
| #29
Correlation of EEG background activity with seizures, mortality
and MRI in infants with moderate-severe encephalopathy treated
with whole-body hypothermia |
Tsuchida, TN. |
| #30
Astrogliosis and microgliosis patterns in diffuse and focal white
matter lesions of preterm infants |
C. Verney |
| #31
Oxidative and Nitrative Injury to Cajal-Retzius and Subplate
Neurons in PVL |
Folkerth, R.D. |
| #32
Behavioural state linkage and transition characteristics in the
ovine fetus near term |
Rao, N.M. |
| #33
Characterization of pro- and anti-regenerative processes in the
neonatal mouse brain |
Maxwell, K |
| #34
Vulnerability of the fetal cerebral vasculature to hypoxic stress:
effects on smooth muscle differentiation and contractile phenotype |
Injeti, E. |
| #
35 Neonatal intermittent hypoxia alters brain development and
behavior in mice |
Bouslama, M. |
| #36
Relationship of Anisotropy and Gyrification in Ferret Neurodevelopment
|
Barnette, A.R. |
| #37
Bilateral cartoid artery occlusion as a model of neonatal hypoxic-ischemic
injury in the rat pup |
Ashwal, S. |
| #38
Quantitative measurement of muscle tone in neonatal rabbits after
fetal hypoxia-ischemia |
Drobyshevsky, A. |
| #39
Turning behavior but not ultrasonic vocalization correlates with
hypoxic-ischemic brain injury in neonatal rats |
Harada, K. |
| #40
Neonatal assessment of efficacy and toxicity of neuroprotective
treatments in newborn rodents: the PHENOPUPS project |
Gallego, J. |
| #41
Assessing the severity of hypoxia-ischemia using near-infrared
oxygen consumption |
Tichauer, K.M. |
| #42
Cerebral Protein Synthesis in the Ovine Fetus Near-term with
Induced Hyper and Hypo-Aminoacidemia |
MacLachlan, J.N. |
| #43
Electrocortical activity during repetitive umbilical cord occlusions
with worsening acidemia in the ovine fetus near term |
Keen, A.E. |
| #44
"PCr recovery overshoot" in developing brain after
transient hypoxia-ischaemia: relation to baseline energetics,
insult severity and outcome |
Iwata, O. |
| #45
Longer echo times optimise proton MRS deep brain temperature
measurement |
Bainbridge, A. |
| #46
Neurochemical profile in perinatal brain hypoxia-ischemia using
advanced magnetic resonance spectroscopy |
Chatagner, A. |
| #47
A role for FLIP ([Fas associated death domain like interleukin-1B-converting
enzyme] - inhibitory protein) in neuroprotection induced by hypoxic
preconditioning |
Payton, K.S. |
| #48
Neuroprotective effect of Sonic hedgehog signaling in glucocorticoid-induced
neonatal cerebellar injury through an 11ßHSD-2 dependent
mechanism |
Heine, V.M. |
| #49
Adual role of the NF-kappaB pathway in neonatal hypoxic-ischemic
brain damage |
Kavelaars, A. |
| #50
Desflurane, isoflurane and sevoflurane produce effective but
limited neuroprotection in a preconditioning paradigm in neonatal
hypoxia-ischemia |
McAuliffe, J.J. |
| #51
Prenatal Exposure to Prescription Medications Alters Recovery
Following Early Brain injury in Rats |
Gibb, R. |
| #52
Creatine administration during pregnancy decreases expression
of apoptotic markers in the newborn spiny mouse brain following
birth hypoxia: further evidence for the neuroprotective effects
of prophylactic creatine |
Ireland, Z. |
| #53
HIF-1 deficient mice have increased brain injury after neonatal
hypoxia-ischemia |
Sheldon, R.A. |
| #54
Haematopoietic growth factors in neonatal brain injury: Effect
of G-CSF, SCF and FL on excitotoxic brain injury, short and long-term
outcome |
Neubauer, V. |
| #55
IGF-II and IGF-1R in the preterm and near-term ovine fetal brain
and the effect of intermittent umbilical cord occlusions |
McCallum, J.D. |
| #56
Erythropoietin attenuates hyperoxia-induced cell death and proteome
changes in the developing brain |
Kaindl, A.M. |
| #57
Activated Src kinases interact with the NMDA receptor after neonatal
brain ischemia |
Jiang, X. |
| #58
Low endogenous GRK2 sensitizes the immature brain to hypoxia-ischemia-induced
gray and white matter damage |
Heijnen, C.J. |
| #59
Dextromethorphan is protective against sensitized NMDAR
mediated excitotoxic brain damage in the developing mouse brain |
Griesmaier, E. |
| #60
