Nanozyme-based biomolecules sensitive and quantitative detection is an attractive strategy due to their high chemical,thermal stability and reactive activity.Here,we have synthesized a significant number of two-dimens...Nanozyme-based biomolecules sensitive and quantitative detection is an attractive strategy due to their high chemical,thermal stability and reactive activity.Here,we have synthesized a significant number of two-dimensional(2D)cobalt-metal-organic framework(Co-MOF)nanosheets with oxidase(OXD)-like activity using a facile solvothermal method in one pot for biomolecule monitoring.展开更多
Highly diversified colorations among springtails (Collembola) have been widely used for species diagnosis, but their phylogenetic significance is poorly known. We addressed this issue in the largest Entomobryinae genu...Highly diversified colorations among springtails (Collembola) have been widely used for species diagnosis, but their phylogenetic significance is poorly known. We addressed this issue in the largest Entomobryinae genus Entomobrya, which possesses variable color patterns among species. The relationships within the genus and to other genera have also rarely been studied. Based on material mainly from China, we have conducted a multilocus phylogeny and topology tests with likelihood and Bayesian algorithms, and accordingly demonstrated the non-monophyly of Chinese Entomobrya. The division of five clades, including Entomobrya and several related genera, coincided well with five types of colorations, respectively. Further analyses of divergence time and historical biogeography revealed that Chinese Entomobrya originated mainly from Palearctic (northern and western) China in the Paleocene and Eocene. This study highlights the great phylo? genetic values as well as taxonomic uses of coloration in Chinese Entomobrya. Multiple phylogenetic and biogeographic origins of Entomobrya imply its complicated relationships with both scaled and unsealed genera of Entomobryinae.展开更多
基金financially supported by the National Natural Science Foundation of China(Nos.52272212 and 51802118)。
文摘Nanozyme-based biomolecules sensitive and quantitative detection is an attractive strategy due to their high chemical,thermal stability and reactive activity.Here,we have synthesized a significant number of two-dimensional(2D)cobalt-metal-organic framework(Co-MOF)nanosheets with oxidase(OXD)-like activity using a facile solvothermal method in one pot for biomolecule monitoring.
基金the National Natural Science Foundation of China (31772491, 41501056)the Fundamental Research Funds for the Central Universities (KYZ201617, KJQN201668)the National Key Research and Development Programme (2016YFC1200700).
文摘Highly diversified colorations among springtails (Collembola) have been widely used for species diagnosis, but their phylogenetic significance is poorly known. We addressed this issue in the largest Entomobryinae genus Entomobrya, which possesses variable color patterns among species. The relationships within the genus and to other genera have also rarely been studied. Based on material mainly from China, we have conducted a multilocus phylogeny and topology tests with likelihood and Bayesian algorithms, and accordingly demonstrated the non-monophyly of Chinese Entomobrya. The division of five clades, including Entomobrya and several related genera, coincided well with five types of colorations, respectively. Further analyses of divergence time and historical biogeography revealed that Chinese Entomobrya originated mainly from Palearctic (northern and western) China in the Paleocene and Eocene. This study highlights the great phylo? genetic values as well as taxonomic uses of coloration in Chinese Entomobrya. Multiple phylogenetic and biogeographic origins of Entomobrya imply its complicated relationships with both scaled and unsealed genera of Entomobryinae.
