1.
A thick-walled, asexual fungal spore that is derived from a hyphal cell and can function as a resting spore.
厚垣孢子一种由菌丝细胞形成、细胞壁很厚的无性真菌孢子，能起休眠孢子的作用
2.
Studies on the influence on germination of resting spores of Plasmodiophora brassicae on pakchoi
影响小白菜根肿病菌休眠孢子萌发的主要因子研究
3.
A thick - walled resting spore, as in certain algae or fungi.
包囊一种厚壁休眠孢子，如在某些海藻或者真菌中
4.
Size vartation of cysts of wart disease of potato with treatment of antiseptic solution
防腐浸渍处理后马铃薯癌肿病休眠孢子囊的大小变化
5.
Effects of Nitrogen and Silicon Limitation on Resting Spore Formation of Red Tide-causing Alga Chaetoceros compressus (Bacillariophyta)
氮、硅限制对赤潮藻扁面角毛藻休眠孢子形成的影响
6.
A fertilized female cell or zygote, especially one with thick chitinous walls, developed from a fertilized oosphere.
卵孢子一种受精的雌性细胞或合子，尤指异配生殖产生的一种休眠孢子
7.
Cyst A thick-walled resting spore.
休眠孢：厚壁的具有休眠功能的孢子。
8.
Distinct layers are often visible in thick-walled resting cells such as chlamydospores or zygotes of Phycomycetes.
在厚壁休眠细胞如藻菌纲的厚孢子或接合子中明显的几层是常常能看见的。
9.
Studies on Seed Dormancy Mechanism and Methods to Break Dormancy in Cyclocarya Paliurus;
青钱柳种子休眠机理及其解除休眠方法的研究
10.
There are basically two categories of dormancy, the one of which is caused by seed coat, the other of which is caused by embryo.
种子休眠主要有两种休眠类型即由种皮引起的休眠和由胚引起的休眠。
11.
Study on the Mechanism of Dormancy and Proteomics of Dormancy-breaking in Buffalograss Seeds
野牛草种子休眠机理及破眠蛋白质组学研究
12.
Artemia cyst is the diapause egg of the artmeia hopper, dwelling in the salt-water reservoirs.
阿特梅尔孢囊是阿特梅尔蚤的休眠卵，栖息于咸水水库。
13.
It affects tuberization, leaf senescence, and dormancy.
它影响块茎形成、叶子衰老和休眠。
14.
A PRELIMINARY STUDY ON DORMANCY AND GERMINATION OF TRABECULATE ALDER SEED
江南桤木种子休眠和萌发的初步研究
15.
STUDY ON THE DORMANCY LAW OF SEEDS OF AMBROSIA ARTEMISIFORIA AND AMBROSIA TRIFIDA
豚草和三裂叶豚草种子休眠规律研究
16.
Research for Chayote upon the Postharvest Physiology and Dormancy Characteristics of Seed;
佛手瓜采后生理及种子休眠特性研究
17.
Study on Dormancy Mechanism for Osmanthus Americanus;
美国桂花（osmanthus americanus）种子休眠机理的研究
18.
Studies on Methods for Breaking Dormancy and Germination Physiology of Magnolia Officinalis Rehd. et Wils. Seeds;
厚朴种子解除休眠及萌发生理的研究