Dataset for measuring tendency of Y-junctions to line up into grain boundaries during 
incorporation into retinae


Pixel size is 0.569 µm X 0.569 µm

“fish14” corresponds to fish 1 in Table 2 of main text
… domain rotation at margin at time of photoconversion ~ 23.7 degrees.

“fish15” corresponds to fish 2 in Table 2 of main text
… domain rotation at margin at time of photoconversion ~ 18.7 degrees

“fish17” corresponds to fish 3 in Table 2 of main text
… domain rotation at margin at time of photoconversion ~ 15.8 degrees

“fish20” corresponds to fish 4 in Table 2 of main text
… domain rotation at margin at time of photoconversion ~ 18.7 degrees 
for one of the grain boundaries
… domain rotation at margin at time of photoconversion ~ 16.8 degrees 
for one of the grain boundaries

“fish22” corresponds to fish 5 in Table 2 of main text
… domain rotation at margin at time of photoconversion ~ 10.1 degrees 

“fish23” corresponds to fish 6 in Table 2 of main text
… domain rotation at margin at time of photoconversion ~ 13.5 degrees

“fish24” corresponds to fish 7 in Table 2 of main text
… domain rotation at margin at time of photoconversion ~ 11.4 degrees

“fish26” corresponds to fish 9 in Table 2 of main text
… domain rotation at margin at time of photoconversion ~ 11.5 degrees

“fish37” corresponds to fish 11 in Table 2 of main text
… domain rotation at margin at time of photoconversion ~ 18.2 degrees 
for one of the grain boundaries
… domain rotation at margin at time of photoconversion ~ 10.3 degrees 
for one of the grain boundaries

“fish38” corresponds to fish 10 in Table 2 of main text
… domain rotation at margin at time of photoconversion ~ 15.5 degrees

“fish39” corresponds to fish 12 in Table 2 of main text
… domain rotation at margin at time of photoconversion ~ 16.3 degrees 
for one of the grain boundaries
… domain rotation at margin at time of photoconversion ~ 14.1 degrees 
for one of the grain boundaries

fish.pptx summarizes row tracing for identification of y-junctions

click_on_defects.m is the function for analyzing the statistical significance of the 
addition of new defects to existing y-junctions


To Cite this Work:
Nunley, H., Nagashima, M., Martin, K., Lorenzo Gonzalez, A., Suzuki, S., Norton, D., 
Wong, R., Raymond, P., Lubensky, D. Dataset for measuring tendency of Y-junctions to line 
up into grain boundaries during incorporation into retinae [Data set]. University of 
Michigan - Deep Blue. https://doi.org/10.7302/tnfa-e438