58 results on '"Guitton, Daniel"'
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2. Oculomotor analysis to assess brain health: preliminary findings from a longitudinal study of multiple sclerosis using novel tablet-based eye-tracking software
3. Neural Coordinate Systems for Head-fixed and Head-free Gaze Shifts
4. A novel tablet-based software for the acquisition and analysis of gaze and eye movement parameters: a preliminary validation study in Parkinson's disease
5. Faculty Opinions recommendation of The mechanics of human saccadic eye movement.
6. Faculty Opinions recommendation of The unknown but knowable relationship between Presaccadic Accumulation of activity and Saccade initiation.
7. Perisaccadic remapping: What? How? Why?
8. Eye movements shape visual learning
9. On the Role of Subcortical Feedback Mechanisms in the Control of Head-Unrestrained Gaze Saccades
10. Chapter 7 The superior colliculus and its control of fixation behavior via projections to brainstem omnipause neurons
11. Contributors
12. Discharge Behavior of Omnipause Neurons in the Cat
13. Oculomotor control after hemidecortication: One hemisphere encodes normal ipsilateral oblique anti-saccades
14. Role of the Tectoreticulospinal System in the Coordination of Eye-Head Orienting Movements
15. Mechanisms of Gaze Control and Eye-Head Coupling in the Cat Whose Head is Unrestrained
16. Modeling Head-Free Gaze Control in the Cat
17. Faculty Opinions recommendation of Unsupervised natural experience rapidly alters invariant object representation in visual cortex.
18. Faculty Opinions recommendation of The contribution of area MT to visual motion perception depends on training.
19. Coherent alpha oscillations link current and future receptive fields during saccades
20. Modeling eye-head gaze shifts in multiple contexts without motor planning
21. Dissociation of forward and convergent remapping in primate visual cortex
22. Two distinct types of remapping in primate cortical area V4
23. Refuting the hypothesis that a unilateral human parietal lesion abolishes saccade corollary discharge
24. Oculomotor control after hemidecortication: A single hemisphere encodes corollary discharges for bilateral saccades
25. A Sensorimotor Role for Traveling Waves in Primate Visual Cortex
26. Fixation System
27. Blindsight after hemidecortication: Visual stimuli in blind hemifield influence anti-saccades directed there
28. Perisaccadic Remapping and Rescaling of Visual Responses in Macaque Superior Colliculus
29. Spatiotemporal structure of visual receptive fields in macaque superior colliculus
30. Human eye-head gaze shifts preserve their accuracy and spatiotemporal trajectory profiles despite long-duration torque perturbations that assist or oppose head motion
31. Context dependence of receptive field remapping in superior colliculus
32. Control of Reflexive Saccades following Hemispherectomy
33. The Geometry of Perisaccadic Visual Perception
34. A Mixed-Signal Multichip Neural Recording Interface With Bandwidth Reduction
35. Ipsilateral head and centring eye movements evoked from monkey premotor cortex
36. Saccades to the seeing visual hemifield in hemidecorticate patients exhibit task-dependent reaction times and hypometria
37. Evidence for Gaze Feedback to the Cat Superior Colliculus: Discharges Reflect Gaze Trajectory Perturbations
38. Superior colliculus encodes distance to target, not saccade amplitude, in multi-step gaze shifts
39. In Multiple-Step Gaze Shifts: Omnipause (OPNs) and Collicular Fixation Neurons Encode Gaze Position Error; OPNs Gate Saccades
40. Voluntary and reflexive components of gaze control: Insights from hemispherectomy
41. Fixation neurons in the superior colliculus encode distance between current and desired gaze positions
42. Gaze shifts in three-dimensional space: A closer look at the superior colliculus
43. Three-Dimensional Eye-Head Coordination During Gaze Saccades in the Primate
44. Human Head-Free Gaze Saccades to Targets Flashed Before Gaze-Pursuit Are Spatially Accurate
45. Brain Stem Omnipause Neurons and the Control of CombinedEye-Head Gaze Saccades in the Alert Cat
46. Analysis of Primate IBN Spike Trains Using System Identification Techniques. I. Relationship to Eye Movement Dynamics During Head-Fixed Saccades
47. Analysis of Primate IBN Spike Trains Using System Identification Techniques. III. Relationship to Motor Error During Head-Fixed Saccades and Head-Free Gaze Shifts
48. Analysis of Primate IBN Spike Trains Using System Identification Techniques. II. Relationship to Gaze, Eye, and Head Movement Dynamics During Head-Free Gaze Shifts
49. Primate Head-Free Saccade Generator Implements a Desired (Post-VOR) Eye Position Command by Anticipating Intended Head Motion
50. Visual-Motor Transformations Required for Accurate and Kinematically Correct Saccades
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