Trajectories of electroporated quantum dots in COS7 cells: non-functionalized and attached to kinesins of different families

Two-dimensional trajectories of quantum dots (QDs) with a measured Stokes radius of 14.4 nm inside cells under different conditions. <br><br>See further details in the paper:<br><i>Probing cytoskeletal modulation of passive and active intracellular dynamics using nanobody-functionalized quantum dots</i><br>Eugene A Katrukha, Marina Mikhaylova, Hugo X van Brakel, Paul M van Bergen en Henegouwen, Anna Akhmanova, Casper C Hoogenraad, Lukas C Kapitein<br><br>Nat. Commun. 8, 14772 doi: 10.1038/ncomms14772 (2017)<br>File unfiltered_tracks_mdf_format.zip<br>There are 6 groups of trajectories (in 6 folders): 1) QD_control (control group): <br> 2) QD_wLatrunculinA (inside cells with actin depolymerized using LatrunculinA) 3) Kinesin1(KIF5B)_QD <br> 4) Kinesin2(KIF17)_QD<br> 5) Kinesin3(KIF1A)_QD 6) Kinesin4(KIF21B)_QD<br>Files are in MDF (MTrackJ format), see supporting code for example of reading.<br><br>1)-2) correspond to Figure 1 d-f<br>3-6) correspond to Figure 2d-k, 3bd,<br><br>File filtered_tracks_txt_format.zip contains tracks in txt format that are already filtered by duration as described in the paper, for theoretical analysis purposes. See http://inadilic.fr/data/ for details.<br>