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| 1 | 甜瓜育种技术与方法研究进展显示文摘系统综述了近年来国内外甜瓜育种技术与方法的研究进展,特别是甜瓜二代与三代基因组测序,转录组、蛋白质组与代谢组学研究方法,重要基因定位及前景选择技术,DNA指纹图谱及背景选择技术,遗传转化体系、基因编辑等基因工程技术,以及双单倍体育种等细胞工程技术领域的研究进展,并对我国甜瓜育种技术与方法研究工作进行了展望,以期为广大甜瓜育种工作者提供参考。 | 宋正峰 刘树森 夏连芹 高鹏 栾非时 刘钊 | 2022 | 中国瓜菜2022，35，6： | 9 |
| 2 | Polyploidy events shaped the expansion of transcription factors in Cucurbitaceae and exploitation of genes for tendril development显示文摘Cucurbitaceae is one of the most important plant families distributed worldwide.Transcription factors(TFs)regulate plant growth at the transcription level.Here,we performed a systematic analysis of 42641 TFs from 63 families in 14 Cucurbitaceae and 10 non-cucurbit species.Whole-genome duplication(WGD)was the dominant event type in almost all Cucurbitaceae plants.The TF families were divided into 1210 orthogroups(OGs),of which,112 were unique to Cucurbitaceae.Although the loss of several gene families was detected in Cucurbitaceae,the gene families expanded in five species that experienced a WGD event comparing with grape.Our findings revealed that the recent WGD events that had occurred in Cucurbitaceae played important roles in the expansion of most TF families.The functional enrichment analysis of the genes that significantly expanded or contracted uncovered five gene families,AUX/IAA,NAC,NBS,HB,and NF-YB.Finally,we conducted a comprehensive analysis of the TCP gene family and identified 16 tendril-related(TEN)genes in 11 Cucurbitaceae species.Interestingly,the characteristic sequence changed from CNNFYFP to CNNFYLP in the TEN gene(Bhi06M000087)of Benincasa hispida.Furthermore,we identified a new characteristic sequence,YNN,which could be used for TEN gene exploitation in Cucurbitaceae.In conclusion,this study will serve as a reference for studying the relationship between gene family evolution and genome duplication.Moreover,it will provide rich genetic resources for functional Cucurbitaceae studies in the future. | Yu Zhang Yingchao Zhang Bing Li Xiao Tan Changping Zhu Tong Wu Shuyan Feng Qihang Yang Shaoqin Shen Tong Yu Zhuo Liu Xiaoming Song | 2022 | Horticultural Plant Journal2022，8，5： | 2 |
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