1.Laboratory markers for chronic exercise alcohol consumers.
Journal of Korean Neuropsychiatric Association 1992;31(5):909-915
No abstract available.
Biomarkers*
2.Biologic Markers Based on the Pathophysiology of PIH.
Korean Journal of Perinatology 1999;10(3):298-305
No abstract available.
Biomarkers*
3.Applications of Basic Experimental and Clinical Research Using Biomarkers.
International Neurourology Journal 2018;22(4):226-227
No abstract available.
Biomarkers*
4.Biochemical Marker of Bone Metabolism.
Journal of Korean Society of Pediatric Endocrinology 2006;11(2):131-137
No abstract available.
Biomarkers*
;
Metabolism*
5.Is Dynamic Left Ventricular Dyssynchrony a Novel Surrogate Marker in the Patient with Hypertension?.
Journal of Cardiovascular Ultrasound 2012;20(4):172-173
No abstract available.
Biomarkers
;
Humans
6.Application of New Biochemical Markers in the Method of Diuretic Therapy for Ascites.
The Korean Journal of Hepatology 2000;6(1):1-2
No abstract available.
Ascites*
;
Biomarkers*
7.Clinical Implication of Tumor Markers.
Korean Journal of Medicine 2012;83(2):197-199
No abstract available.
Biomarkers, Tumor
8.Biochemical Markers of Neurologic Injury in Cardiac Surgery.
Journal of the Korean Pediatric Cardiology Society 2004;8(1):15-19
No Abstract available.
Biomarkers*
;
Thoracic Surgery*
9.Effects of Color Temperature and Brightness on Electroencephalogram Alpha Activity in a Polychromatic Light-emitting Diode.
Jin Young PARK ; Ra Yeon HA ; Vin RYU ; Eosu KIM ; Young Chul JUNG
Clinical Psychopharmacology and Neuroscience 2013;11(3):126-131
OBJECTIVE: It has been reported that working and learning efficiency might be increased through artificially controlling the color temperature and brightness of light. However, the neurological bases of these outcomes are not well established. Our study was designed to observe whether electroencephalogram (EEG) alpha frequency, as a candidate biological marker, demonstrates significant changes in response to alterations of specific light parameters. METHODS: Thirty-two healthy subjects performed cognitive tasks under four different polychromatic light conditions: a combination of two different levels of color temperature (2766K vs. 5918K) and brightness (300 lux vs. 600 lux). Spectrum analyses were performed on alpha frequency. RESULTS: Subjects reported that they felt more pleasant in bright conditions and more relaxed in warm color temperature conditions. Our findings indicate that alpha power increases in warm, low-light and cool, high-light conditions, and there is a significant interaction between color temperature and brightness. CONCLUSION: EEGs might serve as a useful biological marker for further research related to the effects of polychromatic light on cognitive function.
Biomarkers
;
Electroencephalography*
;
Learning
10.Prognostic Impact of Early ST-Segment Resolution and Biochemical Markers in Patients With ST-Elevation Myocardial Infarction.
Korean Circulation Journal 2011;41(7):354-355
No abstract available.
Biomarkers
;
Humans
;
Myocardial Infarction
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