2008
DOI: 10.1007/s12028-008-9122-7
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Correlation of Cerebral Near-Infrared Spectroscopy (cNIRS) and Neurological Markers in Critically Ill Children

Abstract: This is the first study to correlate averaged RSO(2) measured by cNIRS with neurological injury markers in critically ill children. We believe that this data can be used to establish thresholds for RSO(2) that can be tested in future trials to determine if this technology is predictive of long-term neurological outcome.

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Cited by 11 publications
(2 citation statements)
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“…This could be because the burden of cerebral hypoxia—even though the reduction in the experimental group was highly significant—was insufficient for the release of the intracellular S100β into the systemic circulation. Negative correlations between NIRS levels and S100β in critically ill children have been shown previously ( 33 ).…”
Section: Discussionsupporting
confidence: 68%
“…This could be because the burden of cerebral hypoxia—even though the reduction in the experimental group was highly significant—was insufficient for the release of the intracellular S100β into the systemic circulation. Negative correlations between NIRS levels and S100β in critically ill children have been shown previously ( 33 ).…”
Section: Discussionsupporting
confidence: 68%
“…Atliktas tyrimas atskleidė reikšmingą koreliaciją tarp smegenų įsotinimo deguonimi ir smegenų ląstelių pakenkimo žymens delta S100B%. Tiriant sunkiai sergančius vaikus iki 18 metų, kurie buvo gydomi intensyviosios terapijos skyriuje, rasta neigiama koreliacija tarp S100B ir smegenų įsotinimo deguonimi, tačiau įrodymų apie minėtų tyrimų diagnostinę vertę nuspėjant neurologinę būklę dar trūksta (15). Tyrimai su gyvūnais parodė, kad rSO 2 c ir S100B yra: priklausomi nuo amžiaus, koreliuoja su hemodinaminiais svyravimais, kurių metu didėja hematoencefalinio barjero pralaidumas, kuris gali būti tiek dėl fiziologinio CNS vystymosi, tiek dėl smegenų pakenkimo (16,12).…”
Section: Tyrimo Rezultatų Aptarimasunclassified