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Fig. 2. Spectral sensitivity of smolt melanophores and candidate photopigments involved in melanophore photosensitive processes.(A,B) Incident light triggered.

Published byMatti Melasniemi Modified over 5 years ago

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Presentation on theme: "Fig. 2. Spectral sensitivity of smolt melanophores and candidate photopigments involved in melanophore photosensitive processes.(A,B) Incident light triggered."— Presentation transcript:

1 Fig. 2. Spectral sensitivity of smolt melanophores and candidate photopigments involved in melanophore photosensitive processes.(A,B) Incident light triggered a smolt melanophore to aggregate or disperse inner pigment granules (melanosomes): (A) aggregation at 380 nm; (B) dispersion at 480 nm. Spectral sensitivity of smolt melanophores and candidate photopigments involved in melanophore photosensitive processes.(A,B) Incident light triggered a smolt melanophore to aggregate or disperse inner pigment granules (melanosomes): (A) aggregation at 380 nm; (B) dispersion at 480 nm. (C) Melanophores responded to light in a wavelength-dependent manner. Aggregations occurred with UV and short wavelength illumination and dispersions with middle and long wavelength illumination. (D) Western blot analysis of photopigment proteins of the integumentary tissues of parrs and smolts. Proteins extracted from caudal fins of parrs and smolts were subjected to western blot analysis. Blots were probed with antibodies against UVS, Cry, OPN4, and actin which served as a loading standard. After incubation with NBT/BCIP, UVS, Cry, and OPN4, and actin were detected at their expected sizes (in kDa): UVS = ∼40; Cry = ∼66; OPN4 = ∼63; actin = ∼42. Scale bars: 50 µm. Shyh-Chi Chen et al. Biology Open 2014;bio © Published by The Company of Biologists Ltd

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