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- chlamydospore agar 厚膜孢子琼脂
- MICs were determined by an agar dilution method. MIC测定采用琼脂稀释法。
- Aqua, Hashima, Sucrosum, Agar Agar. 水，冰糖，雪蛤，琼脂。
- Agar is very light and delicious for summer. 大菜丝清凉可口，是夏令佳品。
- Agar is complex polysaccharide, extracted from red algae. 琼脂是一种从红藻中提取的复杂的多糖。
- Tryptone Soya Agar Supplemented with 1% (w/v) sodium chloride. 配方仅作参考，根据实际情况做相应调整。
- In essence it was a global agar plate waiting to be inoculated. 实际上，地球是一个等待接种的球形培养基。
- Results Rabbit hepatocytes grown well on agar scaffold. 结果兔肝细胞能够在琼脂支架上生长。
- A method for making the teaching slide of C.albicans forming chlamydospore was also introduced. 同时还介绍了白色念珠菌厚膜孢子示教片制 作方法的改良。
- Kirby Bauer agar diffusion method was used to judge drug sensitivity. 用 Kirby- Bauer琼脂扩散法作药敏试验。
- Ifusing broth contained 0.15% agar as a diluent,vir-ulence incrased 40 times. 琼脂肉水和粘液素均能提高毒力40倍以上,琼脂肉水更有利于菌株毒力的稳定;
- Agar gels are extensively used for growing microorganisms and tissue cultures. 现在广泛应用于组织培养和微生物培养。
- The colony forming efficincy in soft agar increased with the passaging. 软琼脂克隆形成率随着照后传代次数的增加而明显增高；
- The colony was pinpoint-shaped and greyish white after 24h on sheepblood agar. 氧化酶、触酶、尿素酶均阳性,不分解糖类。
- Quantity of chlamydospore of Volvariella volvacea which cultivated in different culture medium with various C/N ratios in this paper was investigated. 研究了草菇厚垣孢子在不同的C/N比的培养基中产生的数量。
- The influence of two valence metal on gel strength of agar is remarkable. 二价金属元素的存在对琼脂的凝胶强度影响最为显著。
- The virulent strains had a polysaccharide capsule and formed smooth colonies on agar medium. 有毒菌株具有多糖荚膜它在琼脂培养基上形成光滑的菌落。
- Spirochetes and organisms that show gliding movement can move over or through an agar gel. 螺旋体和其他滑动的生物能在琼脂表面或里面滑行。
- Various overlay mediums, such as agar, starchgel, methyl cellulose and tragacanth are used. 常用的覆盖培养基有：琼脂、淀粉凝胶甲基纤维素和黄蓍胶等。
- The author reported the growth properties, incluing developing process and characteristics of hyphae, conidia, chlamydospore, and nematode trapping organs on 0.4 g/L CMA media or on 0.4 g/L LCMA media. 对捕食线虫性真菌菌丝、分生孢子、厚垣孢子、捕食性结构的发育过程和特点及其在 0 .;4g/L玉米粉琼脂固体培养基和液体培养基中的生长情况进行了研究。
