Add to ORKGThe latency of Pattern-Reversal (PR)-VEP was present at birth and the latency of its first positive peak has been found to develop rapidly, reaching the adult level around 15 weeks of age. However, the developmental course of Orientation-Reversal (OR)-VEP, reflecting the specific spatial organization of cortical receptive fields, still remains unknown
AbstractWe have studied the development of the temporal characteristics of the pattern visual evoked...
Purpose: Pattern reversal visual evoked potential (PRVEP) is an electrophysiological test for evalua...
The development of noninvasive techniques for the assessment of functional brain maturation is criti...
The peak latency of pattern-reversal (PR)-VEP has been found to develop rapidly, reaching the adult ...
AbstractThe peak latency of pattern-reversal (PR)-VEP has been found to develop rapidly, reaching th...
PURPOSE: Temporal properties such as the peak latency of pattern-reversal (PR) visual evoked potenti...
The goal of this thesis is to track latency changes in three visual evoked potentials (VEP) stimuli ...
AbstractVisual evoked potentials to pattern reversal (PR-VEPs) are used to assess the integrity and ...
This paper investigates gender differences in the peak latency and amplitude of the P1 component of ...
It is well known that pattern reversal visual evoked potentials (VEPs) are age-sensitive. Through th...
In an endeavour to provide further insight into the maturation of the human visual system, the conti...
During the first 3 months, infants develop visual evoked potential (VEP) responses that are signatur...
AbstractPattern-reversal and motion-onset visual evoked potentials (VEPs) were simultaneously tested...
The onset and maturation of visual cortical mechanisms can be recorded by using steady-state visual ...
Orientation-specific cortical responses develop earlier in infancy than motion-specific responses. T...
AbstractWe have studied the development of the temporal characteristics of the pattern visual evoked...
Purpose: Pattern reversal visual evoked potential (PRVEP) is an electrophysiological test for evalua...
The development of noninvasive techniques for the assessment of functional brain maturation is criti...
The peak latency of pattern-reversal (PR)-VEP has been found to develop rapidly, reaching the adult ...
AbstractThe peak latency of pattern-reversal (PR)-VEP has been found to develop rapidly, reaching th...
PURPOSE: Temporal properties such as the peak latency of pattern-reversal (PR) visual evoked potenti...
The goal of this thesis is to track latency changes in three visual evoked potentials (VEP) stimuli ...
AbstractVisual evoked potentials to pattern reversal (PR-VEPs) are used to assess the integrity and ...
This paper investigates gender differences in the peak latency and amplitude of the P1 component of ...
It is well known that pattern reversal visual evoked potentials (VEPs) are age-sensitive. Through th...
In an endeavour to provide further insight into the maturation of the human visual system, the conti...
During the first 3 months, infants develop visual evoked potential (VEP) responses that are signatur...
AbstractPattern-reversal and motion-onset visual evoked potentials (VEPs) were simultaneously tested...
The onset and maturation of visual cortical mechanisms can be recorded by using steady-state visual ...
Orientation-specific cortical responses develop earlier in infancy than motion-specific responses. T...
AbstractWe have studied the development of the temporal characteristics of the pattern visual evoked...
Purpose: Pattern reversal visual evoked potential (PRVEP) is an electrophysiological test for evalua...
The development of noninvasive techniques for the assessment of functional brain maturation is criti...