(C) I. Golding and E. C. Cox, Physical Nature of Bacterial Cytoplasm, Phys. Rev. Lett. 96, 098102 (2006). DISCLAIMER: These data have been kindly provided by Dr. I. Golding and posted onto the INADILIC website according to the authors' permission (28/09/2015). These data can be freely used for testing statistical methods and biophysical models under the condition of providing the appropriate credits to the authors and citing the above paper which presents and describes the data. Two-dimensional trajectories of individual fluorescently labeled mRNA molecules inside live E. coli cells (see further details in the paper). There are in total 27 trajectories available of various lengths. Each file (ASCII text format) has three columns describing the trajectory: the time stamp (in seconds), the X coordinate (in micrometers), and the Y coordinate (in micrometers). As shown by the authors, this motion exhibits subdiffusive character with the scaling exponent alpha = 0.70 +/- 0.07. n filename number of steps 1 Nxy081104_016L.txt 384 2 Nxy081104_020L.txt 490 3 Nxy081104_020R.txt 488 4 Nxy083004_011.txt 1600 5 xy081004_009.txt 399 6 xy081004_011.txt 483 7 xy081004_013L.txt 475 8 xy081004_014.txt 479 9 xy081004_022.txt 479 10 xy081004_026.txt 447 11 xy081004_028S.txt 419 12 xy081104_001.txt 486 13 xy081104_002L.txt 482 14 xy081104_004N.txt 488 15 xy081104_006S.txt 140 16 xy081104_007L.txt 461 17 xy081104_009R.txt 477 18 xy081104_011S.txt 368 19 xy081104_015L.txt 375 20 xy081104_015R.txt 330 21 xy081104_017L.txt 412 22 xy081104_019S.txt 491 23 xy083004_009E.txt 1628 24 xy083004_009W.txt 1074 25 xy083004_010.txt 680 26 xy083004_012S.txt 921 27 xy083004_017.txt 1144