Lifespan data for S. pombe cells in the multiplexed Fission Yeast Lifespan Microdissector (multFYLM)

Published: 22 May 2018| Version 1 | DOI: 10.17632/m2cn677mfy.1
Contributor:
Stephen Jones

Description

These MATLAB files contain the following matrices for each strain and condition indicated, which covers the lifespan of the fission yeast cells for the duration of the experiment: expdate = date experiment was completed on, in YYMMDD format d = pixel length of cell at each time point. Row number is time point number, column number is cell identifier. t = specific real-world time that the data was collected. Row is time point number, column is cell identifier. Matches up with matrix d. dvlc = time point number for each cell division event. Row is the division number, column is cell identifier. Matches up with matrices dvln and dvtm. dvln = length of the cell immediately after division. Row is the division number, column is cell identifier. Matches up with matrices dvlc and dvtm. dvtm = specific real-world time that a cell divided at. Row is the division number, column is cell identifier. Matches up with matrices dvlc and dvln. ndv = vector of the number of divisions of the cell in each channel, where the column is the cell identifier. fstatus = vector of the final state of the cell in each channel, where the column is the cell identifier. -1: lost/ejected, 0: empty, 1: dies, 2: survives outfile = name of the matlab file. CTper = number of channels per field of view FOVset = vector of numbers identifying the fields of view during image collection

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