1) Chytridiomycetes
壶菌纲
2) Hyphochytridiomycetes
丝壶菌纲
4) Thraustochytrium aureum
破囊壶菌
1.
By analyzing the fermentation product of the Thraustochytrium aureum ATCC34304 and other four s.
本文通过对破囊壶菌ATCC34304等四株菌的发酵液的分析,发现ATCC34304易于培养且DHA含量高,对ATCC34304的发酵培养基组分和发酵条件进行进一步研究后得出,在以淀粉为碳源的培养基中,28℃170rpm摇床光照培养6天,DHA含量达320。
2.
By analyzing the fermentation product and studying the fermentation condition of the Thraustochytrium aureum ATCC34304 and other four strain,it is obtained that the ATCC34304 can be cultured more easily and the content of DHA is high.
通过对破囊壶菌 ATCC3430 4等四株菌的发酵液的分析及发酵条件的研究 ,发现ATCC3430 4易于培养且 DHA含量高 ,在以淀粉为碳源的培养基中 ,2 8℃ 170 r/ min摇床光照培养 6 d,DHA含量达 32 0 。
3.
From the initial strain, Thraustochytrium aureum ATCC34304, the optimizing of medium components and culture condition, breeding of high DHA yield strain, metabolic regulation and control of DHA fermentation and scale-up culture in bioreactor was mainly studied in this dissert.
本论文利用一株破囊壶菌(Thraustochytrium aureum)ATCC34304为出发菌株，对培养基组分和培养条件优化、高产菌株的选育、DHA发酵的代谢调控及生物反应器放大培养等方面进行了较为深入的研究。
5) Schizochytrium
裂殖壶菌
1.
Cloning and Expression of Acyl Carrier Protein Gene from Schizochytrium;
裂殖壶菌酰基载体蛋白(ACP)基因的克隆与表达
2.
Studies on Cell Oil Produced by Schizochytrium sp.FJU512;
裂殖壶菌Schizochytrium sp.FJU-512细胞油脂的研究
3.
Separation and Identification of Schizochytrium sp.;
1株裂殖壶菌(Schizochytrium sp.的分离鉴定
6) Thraustochytrium
破囊壶菌
1.
Cloning and Functional Analysis of 5 Flanking Region of Δ~4-Desaturase Gene from Thraustochytrium;
破囊壶菌Δ~4-脂肪酸脱饱和酶基因5 端侧翼区域的克隆与鉴定
2.
Co-expression of Thraustochytrium sp. FJN-10 △~5-elongase and △~4-desaturase in Saccharomyces cerevisiae
海洋破囊壶菌△~5-延长酶和△~4-脱饱和酶在酿酒酵母中的共表达
3.
The ultrasonication of Thraustochytrium and the lipids extraction from it were studied, and the fatty acid composition of lipids was analyzed.
本文研究了超声波破碎破囊壶菌细胞及其脂质提取的方法 ,并对脂质脂肪酸组成进行了分析 。
补充资料：壶菌纲
鞭毛菌亚门的 1纲。本纲真菌具后生单鞭毛游动孢子或能动配子,繁殖时需要凝结水。多数生在水中,少数生在潮湿土壤的木膜中，有的寄生在藻类或其他陆生植物上。有性生殖多样，典型的产生休眠孢子囊。根据菌体的结构、菌体与基物的关系、菌体的发育方式、游动孢子的油滴以及有性生殖的方式，本纲下分壶菌目、肋壶菌目、芽枝菌目和单毛菌目4目,共14科100属、约400种。本纲直接经济意义不大。肿囊壶菌等寄生并毁损藻类,而这些藻类是水生动物食物链的一环。油壶菌属、集壶菌属和节壶菌属可使经济植物患病。异水霉属和小芽枝霉属曾被E.C.坎蒂诺(1959)等人用作研究真菌形态建成的材料。多形单毛菌的不动雌配子与能动雄配子的配合方式，在真菌中独具特色。长雌异水霉有孢子体和配子体交替的现象。雕蚀菌属的许多种均能侵染蚊类幼虫，可望用于蚊虫的生物防治。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条