Chilothrips hangzhouensis sp. nov. is described and illustrated in detail. This new species is similar to C. strobilus but can be distinguished from the latter by the two pairs of ocellar setae and the absent of the p...Chilothrips hangzhouensis sp. nov. is described and illustrated in detail. This new species is similar to C. strobilus but can be distinguished from the latter by the two pairs of ocellar setae and the absent of the pore plates on abdominal sternites Ⅲ –Ⅳ（C. strobilus has three pairs of ocellar setae and abdominal sternites Ⅲ –Ⅳ have pore plates）.展开更多
This paper summarizes the physiological and metabolic mechanism of a series of processes in the cereal microspore culture from the angle of plant physiological metabolism, explores the physiological or cytology mechan...This paper summarizes the physiological and metabolic mechanism of a series of processes in the cereal microspore culture from the angle of plant physiological metabolism, explores the physiological or cytology mechanism of several key processes, including microspore dedifferentiation and callus formation, differentiation and transformation, and sums up the current problems in this field and forecasts the direction of future development.展开更多
基金supported by the National Science Foundation of China (31272344)the Scientific Research Project from the Educational Department of Shaanxi Provincial Government (14JK1250)+2 种基金the Open-ended Fund from the Key Laboratory for Eco-environmental Study of River and Wetlands (SXSD1405)the Natural Science Research Project of Weinan Normal University in 2014 (14YKP002)the Special Foundation for Young Scientists of Weinan Normal University in 2015 (15ZRRC03)
文摘Chilothrips hangzhouensis sp. nov. is described and illustrated in detail. This new species is similar to C. strobilus but can be distinguished from the latter by the two pairs of ocellar setae and the absent of the pore plates on abdominal sternites Ⅲ –Ⅳ（C. strobilus has three pairs of ocellar setae and abdominal sternites Ⅲ –Ⅳ have pore plates）.
文摘This paper summarizes the physiological and metabolic mechanism of a series of processes in the cereal microspore culture from the angle of plant physiological metabolism, explores the physiological or cytology mechanism of several key processes, including microspore dedifferentiation and callus formation, differentiation and transformation, and sums up the current problems in this field and forecasts the direction of future development.
