A figure from Chapter 13 (Cilia and Flagella) of 'The Cell' by Don W. Fawcett M.D. The microtubules of the axoneme are adequately preserved by routine fixation for electron microscopy of thin sections...

Light micrograph of a longitudinal section of the epididymis. The lining of the duct consists of pseudostratified epithelial cells, which have prominent microvilli on their free surface extending in...

Filaments extend from microvilli of the epithelial cells in the intestine of the bat, Moytis lucifugus in these two high magnification electron micrographs. These filaments, which are 2.5-5nm thick, ...

Epithelial cells (ec) of the midgut. Spiroplasmas are bacteria in the Class Mollicutes that are frequently associated with insects and/or plants. These electron micrographs show symbiotic/ commensal ...

This image shows two different types of white blood cells from a mouse which are essential for mammalian immune response to protect from infection. The larger cell is a macrophage and the smaller two...

Spiroplasmas are bacteria in the Class Mollicutes that are frequently associated with insects and/or plants. These electron micrographs show apparent symbiotic/ commensal spiroplasma-like organisms (S...

Figure 301 from Chapter 12 (Centrioles) of 'The Cell' by Don W. Fawcett M.D. Centrioles are usually positioned so that their long axes form a right angle. Their perpendicular orientation is maintained...

Colocalization of the microtubule anchoring factor LL5α (red) with integrin α6 (blue) and laminin (green) in the epithelium of mouse small intestine. LL5α is localized to the basal cell cortex atta...

Epithelial cells (ec) of the midgut. Spiroplasmas are bacteria in the Class Mollicutes that are frequently associated with insects and/or plants. These electron micrographs show symbiotic/ commensal ...

Spiroplasmas are bacteria in the Class Mollicutes that are frequently associated with insects and/or plants. This electron micrograph shows symbiotic/ commensal spiroplasma-like organisms (SLOs) in th...