Transmission electron micrograph of Drosophila nephrocyte garland cell from ema[1] mutant. ema mutant garland cells are filled with very large electron-lucent alpha and electron-dense alpha and beta ...

Transmission electron micrograph of Drosophila nephrocyte garland cell. Wild-type garland cells display extensive tubulo-vesicular and vacuolar profiles of endosomal compartments, including electron-l...

Transmission electron micrograph of Drosophila nephrocyte garland cell. Wild-type garland cells display extensive tubulo-vesicular and vacuolar profiles of endosomal compartments, including electron-l...

Transmission electron micrograph of Drosophila nephrocyte garland cell from ema[1] mutant: high magnification view. ema mutant garland cells are filled with very large electron-lucent alpha and electr...

Ema localizes to endosomes. Third instar larval garland cells expressing Ema-GFP fusion protein and stained for the late endosomal and lysosomal protein Spinster (red) and plasma membrane and nuclei (...

Transmission electron micrograph of a thin section of a HeLa cell treated to reveal components of the endocytic pathway. Epidermal growth factor (EGFR) is labeled with 10 nm immuno-gold particles and ...

Figure 271 from Chapter 8 (Lysosomes) of 'The Cell, 2nd Ed.' by Don W. Fawcett M.D. Apical region of epithelial cells from the proximal portion of the cauda epididymis of rabbit shows both large, den...

Figure 277 from Chapter 8 (Lysosomes) of 'The Cell, 2nd Ed.' by Don W. Fawcett M.D. Multivesicular bodies, coated vesicles, and lysosomes are evident in these principle cells of the epithelial lining...

Figures 278 (upper) and 279 (lower) from Chapter 8 (Lysosomes) of 'The Cell, 2nd Ed.' by Don W. Fawcett M.D. Multivesicular bodies and lysososmes in human epididymal epithelium. Upper panel, arrows i...

Ema localizes to endosomes. Third instar larval garland cells expressing Ema-GFP fusion protein and stained for the multivesicular body ESCRT protein Hrs (red). Ema does not localize to MVB. Wandering...