Development of marine notes in algae.

有了用于藻类中新鲜海洋注释开发的研究的一部分，后续的研究结果已经获得。一种新的Heme蛋白质，在第一章中催化了多饱和脂肪酸的氧化生成的氧化脂蛋白，新氯苯酚的两种效应和新氯苯酚的减少，都是化学-酶合成物成功地获得的，及其在第二章中发现的吸引力缺陷特性。第三章中发现的characteristic长链醛的生物合成中间体被识别为（2 R）-绿色藻类中的羟基脂肪酸。Z）-unsaturated dienenals and trienals of C-D217 C-D216 C-D2were stereoselectively synthesized and their olfactory evaluation showed a variety of applications in perfume industry in Chapter IV。

With a part of research for development of fresh marine notes in algae, following research results were obtained. A novel heme protein, which catalyzes oxygenation of polyunsaturated fatty acids affording oxylipins in Chapter I.Both enantiomers of neodictyoprolene and neodictyoprolenol reminiscent of algae, were successfully obtained by chemo-enzymatic syntheses, and their attractive olfactory properties were found in Chapter II.The biosynthetic intermediates of characteristic long-chain aldehydes were identified as (2R)-hydrperoxy fatty acids in green algae in Chapter III.The (Z)-unsaturated dienenals and trienals of CィイD217ィエD2 and CィイD216ィエD2 were stereoselectively synthesized and their olfactory evaluation showed a variety of applications in perfume industry in Chapter IV.