Author： HU Zun-Gong GUO Hong-Yan HU Xue-Li CHEN Xuan LIU Xu-Yun GUO Meng-Bi ZHANG Qing-Ying XU Yan-Ping GUO Li-Fen YANG Ming
Publisher： Editorial Office of Journal of Plant Genetic Resources
ISSN： 1672-1810
Source： Journal of Plant Genetic Resources, Vol.13, Iss.4, 2012-10, pp. : 555-561
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Abstract
Genetic diversity of 13 cannabis populations from different sources was analyzed by POPGENE 3.2 Software. AFLP analysis showed that the Yunnan population had the highest level of genetic diversity (PPB = 88.82%h = 0.3011I = 0.4571)and then the Heilongjiang population (PPB = 75.66%h = 0.2572I = 0.3897). The percentage of polymorphic loci (PPB) of 13 Cannabis populations was 92.11%. Nei's total genetic diversity (Ht) was 0.3837the genetic diversity (Hs) was 0.1640. Coefficient of genetic differentiation among populations (Gst) was 0.5725it means that 57.25% of the total genetic variation occurred among populationsand 42.75% genetic variation in different populations. To further analyze the genetic differentiation among populations, the genetic distance and genetic identity of Cannabis were calculated according to Nei's (1978) method. The results showed that the genetic identity among populations was from 0.6556 to 0.9258the highest degree of consensus between Guangxi population and Sichuan population was 0.9258. Genetic identity between Yunnan population and Guizhou population or Sichuan population were 0.9196 and 0.9173. Gansu and Shanxi population with lowest genetic identity in all populations was 0.6556. The results indicated that rich genetic diversity among 13 cannabis populations. This study analyzed genetic diversity of cannabis populations in molecular levelprovided scientific evidence for the protection of seeds, breeding, evolution study of industrial hemp.
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