Within the family Entolomataceae, many studies about the genera Entoloma and Rhodoybe have been published, but only limited numbers of reports on Clitopilus and its allied genera are available. In this work,Clitopilus...
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Within the family Entolomataceae, many studies about the genera Entoloma and Rhodoybe have been published, but only limited numbers of reports on Clitopilus and its allied genera are available. In this work,Clitopilus, Clitocella and Clitopilopsis in China are studied by morphological and phylogenetic methods. Four nuclear markers, viz. nrLSU, rpb2, tef1-α and atp6, are employed to elucidate the relationships of Clitopilus and its allies. The data indicates that Clitopilus should be divided into three sections, namely sect. Clitopilus, *** and sect. Crispi, the last of which is newly erected. In total, seventeen species in Clitopilus and its allies are found in China. Fourteen species belong to Clitopilus, of which five are new, viz. C. yunnanensis, ***, C. rugosiceps, C. sinoapalus and C. umbilicatus. Two species of Clitocella, including a new species,namely Clitocella orientalis, are described. Furthermore, Clitopilopsis hirneola is new to China.
微生物电子传递在微生物的代谢繁殖和物质的生物地球化学循环中发挥着关键作用。其中基于直接接触的微生物胞外电子传递(Direct extracellular electron transfer,DEET)已成为微生物学、地球化学和生物物理学等学科共同关注的焦点,并在...
详细信息
微生物电子传递在微生物的代谢繁殖和物质的生物地球化学循环中发挥着关键作用。其中基于直接接触的微生物胞外电子传递(Direct extracellular electron transfer,DEET)已成为微生物学、地球化学和生物物理学等学科共同关注的焦点,并在近几年取得了一系列重要发现和理论突破,包括微生物纳米导线、电缆细菌、微生物种间DEET等。伴随着这些新进展,更多的问题也需要研究者们在进一步的研究中解决,包括DEET的分子机制及其相关功能微生物种群等。不同学科理论和技术的交叉是进一步揭示DEET过程的关键。
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