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Correction| March 22 1999

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Online ISSN: 1540-8140
Print ISSN: 0021-9525
1999
J Cell Biol (1999) 144 (6): 1361.
https://doi.org/10.1083/jcb.144.6.1361
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Corrected article Slow Axonal Transport of Neurofilament Protein in Cultured Neurons

Koehnle and Brown Vol. 144, No. 3, February 8, 1999. Pages 447–458.Because of a printing error, Fig. 2 on page 450 appears significantly darkened. An accurate representation of the image and its legend appear below.

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1999
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Figure 2
Figure 2. Morphological changes at the site of constriction. Phase contrast images of an axon immediately before constriction (A) and after constriction for 1, 30, and 120 min (B–D). The cell was fixed after constriction for 2 h and then the glass fiber was removed (E) and the cell was stained for NF-L by immunofluorescence microscopy (F). Bar, 5 μm.
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Morphological changes at the site of constriction. Phase contrast images of an axon immediately before constriction (A) and after constriction for 1, 30, and 120 min (B–D). The cell was fixed after constriction for 2 h and then the glass fiber was removed (E) and the cell was stained for NF-L by immunofluorescence microscopy (F). Bar, 5 μm.

Figure 2
Figure 2. Morphological changes at the site of constriction. Phase contrast images of an axon immediately before constriction (A) and after constriction for 1, 30, and 120 min (B–D). The cell was fixed after constriction for 2 h and then the glass fiber was removed (E) and the cell was stained for NF-L by immunofluorescence microscopy (F). Bar, 5 μm.
View large Download slide

Morphological changes at the site of constriction. Phase contrast images of an axon immediately before constriction (A) and after constriction for 1, 30, and 120 min (B–D). The cell was fixed after constriction for 2 h and then the glass fiber was removed (E) and the cell was stained for NF-L by immunofluorescence microscopy (F). Bar, 5 μm.

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Volume 144, Issue 6
22 March 1999
Journal of Cell Biology Cover Image for Volume 144, Issue 6

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Slow Axonal Transport of Neurofilament Protein in Cultured Neurons

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