Evanston / Tucson / Hildesheim / Los Alamitos / London / Boston / New York / /
Company
T. (1974) J. Comp / Goldman / E. L. & Rojer A. S. / /
Country
United States / / /
Facility
Scale bar / Boston University / Northwestern University / Health͞National Institute of Biomedical Imaging / University Medical School / /
IndustryTerm
columnar systems / blob systems / Voltage-sensitive dye imaging / orientation pinwheel systems / local modular systems / tetrode recording site / high-resolution imaging technique / signal processing / submillimeter modular systems / imaging / anatomical systems / differential imaging / /
Organization
Boston Univ. / Harvard Medical School / Breault Research Organization / Boston University / Boston / Northwestern University / Oxford Univ. / Boston University Medical School / National Academy of Sciences / Health͞National Institute of Biomedical Imaging / Department of Anatomy and Neurobiology / /
Person
Eric L. Schwartz / Jonathan Horton / Aaron Seitz / Alan Greynolds / Richard J. Wood / Nat / Jonathan R. Polimeni / Gary Blasdel / David Hubel / Niall McLoughlin / Chris Pack / /
Physical limits to spatial resolution of optical recording: Clarifying the spatial structure of cortical hypercolumns Jonathan R. Polimeni*, Domhnull Granquist-Fraser†, Richard J. Wood†, and Eric L. Schwartz*†‡§