Thank you for resubmitting your work entitled "Texture Coarseness Responsive Neurons and their Mapping in Layer 2-3 of the Rat Barrel Cortex In-Vivo" for further consideration at eLife.
[Editors' note: a previous version of this study was rejected after peer review, but the authors submitted for reconsideration. The previous decision letter after peer review is shown below.] Thank you for choosing to send your work, "Texture coarseness responsive neurons and their mapping in layer 2-3 of the rat barrel cortex in-vivo", for consideration at eLife.
From the brisk tempos she set and the lightish textures she drew from the responsive orchestra, Ms. Malkki would seem to have been influenced by the period-instrument movement.
The preferred texture coarseness is mapped for all responsive cells and for cells with selectivity indexes ≥0.35.
DOI: http://dx.doi.org/10.7554/eLife.03405.018 10.7554/eLiFigure05.019 Figure 6 figure supplement 1. Mapping of texture coarseness, non-selective and non-responsive cells relative to the barrel borders.
But from the outset, the fund was beset by controversy and confusion over its rules, giving it the texture of a malleable work in progress, responsive to public pressure and subject to frequent clarifications.
For example, a flower company has identified its flowers by color, texture, and type so that Viv could be responsive to specific questions.
Responses were divided according to the percentage of neurons that were texture coarseness preferring (S.I. ≥ 0.35), non-preferring (NP; S.I. < 0.35) or non-responsive (NR) to all textures examined.
The touchscreen layer has been improved, as well, and the texture of the surface; e-paper displays aren't very responsive, so anything that can be done to improve that experience is welcome.
Right: all responsive neurons (with no S.I. thresholding) were color coded according to their preferred texture coarseness (blue P120, red P320, green P600, yellow P1000, white non-preferring neurons and black non-responsive neurons), and the selectivity strength (S.I. value) which is depicted by the color scale (scale for each color is presented on the right, ranging from 0 to 1).
