[The ultrastructure of compound eye in the Portunus tritubereulatus under different wavelength lights adaptation].
[The ultrastructure of compound eye in the Portunus tritubereulatus under different wavelength lights adaptation].
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发表时间：
2006-04
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通讯作者：
Yongfa Luo;Chun Sheng;Zhong Ying Qian;Hui Qi Zhang
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作者：
Yongfa Luo;Chun Sheng;Zhong Ying Qian;Hui Qi Zhang
利用电镜研究了不同波长光适应下三疣梭子蟹复眼的精细结构。将三疣梭子蟹在暗室中训练30分钟，并给予不同波长的光（红色750 nm、黄色580 nm、绿色560 nm、蓝色400 nm）。结果表明，精细结构随着不同波长的光而变化。红光下横纹肌直径最大，微绒毛排列整齐。细胞内有较多的内质网和线粒体。色素颗粒分布于细胞质各处。横纹周围空泡的尺寸较小。蓝光照射下，横纹肌直径最小，微绒毛杂乱。细胞内有较多的板层体、溶酶体和杆周空泡。色素颗粒分布在核仁周围。
The fine structure of compound eye in Portunus tritubereulatus under different wavelength lights adaptation was studied with electron microscopy. The Portunus tritubereulatus were trained in a darkroom for 30 minutes and they were given the lights of different wavelength (red 750 nm, yellow 580 nm, green 560 nm, blue 400 nm). The result showed that fine structures varied with different wavelength lights. Under red light, the diameter of rhabdom was biggest, the microsvilli was orderly. There were more endoplasmic reticulum and mitochondria in the cell. The pigment granules were distributed everywhere in the cytoplasm. The dimension of perirhabdomal vacuoles was small. Under blue light, the diameter of rhabdom was smallest, the microsvilli was messy. There were more lamellar bodies, lysosomes and perirhabdomal vacuoles in the cell. The pigment granules were distributed around nucleolus.