1.
Study on Physiological and Biochemical Basis of Burl Forming after Inoculation with Agrobacterium Tumefaciens into Populus Tomentosa;
毛白杨接种根癌农杆菌后瘿木形成的生理生化基础研究
2.
Study on Structure Characteristics, Chemical Compositions and Cell Inclusion Contents of Burl during Its Development in Chinese White Poplar;
毛白杨瘿木形成过程中结构、化学组成及细胞内含物含量变化的研究
3.
Preliminary Study on Burl of Chinese White Poplar Forming s Anatomic Feature and the Test for Agrobacterium Tumfacience Distribution in Chinese White Poplar;
毛白杨瘿木形成的解剖学特征初步研究与毛白杨体内农杆菌的检测
4.
cynipid gall wasps, esp. causing oak-apple galls.
能引起栎瘿的瘿蜂等。
5.
Studies on Occurrence of Two Eriophyid Mites and Physiology of Gall Disease in Pears;
梨树瘿螨的发生及螨瘿病生理的研究
6.
A NEW SPECIES OF GALL MIDGE(DIPTER,CECIDOMYIIDAE) FROM CHINA
中国瘿蚊一新种记述(双翅目,瘿蚊科)
7.
A NEW SPECIES OF IBALIIDAE (HYMENOPTERA:CYNIPOIDEA) PARASITIZING SIRICID WASP ON THICKLEAF SPRUCE FROM GANSU, CHINA
寄生云杉树蜂的枝跗瘿蜂一新种(膜翅目:瘿蜂总科:枝跗瘿蜂科)
8.
TWO NEW SPECIES OF RHYNCAPHYTOPTINAE FROM CHINA (ACARI: RHYNCAPHYTOPTIDAE)
大嘴瘿螨亚科二新种记述(蜱螨亚纲:大嘴瘿螨科)
9.
A New Species of the Genus Anarete (Diptera: Cecidomyiidae) from Zhejiang, China
浙江短角瘿蚊属一新种记述(双翅目:瘿蚊科)
10.
A NEW SPECIES OF ACARALOX (ACARI,ERIOPHYOIDEA) INFESTING MANGROVE,AVICENNIA MARINA (FORSK.) VIERH.,FROM CHINA
中国红树林植物白骨壤上的斜瘿螨属一新种(蜱螨亚纲,瘿螨总科)
11.
the bacteria that produce crown gall disease in plants.
在植物中能产生冠瘿病的细菌。
12.
Any of various small insects, such as the gall midge or gall wasp, that deposit their eggs on plant stems or in the bark of trees, causing the formation of galls in which their larvae grow.
瘿蝇一种小昆虫，例如瘿蚊或瘿蜂，他们把卵产在植物的茎内或树皮内，幼虫在里面生长并产生虫瘿
13.
cynipid gall wasps, chiefly affecting oaks.
瘿蜂，主要是侵袭各种橡树。
14.
Best results will be obtained on recently formed galls.
如果瘿瘤是新近形成的，则效果最好。
15.
Bio-synthesis of Angulatin A by Callus (cell) and Crown Gall Cultures;
愈伤组织和冠瘿培养生物合成苦皮素A
16.
The Study on Clinic Rule of TCM Syndrom Type in Hyperthyroidism(YingQi);
甲亢（瘿气）临床辨证分型规律的研究
17.
Studies on Occurence and Control of Epitrimerus Pyri (Nalepa) in Pear;
梨上瘿螨发生规律和防治技术的研究
18.
Review of Crown Gall Control with Antagonistic Organism;
应用颉抗菌防治植物冠瘿病研究现状