Image of the Week Archive

February 21, 2010

Immunofluorescent image of KIAA0319 protein in cells. (Image courtesy of Antonio Velayos-Baeza, University of Oxford.)

February 14, 2010:

High-resolution optical coherence tomography and a 6-millimeter endoscope created this image of a normal mouse ovary. The larger arrow indicates the corpus luteum, and the smaller arrow points to cell nuclei. Jennifer Barton uses mouse models of ovarian cancer to better understand carcinogenesis and test novel therapies. She says, “Having the resolution to see cell nuclei will enable the early stages of dysplasia to be identified.” (Image courtesy of Jennifer Barton.)

February 7, 2010

This transmission electron micrograph shows nanoburrs, which are nanometer-scale structures that one day could deliver drugs. For more information see: Spatiotemporal controlled delivery of nanoparticles to injured vasculature. (Image courtesy of Juliana Chan.)

January 31, 2010:

IBM scientists are using DNA origami to build tiny circuit boards. In this image, low concentrations of triangular DNA origami are binding to wide lines on a lithographically patterned surface. (Image courtesy of IBM.)

High-resolution optical coherence tomography and a 6-millimeter endoscope created this image of a normal mouse ovary. The larger arrow indicates the corpus luteum, and the smaller arrow points to cell nuclei. <a href=”http://www.ece.arizona.edu/~barton/” target=”_blank”>Jennifer Barton</a> uses mouse models of ovarian cancer to better understand carcinogenesis and test novel therapies. She says, “Having the resolution to see cell nuclei will enable the early stages of dysplasia to be identified.” (Image courtesy of Jennifer Barton.)
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