a paper titled "The miR156-targeted SQUAMOSA PROMOTER BINDING PROTEIN (PmSBP ) transcription factor regulates the flowering time by binding to the promoter of SUPPRESSOR OF OVEREXPRESSION OF CO1 ...
National Key Research and Development Program of China (2019YFC1906700), and valorization. Several next steps tofurther advance the growing of C-lignin are also prospected and proposed. The corr...
of Nature every year. Artificial materials exhibiting ultralong organic phosphorescence (UOP), and high-strength phosphorescence film can also be fabricated using water-soluble oxidized xy...
two review papers published by the team of Professor Li Dongmei and Associate Professor Tian Xuan from the Officeof Computer Software in the School of Information Science and Technology were sele...
especially very long ones.Amultitudeof long introns were observed in the Chinese pine genome. The average of intron length is 10 kb in Chinese pine, repeat-rich conifer genomes may become lockdow...
but polymer containing the motif is relatively strong in membrane-binding activity. The special membrane-bindingmotif is conducive to the dynamic regulation of Z-ring and complex formationof chlo...
produce diploid or multiploidy gametes in which alleles at the same locus and non-alleles at different loci form a complex web of associations. Existing LD models developed for diploids have litt...
and the prepared bamboo fiber-reinforced polybutylene succinate (PBS) composite protects againstelectromagnetic interference (EMI), the research group of Prof. Zhang Shuangbao functionalized the ...
under long-term treated wastewater irrigation condition. The latest research results showedthat the fate of PAHs in water-soil-ryegrass multi-media system mainly includes soil adsorption, which e...
Landscape Architecture—run by Beijing Forestry University—is listed among the source journals for Chinese science and technology citation index in the 2019 Report of China’s Science and Technology Journal Core Citation—Natural Science. The report was issued on the “Issue Statistics Data of Chinese S&T Paper · Forum” (Beijing, November 19, 2019).
Four new Eucommia ulmoides triploid cultivars, “Jingzhong No. 1”, “Jingzhong No. 2”, “Jingzhong No. 3” and “Jingzhong No. 4”, developed by Professor Kang Xiangyang’s research team from Beijing Advanced Innovation Center for Tree Breeding by Molecular Design of Beijing Forestry University, have been recently granted Right Certificate for New Varieties of Plants by the State Forestry Administration. Together with “Jingzhong No. 5”, “Jingzhong No. 6”, “Jingzhong No. 7” and “Jingzhong No. 8” authorized in 2018, eight triploid cultivars of Eucommia ulmoides have received the national certificates. Dr. Li Yun, a postdoctoral researcher of the Innovation Center, is the leading breeder of these new varieties.
