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据《ScientiaHorticulturae》的一篇研究报道(2013.09.004),来自中国延边大学的M.Y.Jin等人使用生物反应器系统和后续驯化对葡萄砧木5BB进行微繁。为改进葡萄砧木5BB微繁的生物反应器系统,研究人员研究了接种浓度、风量和光强对植株生长的影响。结果表明,在51球形生物反应器系统里为65个葡萄砧木节点接种,当给予150 mL/分钟的空气充气风量并保持50μmol/(m2·s)光强时植株生长和增殖最快。生物反应器培养时,植株生长随着培养天数的增加而增加,但培养40~50天时生长量和增殖量
According to a study by Scientia Horticulturae (2013.09.004), M.Y. Jin et al from Yanbian University in China conducted micropropagation on the grapevine stock 5BB using a bioreactor system and subsequent domestication. To improve the bioreactor system for 5BB micro-propagation in grapevine stockpiles, researchers studied the effects of inoculum concentration, air volume and light intensity on plant growth. The results showed that in the 51 spherical bioreactor system, 65 grape rootstocks were inoculated. When the air volume was 150 mL / min and the light intensity was 50μmol / (m2 · s), the plant grew and proliferated fastest. When the bioreactor was cultured, plant growth increased with the number of days of cultivation, but the growth and proliferation