Haibo Textile And Garment Industry Special Docking Conference Six Project Signing

< p > recently, "a href=" http://www.91se91.com/news/index_c.asp "the seventeenth cross-strait textile and garment exposition < /a > and 6. 18 sixth textile and garment industry special docking meeting was held. The joint meeting was held jointly by the Shishi people's government and the Quanzhou development and Reform Commission and the China Straits project outcome Fair Organizing Committee office.

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< p > it is reported that < a href= "http://www.91se91.com/news/index_c.asp" > docking conference < /a > there are six projects: a href= "http://www.91se91.com/news/index_c.asp" > signing > /a >, which are the two sided dyeing and printing technology developed by Japan crown (Fujian) Textile Machinery Co., Ltd.

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< p > Shishi Xinlong Knitting Machinery Co., Ltd. independently developed double-sided computer jacquard technology research technology, Xinsheng holding Refco Group Ltd and JE Hui (Fujian) Textile Co., Ltd. with multiple health functions of nano magnetic waistband production technology.

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< p > Fujian Han Xiang Textile Technology Co., Ltd. and Wuhan Textile University, School of environmental engineering, large scale waste water recycling technology, Fujian Province, I reply to Mdt InfoTech Ltd's self-developed R & D of online offline integration (O2O) store and store distribution cloud platform and fast track products purchase network technology Co., Ltd. independently developed "micro sale" community O2O e-commerce platform.

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< p > these projects are closely related to the upgrading of Shishi's textile and garment industry.

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< p > related links: < /p >

< p > Zhang Daoyuan research group of Xinjiang Institute of ecology and geography, Chinese Academy of Sciences, has pformed the TaMnSOD gene from Tamarix chinensis in drought tolerant forest to pgenic cotton lines in Xinjiang province by pgenic technology. The pgenic lines of T4 generation were obtained.

Morphological and physiological tests confirmed that the pgenic lines were more resistant to drought. The relevant results were published in molecular breeding.

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< p > Xinjiang is the main cotton producing area in China. Drought and soil salinization are the main factors affecting cotton yield in the main cotton growing areas.

Under severe drought conditions, cotton will grow slowly and drop buds and bolls, which will seriously affect cotton production.

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< p > with the shortage of fresh water resources and the warming of climate, it is of great strategic significance to adopt pgenic technology to cultivate drought resistant cotton.

At present, the pgenic work of cotton mainly focuses on insect resistant cotton, and the use of pgenic technology to create drought resistant cotton is still at the initial stage at home and abroad.

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< p > the research provided new pgenic cotton materials with significant drought resistance for cotton breeding in Xinjiang, and accelerated the breeding process of new cotton varieties for drought resistance.

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