1) annonaceous acetogenins
番荔素
1.
Results Eleven compounds were isolated and identified as annonaceous acetogenins: squamocenin (1), annotemoyin-2 (2), reticulatain-2 (3), squamocin-I (4), squamocin-B (5), squamocin (6), motrilin (7), squamostatin-D (8), .
结果 从乙醇提取物分离鉴定了 11个番荔素:squamocenin(1), annotemoyin- 2 (2), reticulatain- 2 (3), squamocin- I(4), squamocin -B(5), squamocin(6), motrilin(7), squamostatin -D(8), squamostatin- E(9), cherimolin -1 (10)和cherimolin -2 (11)。
2.
AIM To develop a method for analysis of antitumor annonaceous acetogenins in Annonaceae plants by HPLC.
目的 建立番荔枝科植物中抗肿瘤活性成分番荔素的HPLC含量测定方法。
2) F43
番荔枝素提取物(F43)
3) Neo reticulatacin A
新牛心番荔枝素甲
4) Custard apple
番荔枝
1.
Research achievements since1980s on the diseases of custard apple fruits are summarized,including2physiological diseases and15pathological diseases.
综述了20世纪80年代以来国内外番荔枝果实病害的研究成果,包括2种生理性病害和15种病理性病害的症状、病原及防治方法。
2.
The author introduced the basic botanical characteristics of custard apple and suggested two kinds of potential developing methods to obtain the products that could be used as delicious friut materials in food industry in the development of biological resources.
介绍了番荔枝的基本生物特性、食用价值及药用开发价值 ,并提出了简单有效的保鲜加工方法 ,这为消费者常年提供营养美味的热带水果———番荔枝成为可能 ,同时也为热带、亚热带区域种植、加工番荔枝提供了一条有价值的开发途径。
5) Annonaceae
番荔枝科
1.
Studies on epidermal micromorphology of eight genera in Annonaceae from China by SEM;
中国番荔枝科8属植物叶的扫描电镜观察
2.
Comparative Anatomy on Leaves of the Annonaceae;
番荔枝科植物叶的比较解剖学
3.
Three synonyms of Annonaceae in China;
中国番荔枝科植物三新异名
6) Annona squamosa
番荔枝
1.
Chemical constituents from the seeds of Annona squamosa;
番荔枝种子化学成分研究
2.
Introduction Effect and Cultivation Techniques of Annona squamosa at Yuanjiang County;
番荔枝在元江的引种成效及栽培技术
3.
Studies on the Chemical Constituents of Annona squamosa (7);
番荔枝化学成分研究(7)
补充资料:荔支绿颂
【诗文】:
王墙东之美酒,得妙用於六物。
三危露以为味,荔支绿以为色。
哀白头而投裔,每倾家以继酌。
忘螭鬽之躨触,见醉乡之城郭。
扬大夫之拓落,陶徵君之寂寞。
惜此士之殊时,常生尘於尊勺。
【注释】:
【出处】:
王墙东之美酒,得妙用於六物。
三危露以为味,荔支绿以为色。
哀白头而投裔,每倾家以继酌。
忘螭鬽之躨触,见醉乡之城郭。
扬大夫之拓落,陶徵君之寂寞。
惜此士之殊时,常生尘於尊勺。
【注释】:
【出处】:
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