Neural circuits dynamics underlying Fourier motion detection and the alternation in perceptive visual states in the zebrafish larva / Dynamiques des circuits neuronaux impliqués dans la détection des mouvements de premier-ordre et dans l'alternation des états perceptifs visuels chez la larve de poisson-zèbre
👁 3 lượt xem↓ 0 lượt tải qua VietLexVietLex bảo vệ quyền riêng tư của bạn — không tracking, không chia sẻ thông tin tải về cho bên thứ ba.
📑 Trích dẫn đầy đủ (citation)
APA-like:
Tác giả chưa xác định. Neural circuits dynamics underlying Fourier motion detection and the alternation in perceptive visual states in the zebrafish larva / Dynamiques des circuits neuronaux impliqués dans la détection des mouvements de premier-ordre et dans l'alternation des états perceptifs visuels chez la larve de poisson-zèbre. Thesis, HAL - Pháp.
Việt Nam (chuẩn TCVN 5453:1991):
. Neural circuits dynamics underlying Fourier motion detection and the alternation in perceptive visual states in the zebrafish larva / Dynamiques des circuits neuronaux impliqués dans la détection des mouvements de premier-ordre et dans l'alternation des états perceptifs visuels chez la larve de poisson-zèbre. Thesis. HAL - Pháp. Truy cập từ .
Tóm tắt
In the presence of moving visual stimuli, animals follow the Fourier, or first-order, motion energy (luminance), independently of other stimulus features (second-order motion like edges, contrast, etc). While the behavioral response to Fourier motion has been studied in the past, how Fourier motion is represented and processed by sensory brain areas remains elusive. During my PhD, I investigated how visual moving stimuli with or without the first Fourier component are represented in the main vis...