Brain Neurotransmitter Non-Invasive Measurement Validity: Auricular Point's Infrared Image and Wavelet Analysis

Although brain neurotransmitter (BN) won Nobel Prize in 2000, their non-invasive measurement had been a challenge for internal secretion maladjustment of human brain. Our objective is to study indirect and non-invasive BN measurement validity through novel combination methods of auricular point'...

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Hauptverfasser: Wenshi Li, Xiang Su
Format: Tagungsbericht
Sprache:eng
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Beschreibung
Zusammenfassung:Although brain neurotransmitter (BN) won Nobel Prize in 2000, their non-invasive measurement had been a challenge for internal secretion maladjustment of human brain. Our objective is to study indirect and non-invasive BN measurement validity through novel combination methods of auricular point's infrared image and wavelet analysis. For 10-subjective with half of male graduate students we made three kinds of contrast experiments in inducement condition of cognitive lie psychology, medicament and mobile phone radiation hitting 90% validity. The conclusions are that an interesting and important solution based on Chinese standard of auricular point mapping had been found to a nicety and this new work will lay a foundation for SoC design of brain chemistry test aiming at sub-health people with highlight on biomedical microelectronics
ISSN:2164-5221
DOI:10.1109/ICOSP.2006.345941