Springer Imageshttp://www.springerimages.comSpringerImages provides a new way to access hard-to-find SpringerLink content of the utmost value to researchers: images.2013-05-19T01:33:18.423338+02:00Copyright Springer 2013. Produced by Current Medicine Group Ltd, a part of Springer Science+Business MediaSpringerImageshttp://www.springerimages.com/images/springer.gif AFM height (a) and deflection images (b) of cells shown in Fig. . Microfilaments observed in the confocal images in Fig. c, arrow 1 is also observed in the AFM height and deflection images (arrow 1). Fn containing fibres identified in the confocal image (Fig. c, arrow 2) are observed in AFM height and deflection images as well (arrow 2). The deflection image b shows that Fn containing fibres (arrow 2) show greater contrast than microfilaments (arrow 1). Note: AFM images were taken at a higher magnification than the confocal images in Fig.  (scale bars = 5 μm) <img src="http://img.springerimages.com/Images/Springer/PUB=Springer-Verlag-Berlin-Heidelberg/JOU=00249/VOL=2006.35/ISU=8/ART=2006_81/MediaObjects/THUMB_249_2006_81_Fig8_HTML.jpg" width="150" height="120"/> <p> AFM height (a) and deflection images (b) of cells shown in Fig. . Microfilaments observed in the confocal images in Fig. c, arrow 1 is also observed in the AFM height and deflection images (arrow 1). Fn containing fibres identified in the confocal image (Fig. c, arrow 2) are observed in AFM height and deflection images as well (arrow 2). The deflection image b shows that Fn containing fibres (arrow 2) show greater contrast than microfilaments (arrow 1). Note: AFM images were taken at a higher magnification than the confocal images in Fig.  (scale bars = 5 μm) </p> http://www.springerimages.com/Images/RSS/1-10.1007_s00249-006-0081-7-7