참당귀 뿌리 배양에 있어서 root segmentation과 식물생장조절제가 뿌리 생장과 decursinol angelate 생산에 미치는 영향

초록

Decursinol angelate, a new anticancer agent, was produced by root cultures of Angelica gigas Nakai. In addition, difference of specific yields between primary and secondary root was investigated. It was found that specific yield of secondary root was much higher than that of primary root at various conditions, so that it was thought that the formation and growth of secondary root were feasible. From this point of view, effects of root segmentation and plant growth regulators (NAA, IBA) on root morphology and decursinol angelate production were examined. Root segmentation increased secondary root mass and product formation. On the other hand, addition of NAA or IBA at various concentrations promoted secondary root formation and production of decursinol angelate significantly. Five-fold increase of production was obtained at 4 mg/L of IBA compared to control without NAA and IBA.