Isolation and characterization of ten polymorphic microsatellite loci for a vulnerable species Dacrycarpus imbricatus (Podocarpaceae) in China
- Ning Li, Qi Deng, Lu Huang, Yingjuan Su, Ting Wang
- Biology
- 1 June 2014
Microsatellite loci for an old rare species, Pseudotaxus chienii, and transferability in Taxus wallichiana var. mairei (Taxaceae)1
Microsatellite loci developed for Pseudotaxus chienii, an old rare species endemic to China, provided a useful tool for investigating the patterns of population genetic structure, phylogeography, evolutionary history, and adaptive potential and lay a solid foundation for further studies on population genetic variability and investigations of local adaptation.
Population structure and phylogeography of an acorn barnacle with induced defense and its gastropod predator in the Gulf of California
The results illustrate how dispersal potential, geological and climatic events, and recent population growth have impacted the pattern of sequence variation in the two species.
Chloroplast microsatellite markers for Pseudotaxus chienii developed from the whole chloroplast genome of Taxus chinensis var. mairei (Taxaceae)1
- Qi Deng, Hanrui Zhang, Yipeng He, Ting Wang, Yingjuan Su
- BiologyApplications in Plant Sciences
- 1 March 2017
The chloroplast genetic structure and adaptive evolution in P. chienii and T. chinensis var.
A set of microsatellite markers developed for Dacrydium pectinatum (Podocarpaceae), a vulnerable conifer in China
- Lu Huang, Qi Deng, Ning Li, Yingjuan Su, Ting Wang
- BiologyConservation Genetics Resources
- 1 March 2014
These microsatellite markers give a comprehensive understanding of the forces driving population evolution and local adaptation of D. pectinatum, which may also contribute to its management and conservation.
A set of microsatellite markers developed for Dacrydium pectinatum (Podocarpaceae), a vulnerable conifer in China
- Lu Huang, Qi Deng, Ningli Li, Yingjuan Su, Ting Wang
- BiologyConservation Genetics Resources
- 26 September 2013
These microsatellite markers give a comprehensive understanding of the forces driving population evolution and local adaptation of D. pectinatum, which may also contribute to its management and conservation.