MechEng99
aka Reef'd Up
I think this thread is missing some key info.
Corals fluoresce depending on what proteins they have and the light spectrum that excites them. You could have a coral with all sorts of fluorescent proteins and have it not fluoresce with the wrong lighting.
- Yellow Fluorescent Proteins (forget the excitation range) are rare.
- Green FP's excite around 500 nm.
- Cyan FP's excite around 450 nm (which is why we use so much actinic).
- Blue FP's excite around 380 nm. Excitation around 400-450 can emit cyan green fluorescence.
If you're running standard "actinics", then you're mostly just targeting the cyan fluorescent pigments. You're missing another world with higher and lower excitation ranges. Most corals will "pop" some amount with the CFP's, but if fluorescence really excites you (haha...bad pun), then look into some accent LED lighting.
Corals fluoresce depending on what proteins they have and the light spectrum that excites them. You could have a coral with all sorts of fluorescent proteins and have it not fluoresce with the wrong lighting.
- Yellow Fluorescent Proteins (forget the excitation range) are rare.
- Green FP's excite around 500 nm.
- Cyan FP's excite around 450 nm (which is why we use so much actinic).
- Blue FP's excite around 380 nm. Excitation around 400-450 can emit cyan green fluorescence.
If you're running standard "actinics", then you're mostly just targeting the cyan fluorescent pigments. You're missing another world with higher and lower excitation ranges. Most corals will "pop" some amount with the CFP's, but if fluorescence really excites you (haha...bad pun), then look into some accent LED lighting.