Amarender R. Bogadhi

The paper reanalyzes MoSeq data and finds that the performance advantage of MoSeq syllables over scalar features depends on analytical methods and dataset structure, not inherent superiority.

Scalar keypoint aggregates matched Keypoint-MoSeq, VAME, SimBA and A-SOiD at discriminating eight drug-dose treatments across 314 mouse open-field recordings; social context did not improve recall.

This study compares coarse-to-fine visual processing dynamics in primate superior colliculus and primary visual cortex, finding stronger dynamics in the SC.

This study uses motion sequencing to analyze how social context affects mouse behavior, finding that a minority of behavioral units change in response to spatial proximity, not direct social contact.

The paper shows that foveal superior colliculus neurons signal trans-saccadic prediction errors when post-saccadic visual input mismatches pre-saccadic expectations.

This study shows primate superior colliculus neurons rapidly detect and discriminate real-life objects, using spatial frequency information in their initial visual responses.

This study shows that neuronal eye movement commands in the superior colliculus include a sensory representation of visual targets, with stronger feature discrimination than visual responses.

This study shows that monkey superior colliculus neurons detect dark stimuli faster than bright stimuli, even if they are less sensitive to darks.

This study shows that task-irrelevant visual forms influence both covert and overt spatial selection in humans and monkeys, indicating that mid-level perceptual processes affect target selection.

The paper shows that the superior colliculus influences high-level visual processing in primate temporal cortex by affecting attention and object selectivity.

The paper identifies a mid-STS region in macaques as causally linked to spatial neglect through fMRI and inactivation experiments.