The second part studies the tissue culture for dormant bud of Acer rubrum l.
第二部分研究了美国红枫休眠芽组织培养。
Again note how this case resembles a Trichophyton rubrum infection of toenails.
请再次注意，该患者与红色毛癣菌感染的趾甲非常相似。
Secreted proteases are thought as potential virulent factors of Tricophyton rubrum.
分泌性蛋白酶是红色毛癣菌致病的潜在毒力因子。
Objective To develop a rapid and reproducible method in strain identification for T. rubrum.
目的建立一种快速且可重复的方法应用于红色毛癣菌的菌株区分。
Objective: To observe morphological changes of Trichophytosis rubrum treated by sodium nitrite.
观察红色毛癣菌在亚硝酸钠作用下形态学变化。
Conclusion: T. rubrum and T. mentagrophytes can be distinguished by PCR, (GACA)4 is the most suitable primer.
结论：红色毛癣菌和须癣毛癣菌可以用PCR方法加以鉴别，以（GACA）4作引物区分这两种菌较为合适。
The nerve fiber regeneration of neurons at sensorimotor area and rubrum nuclei in brain was observed with retrograde tracing of fluorogold;
用荧光金逆行标记法观察大脑感觉运动区和脑干红核的神经元神经纤维再生；
Objective to investigate the DNA type of Trichophyton rubrum and to discuss the application of DNA typing method in its clinical identification and epidemiology study.
目的研究红色毛癣菌dna分型并探讨DNA分型技术在临床菌种鉴定以及流行病学中的应用。
The origin, the evolutionary history and the prospect of breeding of the Loropetalum chinense var. rubrum are discussed based on the number variation of the flower structure.
利用花的数性表型变异探讨了品种的演化历史和新品种选育的前景。
Objective To observe the unique DNA profile and the relationship between DNA profile and phenotype of Trichophyton rubrum , and establish an effective molecular method to identify T. rubrum .
目的用PCR方法扩增红色毛癣菌和须癣毛癣菌临床分离株的DNA ，观察PCR指纹的差异以及基因型与传统表型的关系，建立一种红色毛癣菌分子生物学鉴定方法。
Objective To observe the unique DNA profile and the relationship between DNA profile and phenotype of Trichophyton rubrum , and establish an effective molecular method to identify T. rubrum .
目的用PCR方法扩增红色毛癣菌和须癣毛癣菌临床分离株的DNA ，观察PCR指纹的差异以及基因型与传统表型的关系，建立一种红色毛癣菌分子生物学鉴定方法。
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