Phosphorus has a characteristic electron energy loss with an edge at 160 eV. The Zeiss 902 electron microscope permits images to be recorded at different energy losses which can be digitized and proce...

Phosphorus has a characteristic electron energy loss with an edge at 160 eV. The Zeiss 902 electron microscope permits images to be recorded at different energy losses which can be digitized and proce...

Phosphorus has a characteristic electron energy loss with an edge at 160 eV. The Zeiss 902 electron microscope permits images to be recorded at different energy losses which can be digitized and proce...

Phosphorus has a characteristic electron energy loss with an edge at 160 eV. The Zeiss 902 electron microscope permits images to be recorded at different energy losses which can be digitized and proce...

Phosphorus has a characteristic electron energy loss with an edge at 160 eV. The Zeiss 902 electron microscope permits images to be recorded at different energy losses which can be digitized and proce...

Scanning electron micrograph reveals microvilli on the surface of HeLa cells in culture. Image by Keith Porter. Figure 31 from Chapter 2 (Specializations of the Free Surface) of 'The Cell, 2nd Ed.' b...

A colorized scanning electron microscope picture of a nerve ending that has been broken open to reveal the synaptic vesicles (orange and blue) beneath the cell membrane.

Figure 328 from Chapter 14 (Sperm Flagellum) of 'The Cell, 2nd Ed.' by Don W. Fawcett M.D. Scanning electron micrograph of rabbit spermatozoa on the endometrium of the uterus. Image by David Phillip...

Figure 316 from Chapter 13 (Cilia and Flagella) of 'The Cell' by Don W. Fawcett M.D. The differences in size and shape of cilia and microvilli are well illustrated by scanning micrographs of the lumen...

Figure 317 from Chapter 13 (Cilia and Flagella) of 'The Cell' by Don W. Fawcett M.D. The inconsistent orientation of the cilia in scanning micrographs does not accurately reflect their state in the li...