ZHOU Kai-lin, LYU Wei-qi, TANG Cheng-ling. Variation Patterns of Contents of Water-soluble Extractives and Esculentoside A and Selection of Superior Germplasms in [J]. Chinese journal of experimental traditional medical formulae, 2018, 24(4): 44-50.
ZHOU Kai-lin, LYU Wei-qi, TANG Cheng-ling. Variation Patterns of Contents of Water-soluble Extractives and Esculentoside A and Selection of Superior Germplasms in [J]. Chinese journal of experimental traditional medical formulae, 2018, 24(4): 44-50. DOI: 10.13422/j.cnki.syfjx.2018040044.
Objective: To provide basis for utilizing germplasm resources and selecting superior varieties of Phytolacca acinosa. Method: Twenty-three wild germplasm resources of P. acinosa from the main distribution areas of China were collected
and their longitude
latitudeand agronomic traits were studied. Contents of water-soluble extractives and esculentoside A were determined by hot dipping and HPLC-ELSD methods respectively. The data obtained were analyzed with DPS 6.55 and Excel 2003 software by ANOVA and UPGMA methods. Result: There were significant differencesin agronomic traits among different germplasms of P. acinosa (P<0.05). Plants from Fujian and Guangxi showed superior agronomic characters and higher earthnut production. Moreover
there were significant differences in contents of water-soluble extractives and esculentoside A (P<0.05)
and plants from Shaanxi and Zhejiang were higher than others. The contents had a negative correlation with height of plant
diameter of stem
length and width of leaves
length of stipe
vertical and horizontal diameter of earthnut
production of earthnut
a positive correlation with earthnut index
latitude and altitude
and no significant correlation with leaf index and longitude. Conclusion: Plantation of P. acinosain high-latitude and high-altitude areas can enhance the accumulation of water-soluble extractives and esculentoside A. Five germplasms with superior agronomic traits and four germplasms with higher contents of water-soluble extractives and esculentoside A are selected
which could be alternative high-yield and high-quality germplasms of P. acinosa.