A comparison of kinesin-6 anaphase dynamics in a cell with a bipolar or monopolar spindle. (left) TIRF time lapse of kinesin-6 (Pav-GFP; green) and mCherry-tubulin (red) in a wild-type S2 cell with a bipolar spindle from metaphase to anaphase. (right) TIRF time lapse of kinesin-6 (Pav-GFP; green) and mCherry-tubulin (red) in a cell with a monopolar spindle (S2 cells treated with dsRNA to Klp61F (kinesin 5 motor) and BubR1 (checkpoint protein)). This video corresponds to the image in Fig. 5 B and video 5 from J Cell Bio 186:727-738, 2009. Total internal reflection microscopy was performed using a microscope (Perfect-focus TE2000; Nikon) with a 100×, 1.45 NA objective (Nikon) and illumination from either a 488 nm argon laser (100 mW) or a 491 nm solid-state laser (100 mW) and a 561-nm solid-state laser (50 mW). For dual-color TIRF microscopy, we used a triplepass dichroic filter (z491/561/633rpc) and changed the emission filter (ET525/50 or ET595/50; both from Chroma Technology Corp.) with a filter wheel placed before the camera. In some cases, an excitation notch filter was used in the filter cube (NF01-405/488/561/635; Semrock, Inc.). Images were typically captured every 2-3 s with a 50-200 ms exposure with an EM charge-coupled device camera (iXon; Andor Technology). The microscope was controlled and images were acquired using open source MicroManager software (http://www.micro-manager.org).
- Ronald D. Vale
- James A. Spudich
- Eric R. Griffis
- J Cell Bio 186:727-738, 2009
GroupingThis image is part of a group.
- Data Qualifiers
- raw, unprocessed data
- suitable for spatial measurements
|Spatial Axis||Image Size||Pixel Size|
|1||488, 561 nm|