Figure 4.
Figure 4. Image processing: segmentation and template matching. (a) Automated segmentation of actin filaments in Dictyostelium discoideum: actin filaments (yellow to red); ribosomes (blue). Reproduced with permission from Rigort et al. (2012b); copyright Elsevier, Inc. (b) Polyribosomes from intact human glioma cells identified by template matching. Modified with permission from Brandt et al. (2010); copyright Elsevier, Inc. (c) Protein identification using multiple template matching in intact Leptospira interrogans. Tomographic slices and 3D visualization of identified proteins of nonstimulated (left) and antibiotics-treated cells (right), ribosomes (red), GroEL (light blue), GroEL/ES (dark blue), and RNA polymerase II (green). Bar, 200 nm. Reprinted by permission from Macmillan Publishers Ltd: Nature Methods (Beck et al., 2009); copyright 2009.

Image processing: segmentation and template matching. (a) Automated segmentation of actin filaments in Dictyostelium discoideum: actin filaments (yellow to red); ribosomes (blue). Reproduced with permission from Rigort et al. (2012b); copyright Elsevier, Inc. (b) Polyribosomes from intact human glioma cells identified by template matching. Modified with permission from Brandt et al. (2010); copyright Elsevier, Inc. (c) Protein identification using multiple template matching in intact Leptospira interrogans. Tomographic slices and 3D visualization of identified proteins of nonstimulated (left) and antibiotics-treated cells (right), ribosomes (red), GroEL (light blue), GroEL/ES (dark blue), and RNA polymerase II (green). Bar, 200 nm. Reprinted by permission from Macmillan Publishers Ltd: Nature Methods (Beck et al., 2009); copyright 2009.

This Feature Is Available To Subscribers Only

or Create an Account

Close Modal
Close Modal