Overlapping regions of visuospatial and motor attention maps maintain spatial congruency in human posterior parietal cortex

Authors

Wendy E. Huddleston, University of Wisconsin - MilwaukeeFollow
Alex Swanson, University of Wisconsin-MilwaukeeFollow
James R. Lytle, University of Wisconsin - Milwaukee
Michael S. Aleksandrowicz, University of Wisconsin - Milwaukee

Files

Description

Organization of Data:

• Separate files are included that provide:
• the demographic information for each participant
• the stimulus timing information for each run
• All data for individual participants are compressed into a single file
• All participant files include an anatomical image
• All participant files are in AFNI format with *.BRIK and *.HEAD extensions
• Raw data for individual runs are included for each participant
  • Runs are labeled 1-5 to correspond to the stimulus timing file
  • Multiple repetitions of the same stimulus timing are indicated by a letter subscript at the end. For example, a participant who performed run 1 twice would have a file with the run1A extension and another file with the run1B extension.
• Participants for the first experiment are number consecutively 1-9.
• Participants for the second set of experiments are lettered consecutively A-J
  • All runs related to the attention task have ‘attn’ in the run title
  • All runs related to the intention task have ‘intn’ in the run title
  • If data were collected on multiple days, skull-stripped anatomical images are provided for both days.

Publication Date

2019

Disciplines

Kinesiology

Recommended Citation

Huddleston, Wendy E.; Swanson, Alex; Lytle, James R.; and Aleksandrowicz, Michael S., "Overlapping regions of visuospatial and motor attention maps maintain spatial congruency in human posterior parietal cortex" (2019). Kinesiology Faculty Data. 1.
https://dc.uwm.edu/kinesiology_facdata/1