Abstract
Fonksiyonel Yakın Kızılötesi Spektroskopisi (fNIRS) beyin aktivitesini izlemek için yakın kızıl ötesi ışık kullanan bir beyin tekniğidir. Nörovasküler kaplin dayanarak, fNIRS hemoglobin konsantrasyonu nöronal aktiviteye sekonder değişiklikleri ölçebilir. Diğer beyin görüntüleme teknikleri ile karşılaştırıldığında, fNIRS mekansal ve zamansal çözünürlük açısından iyi bir uzlaşma temsil eder. Dahası, taşınabilir hafif, daha az hareket eserler duyarlı ve önemli fiziksel kısıtlamaları empoze etmez. Bilişsel görevler (örneğin, işitme, yürüme analizi, sosyal etkileşim) ve farklı yaş nüfus (örneğin, yeni doğanlar, yetişkinler, yaşlılar) geniş bir yelpazede izlemek için uygun olacaktır. Lifsiz fNIRS cihazların son gelişmeler sinirbilim araştırmalarında yeni uygulamalara yol açmıştır. Bu daha hassas ve eşek doğru olabilir gerçek dünya testleri sırasında fonksiyonel aktiviteyi incelemek için eşsiz bir fırsat, temsillaboratuar bazlı testlere göre kognitif fonksiyon ve disfonksiyonu essing. Bu çalışma bir gerçek dünya prospektif hafıza görevi sırasında beyin aktivitesini izlemek için lifsiz fNIRS kullanımını araştırdı. Bu protokol konu birkaç farklı görevleri yerine getirmek için etrafında yürür iken laboratuvar ve beyin hemoglobin konsantrasyonu değişiklikleri sürekli olarak prefrontal korteks üzerinde ölçülür dışında gerçekleştirilir.
Materials
Name | Company | Catalog Number | Comments |
Wearable Optical Topography | Hitachi High-Technologies Corporation | fNIRS system | |
Patriot | Polhemus | 3D magnetic digitizer | |
ActionCam | Mobius | Subject's Camera | |
Hero3 | GoPro | Experimenter's Camera | |
Panasonic HC-V720 | Panasonic | Experimenter's Camera | |
Platform for Optical Topography Analysis Tools (POTATo) software | Hitachi, Ltd. | http://www.hitachi.co.jp/products/ot/analyze/kaiseki_en.html |
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