1.During hypha cultivation themost suitable temperature was 25 0C and pH value was 6.0. The study alsoshows that pH took on decline and ascent current in the whole period of hyphagrowth and that biological quantity of hypha was more when hypha cells wouldreach their rapid growth period.
培养最适温度为25℃，pH最适为6.0； 在整个生长周期中，pH呈下降再上升趋势；
2.PDA medium, oats medium and pH = 8 were suitable for hypha growth of BO42-4. PDA, PSA medium and pH - 8 were proper for hypha growth of PL1-2 and PL1-6-1. The optimum temperature for the hyphae growth of BO42-4, PL1-2, PL1-6-1 stains were 25 ℃.
芍药叶斑病菌菌株PL1-2和牡丹叶斑病菌菌株PL1-6-1生长的适宜培养基为PDA和蔗糖培养基,适宜 pH值为7; 3个菌株的适宜培养温度均为25℃。
3.The results show that the optimal temperature for the hypha growth, hypa color turned, and stroma differentiation is 22.7℃, 20.2℃ and 18.1℃, respectively, and the appropriate temperature for the hypha and stroma growth under artificial culture is 15-18℃ and 14-17℃, respectively.
结果表明，蛹虫草菌丝生长速率最大时的环境温度为22.7℃，转色的最佳温度为20.2℃，子座分化的最佳温度为18.1℃；在人工栽培时，适宜的发菌温度为15~18℃，子座生长的适宜温度为14~17℃。
4.Hypha of Boletus regius is treated by three kind materials-NAA,C_6H_6120_6 and Inositol to explore the influence of these materials on hypha of Boletus regius.
用NNA、C6H12O6、肌醇三种物质对桃红牛肝菌菌丝进行处理,探索这三种物质对桃红牛肝菌菌丝生长的影响。
5.The analysis on TLC spectrum of lipid composition showed that,the number and Rf value of spots in maize flour cultured hypha was the same to that in wild one.
脂类成分组成经TLC图谱分析，玉米粉发酵培养基培养的菌丝层析斑点数和斑点Rf值与野生隐孔菌在同一薄层板色谱的相应位置，显相同的色斑；
6.The state in certain fungi in which each compartment of a hypha contains two nuclei, each derived from a different parent.
双核某种真菌中的状态，在这种真菌中，每个菌丝体都含有两个核，而每个核都是从不同的母体上衍生的
7.Occurrence and control of white hypha disease in Dioscorea zingiberensis
盾叶薯蓣白绢病发生及防治
8.It was concluded that the increasing of drought resistance by AMF was through mechanism of both direct absorption of hypha and indirect regulation of osmotic potential.
认为AM菌菌丝的直接吸收作用和菌根间接调节植物渗透势的双重机制来提高植物的抗旱性。
9.a specialized fungal hypha that produces conidia.
一种能产生分生孢子的特殊真菌菌丝。
10.In term of inoculated hypha technology, the key point for successful is to breed and scan the real inoculated growth line.
菌丝融合技术中，如何培养筛选出真正的融合生产线，是菌丝融合技术成败的关键。
