Premise of the study: Expressed sequence tag simple sequence repeat (EST-SSR) markers were developed from Thujopsis dolabrata var.
Premise of the study: Simple sequence repeat markers were developed based on expressed sequence tags (EST-SSR) and screened for polymorphism among 23 Pisum sativum individuals to assist development and refinement of pea linkage maps.
Premise of the study: Transcriptome sequence data were used to design microsatellite primers for two widespread Central American Begonia species, B. heracleifolia and B. nelumbiifolia, to investigate population structure and hybridization.
Premise of the study: Next-generation sequencing (NGS) data are widely used for single-nucleotide polymorphism discovery and genetic marker development in species with limited available genome information.
Premise of the study: We developed simple sequence repeat (SSR) markers from expressed sequence tags (ESTs) for Abies firma, a conifer endemic in Japan, to facilitate evaluation of the population genetic structure in this species.
Premise of the study: We developed simple sequence repeat (SSR) markers from expressed sequence tags (ESTs) for the Solidago virgaurea complex, an ecologically and morphologically diverse species complex in the Japanese archipelago, to elucidate population genetic structure and examine taxonomic boundaries.
Premise of the study: New microsatellite (simple sequence repeat [SSR]) primers were developed from Eucalyptus expressed sequence tags (ESTs) and optimized for genetic studies of the southwestern Australian tree E. gomphocephala, which is severely impacted by tree health decline and habitat fragmentation.
Also, we further partitioned tele-enhancers into subgroups intronic and intergenic tele-enhancers with a premise that genomic locations of sequences may partially determine their evolutionary patterns (Halligan et al. 2004).
Results indicate that on the premise of constant distillate production, as the sequence number of evaporator/condenser increases, each flow resistance decreases first and then increases, while the variation of corresponding temperature depression always performs a rising tendency.
It can improve the estimation accuracy of violent motion sequences with a little sacrifice of computational complexity, while reducing the computational cost greatly when dealing with smooth sequences at the premise of high estimation accuracy.
