Ladygin V G, Semenova G A, Tageeva S V
Tsitologiia. 1978 Sep;20(9):998-1004.
The analysis of a group of recombinant strains of phenotypically yellow mutant Y-4 Chlamydomonas reinhardii has shown a considerable variability in displaying the degree of pigmentation. Chlorophyll "a" is the first to accumulate in chloroplasts. Chlorophyll "b" was found in strains when the content of chlorophyll "a" reached 1% of its concentration in cells of the wild type, The occurrence of spectral forms of chlorophyll "a" at 661, 667, 678, 685, 698 and 703 does not correlate with its quantitative accumulation. Variability in pigment accumulation is accompanied by changes both in the structural organization of the membrane system of chloroplasts and in the functional activity of photosystems. The degree of development of chloroplast structure in the group of recombinant strains varies from the formation of vesicules to well developed tilakoids and their arrangement in grains.
对一组表型为黄色突变体莱茵衣藻Y-4的重组菌株的分析表明，在色素沉着程度的表现上存在相当大的变异性。叶绿素“a”是最早在叶绿体中积累的。当叶绿素“a”的含量达到野生型细胞中其浓度的1%时，在菌株中发现了叶绿素“b”。叶绿素“a”在661、667、678、685、698和703处的光谱形式的出现与其定量积累无关。色素积累的变异性伴随着叶绿体膜系统结构组织和光系统功能活性的变化。重组菌株组中叶绿体结构的发育程度从囊泡的形成到发育良好的类囊体及其在颗粒中的排列各不相同。
