Absorption spectra of chromatic acclimators grown in different light colors.

Fluorescence excitation spectra of <i>Synechococcus</i> A15-62, a chromatic acclimator that adjusts its PUB:PEB ratio. The spectra show excitation wavelengths absorbed by the cells and subsequently emitted by the phycobilisomes as fluorescence at 580 nm, when the cells are grown in blue light (blue line) or green light (green line). Absorption spectra of <i>Pseudanabaena</i> CCY9509, a chromatic acclimator that adjusts its PEB:PCB ratio. The absorption spectra are shown for cells acclimated to green light (green line), orange light (orange line), and midway during chromatic acclimation after a switch from green to orange light (black line). <br>Spectra in were measured in this study using methods described in Sanfilippo et al. (2019) and Stomp et al. (2008)<br>Datasets accompany <b>Extended Data Fig 3.</b>

<i>聚球藻（Synechococcus）</i>A15-62的荧光激发光谱，该菌株是一种可调节PUB:PEB比例的光色适应菌株。当该菌株在蓝光（蓝色曲线）或绿光（绿色曲线）中培养时，本光谱展示了被细胞吸收、随后由藻胆体（phycobilisomes）在580 nm处发射荧光的激发波长。
<i>假鱼腥藻（Pseudanabaena）</i>CCY9509的吸收光谱，该菌株是一种可调节PEB:PCB比例的光色适应菌株。本光谱展示了分别适应绿光（绿色曲线）、橙光（橙色曲线），以及从绿光切换至橙光后处于光色适应中途状态的细胞的吸收光谱（黑色曲线）。
本研究中的光谱测定采用了Sanfilippo等人（2019）与Stomp等人（2008）所报道的实验方法。
本数据集配套于<b>扩展数据图3（Extended Data Fig 3）</b>。