原文:
When it comes to color management of fluorescent proteins in corals, they need to be exposed to an excitation wavelength that allows them to emit fluorescence, otherwise they cannot be viewed. In addition, corals inevitably form fluorescent proteins in response to the presence of an excitation wavelength, so if the excitation wavelength is removed, the coral will not form fluorescent proteins, which means it will fade away. For example, BFP/CFP, which functions as an ultraviolet defense, will fade when there is no UV light, and RFP, which functions as a photosynthetic aid, will also fade when there is no longer a need to form it under sufficient environmental light.
當涉及珊瑚螢光蛋白的顏色管理時，它們需要暴露在允許它們發射螢光的激發波長下， 否則它們將無法被觀察到。 此外，珊瑚不可避免地會因激發波長的存在而形成螢光蛋白，因此如果去除激發波長，珊瑚將不會形成螢光蛋白， 這意味著它會消失。例如，起到防紫外線作用的BFP/CFP，在沒有紫外線的情況下會褪色，起到光合助劑作用的RFP，在環境光線充足的情況下不再需要形成時也會褪色。 from Coral Color Management.
1. 失去藍色螢光(BFP/CFP)是缺乏適當強度的UV
2. 失去紅色螢光(RFP)是環境光線充足
看不太懂的是失去紅色螢光是光開太強？ 什麼光太強？ 綠色(Green)光太強？
不知道有沒有高手願意解惑～
謝謝
Ref:
淺談珊瑚缸的光照
Coral Color Management
最後編輯：
撇除使用年限太久之光衰，光譜是最穩定 且最容易控制的
