隐球菌芽殖细胞的根很细。
就芽殖酵母细胞周期检查点调控加以介绍。
The checkpoint regulation of budding yeast cell cycle was introduced in this paper.
可见带有假菌丝的芽殖细胞是假丝酵母感染的特征。
Budding cells with pseudohyphae seen here are characteristic for Candida infection.
在这里，我们表明，在芽殖酵母，在细胞周期细胞的增值能力在变化。
Here we show that in budding yeast, the ability of cells to grow changes during the cell cycle.
真核生物dna复制起始机制的大部分知识主要是在芽殖酵母中获得的。
Most of our knowledge about initiation of eukaryotic DNA replication are derived from the study of budding yeast Saccharomyces cerevisiae.
基于芽殖酵母细胞形态的特征，提出了毕氏酵母甘油流加发酵过程的细胞循环模型。
Based on the morphological characteristics of budding yeast, a cell cycle model during the p.
通过光学和生理学手法，研究人员能够观察到病毒组合、芽殖甚至与细胞表面分离的步骤。
Through optical and physiological approach, the researchers observed that the virus could mix with the bud yields even on the surface of separation steps.
Chk2是哺乳动物中和芽殖酵母Rad53和裂殖酵母Cds1检验点激酶同源的蛋白（1-3）。
Chk2 is the mammalian orthologue of the budding yeast Rad53 and fission yeast Cds1 checkpoint kinases (1-3).
通过蓝花大叶醉鱼草组培快繁的试验，研究了对外植体的不同取材部位及不同激素种类、浓度对芽诱导及培殖的影响。
This paper discusses the effects of different test types and concentrations of hormones on axillary bud and rapid propagation of Buddleja davidii.
通过蓝花大叶醉鱼草组培快繁的试验，研究了对外植体的不同取材部位及不同激素种类、浓度对芽诱导及培殖的影响。
This paper discusses the effects of different test types and concentrations of hormones on axillary bud and rapid propagation of Buddleja davidii.
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