CAJ | 학술논문

晶状体透明性的维持与其蛋白的结构成分极为密切,因此研究晶状体内的蛋白空间分布变化有重要意义.由实验中得到的450 cm~(-1)～2 000 cm~(-1)范围内健康家兔晶状体拉曼光谱,计算了家兔晶状体蛋白中三条氨基酸侧链和两条蛋白质主链拉曼谱峰沿赤道部和视轴部的光谱强度,根据实验结果讨论了这五条拉曼光谱在家兔晶状体中的空间分布特性.
정상체투명성적유지여기단백적결구성분겁위밀절,인차연구정상체내적단백공간분포변화유중요의의.유실험중득도적450 cm~(-1)～2 000 cm~(-1)범위내건강가토정상체랍만광보,계산료가토정상체단백중삼조안기산측련화량조단백질주련랍만보봉연적도부화시축부적광보강도,근거실험결과토론료저오조랍만광보재가토정상체중적공간분포특성.
The structure of protein plays an important role to the transparency of lens and it is significant to study the change of protein in the lens. The intensity of three kinds of amino acids and two kinds of proteins raman lines to the normal rabbit lens were calculated in the equatorial visual and visual axes from the raman shift from 450 cm~(-1) to 2 000 cm~(-1).The spatial evolution property of the rabbit lens was finally discussed according to the experimental results.