Fig. 4
- ID
- ZDB-IMAGE-160715-47
- Publication
- Chassot et al., 2016 - Zebrafish fin regeneration after cryoinjury-induced tissue damage
- All Figures
- Figures for Chassot et al., 2016
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Fig. 4
Truncation of the damaged fin tissue is followed by resumed regeneration. (A-D) Time-lapse imaging of fins after amputation during the outgrowth-formation, with boxed areas magnified in A′-C′. (F-I) Time-lapse imaging of fins after cryoinjury during the regenerative phase, with boxed areas magnified in F′-H′. Despite a delay of fin loss and partial damage of the stump, the regenerate reproduces a normal shape of the original fin within 20days. (F2) Arrow indicates a broken bone. (E,J) Quantification of the fin regeneration after amputation (E) and cryoinjury (J). The length of the 3 longest lateral rays was measured from the stump margin after fin loss to the distal tip of the regenerate at different time-points. Error bars represent s.e.m., N=4 fins. Scale bar in A=1mm.