1) sugar-free tissue culture
无糖组培
1.
And studied the effect of different light intensity on development of plantlet in sugar-free tissue culture of Erigeron breviscapus.
以灯盏花组培不定芽为材料,研究探讨了不同光照强度对灯盏花无糖组培苗生长发育的影响。
2.
And studied the effect of different Level combination on development of adventitious bud of plant in sugar-free tissue culture of Erigeron breviscapus.
结果表明:在一定CO2浓度范围内,通过对各处理间差异显著性SSR检验,处理9的灯盏花无糖组培苗生根率最高,长势最好,与其它处理组合比较达到显著水平。
3.
In this research,plantlet culture of Pinellia ternate was used as material to study the effect of different light intensities,photoperiods,hormone concentrations on the photophysiology and microstructure of leaf and root of plantlet in sugar-free tissue culture of Pinellia ternate(Thunb.
以半夏组培苗为研究材料,应用植物无糖组培快繁技术,研究探讨了微环境控制对半夏无糖组培苗根、叶显微结构的影响。
3) plant sugar-free micropropagation
植物无糖组培
1.
A 180 L culture vessel for sugar-free tissue culture with new type CO2 releasing pipe and its environment control system were designed,aiming at solving the problems existing in conventional plant tissue culture and from the view point of practicing plant sugar-free micropropagation.
针对常规植物组培存在的问题,从植物无糖组培实用化角度出发,研制了带有新型CO2施放装置的180 L植物无糖组培容器及其环境控制系统,采用小流量控制、三通阀调节和PWM控制方式,实现了对CO2浓度的精确控制,控制精度达到±50μmol。
4) Sugar-free plant tissue culture
无糖组织培养
1.
Sugar-free plant tissue culture is an innovated technology and practice developed lately, the exploitation foreground is analyzed contrasting common plant tissue culture at home and abroad.
植物无糖组织培养技术是自20世纪60年代常规组培技术在生产中逐渐得到广泛应用以来,于近年出现的一项革新性的突破技术。
5) sugar-free tissue culture seedling inopen-space
大空间无糖组培苗
6) sugar-free micropropagation
无糖培养
1.
In this paper,the scope of environmental control research of sugar-free micropropagation was summarized.
总结了植物无糖培养的环境范畴,概述了环境控制技术在组培中的作用与研究现状,并对环境控制技术在无糖培养中的运用前景进行了讨论。
补充资料：培他组定
分子式：C8H12N2·2HCl
分子量：暂无
CAS号：5579-84-0
性质：白色或类白色结晶或结晶性粉末。
制备方法：暂无
用途：用于治疗内耳眩晕症（即美尼尔综合症）、脑动脉硬化、脑供血不足以及高血压引起的眩晕、呕吐与耳鸣。
分子量：暂无
CAS号：5579-84-0
性质：白色或类白色结晶或结晶性粉末。
制备方法：暂无
用途：用于治疗内耳眩晕症（即美尼尔综合症）、脑动脉硬化、脑供血不足以及高血压引起的眩晕、呕吐与耳鸣。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条