Knock out of P75NTR does not protect against NMDAR mediated
excitotoxic brain injury in newborn mice |
Griesmaier, E. |
| #61
TRP601, a specific caspase-2 inhibitor, is neuroprotective after
hypoxia-ischemia in neonatal rats |
Rousset, C.I. |
| #62
Targeting neonatal ischemic brain injury with a selective caspase-2
inhibitor |
Chauvier, D. |
| #63
Hypercapnic acidosis following hypoxia-ischaemia as neuroprotectant:
is the time right for a clinical trial in the human newborn? |
Colditz, P.B. |
| #64
Treatment of newborns with severe hypoxic-ischemic encephalopathy
with transplantation of human neural precursor cells into a cerebral
ventricle |
Luan Zuo |
| #64a
Neonatal hypoxia/ischemia expands the numbers of neural stem
cells in the subventricular zone by enhancing EGFR and IGF-1R
responsiveness |
Ziegler, A. |
| #64b
Intracranial injection of fetal membraneous mesemchimal stem
cells improves prognosis following hypoxic ischemic encephalopathy
in neonatal rats brain |
Ueda, K. |
| #64c
Regulated expression of VEGF by stem cells to improve outcome
after ischemic stroke in infant piglets |
Kuluz, J. |
| #65
Developmental Timing of Maternal Inflammation Determines Fetal
Survival and Neurologic Outcome: Possible Role for the Placenta |
Carpentier, PA. |
| #66
Adverse Neurodevelopment in Preterm Infants with Postnatal Sepsis
or Necrotizing Enterocolitis is Mediated by White Matter Abnormality
on Magnetic Resonance Imaging at Term |
Shah, D. |
| #67
Modulation of blood-brain barrier integrity after neonatal stroke
by the cytokine-induced neutrophil chemoattractant protein 1 |
Vexler, Z. |
| #68
IL-1 and IL-18 expression by the neonatal brain in response to
antenatal exposure to LPS and/or post-natal hypoxia-ischemia:
contribution of maternally produced cytokines? |
Girard, S. |
| #69
Cerebral modulation of the TNF-alpha system in an animal model
of antenatal inflammation and post-natal hypoxia-ischemia |
Roy, M. |
| #70
Role of MyD88 signaling in microglial responses to lipopolysaccharide
in vitro |
Dean, J.M. |
| #71
MyD88 knockout mice exhibit neuroprotection in LPS-HI induced
brain injury in neonatal mice. |
Stridh, L. |
| #72
Complement-derived peptide C3a reduces hippocampal brain injury
after hypoxia-ischemia in neonatal mice |
Puglisi, K. |
| #73
Investigating the neuroprotective properties of erythropoietin
in the retina and optic nerve using an ovine model of fetal inflammation
|
Loeliger, M. |
| #74
The Role of Inflammatory Cytokines in Altered Fetal Neural Progenitor
Proliferation and Differentiation |
Dingman, A.L. |
| #75
Sensitizing effects of pro-inflammatory cytokines on excitotoxic
brain lesions : the key role of group 1 metabotropic receptors |
Degos, V. |
| #76
Stroke induces histamine accumulation and mast cell degranulation
in the neonatal rat brain |
Charriaut-Marlangue, C. |
| #77
Galectin-3 in neonatal hypoxic-ischemic brain injury |
Doverhag, C. |
| #78
Neuroactive Steroids: Regulators of Normal Brain Development
with Potential for Preventing Pre- and Perinatal Brain Damage? |
Yawno, T. |
| #79
Induction of vascular endothelial growth factor in the late gestation
fetal brain following intrauterine hypoxia produced by umbilical
cord occlusion |
Baburamani, A.A. |
| #80
VEGF expression and function in the subventricular zone after
neonatal hypoxia-ischemia |
Woodbury, J.M |
| #81
Chronic prenatal hypoxia increases cell proliferation in the
dentate gyrus but not the cerebellum or neocortex in the guinea
pig |
Tolcos, M. |
| #82
X- linked inhibitor of apoptosis protein expression in the ischemic
developing brain |
Askalan, R. |
| #83
Expression and localisation of P2X4R in the immature rat brain
after hypoxia-ischemia |
Buller, K.M. |
| #84
Enhancement of autophagic cell death in a neonatal model of cerebral
hypoxia-ischemia |
Ginet, V. |
| #85
Astrocytic demise after neonatal ischemia in the rat and human
brain |
Villapol, S. |
| #86
Molecular cloning of rabbit xanthine oxidase and the developmental
modulation of its expression in fetal brain |
Yu, L. |
| #87
The level of neuronal nitric oxide synthase is a critical determinant
of neuronal death following fetal hypoxia-ischemia |
Yu, L. |