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- 1From: Experimental Brain Research. (Vol. 221, Issue 2) Peer-ReviewedThe prefrontal cortex is involved in working memory functions, and several studies using food or drink as rewards have demonstrated that the rat is capable of performing tasks that involve working memory. Sexual...
- 2From: Experimental Brain Research. (Vol. 221, Issue 2) Peer-ReviewedWhen permitted access to the appropriate forms of rehabilitation, many severely affected stroke survivors demonstrate a capacity for upper limb functional recovery well in excess of that formerly considered possible....
- 3From: Experimental Brain Research. (Vol. 221, Issue 2) Peer-ReviewedThe cognitive trait of hypnotizability modulates sensorimotor integration and mental imagery. In particular, earlier results show that visual recognition of 'nonmeaningful', unfamiliar objects bimanually explored is...
- 4From: Experimental Brain Research. (Vol. 221, Issue 2) Peer-ReviewedThe stretch of upper limb muscles results in two electromyographic (EMG) peaks, M1 and M2. The amplitude of M2 peak can generally be modified by giving prior instruction to the subject on how to react to the applied...
- 5From: Experimental Brain Research. (Vol. 221, Issue 2) Peer-ReviewedWe analyzed the cutaneous encoding of two-dimensional movements by investigating the coding of movement velocity for differently oriented straight-line movements and the coding of complex trajectories describing cursive...
- 6From: Experimental Brain Research. (Vol. 221, Issue 2) Peer-ReviewedPreshaping the digits and orienting the hand when reaching to grasp a distal target is proposed to be optimal when guided by vision. A reach-to-grasp movement to an object in one's own mouth is a natural and commonly...
- 7From: Experimental Brain Research. (Vol. 221, Issue 2) Peer-ReviewedThe purpose of this review is to explore the dynamic properties of alpha oscillations as biological covariates of intra-and inter-individual variance in saccadic behavior. A preponderance of research suggests that...
- 8From: Experimental Brain Research. (Vol. 221, Issue 2) Peer-ReviewedThis study assessed possible cross-modal transfer effects of training in a temporal discrimination task from vision to audition as well as from audition to vision. We employed a pretest-training-post-test design...
- 9From: Experimental Brain Research. (Vol. 221, Issue 2) Peer-ReviewedThe task of parceling perceived visual motion into self- and object motion components is critical to safe and accurate visually guided navigation. In this paper, we used functional magnetic resonance imaging to...
- 10From: Experimental Brain Research. (Vol. 221, Issue 2) Peer-ReviewedThis study examined the influence of force-time gain on the visual-motor control of isometric force. The spatial lengths on the computer screen representing the unit of elapsed time (time gain) and force (force gain) of...
- 11From: Experimental Brain Research. (Vol. 221, Issue 2) Peer-ReviewedWhen identifying a rapidly masked visual target display in a stream of visual distractor displays, a high-frequency tone (presented in synchrony with the target display) in a stream of low-tone distractors results in...