Linear Motor module gene sequencing technology was used to study garlic. Garlic is the kitchen's "anti-bacterial medicine" , the table seasoning, Chinese people almost in stir-fry, soup will put a little garlic, but such a common side dish, but it belongs to the more delicate crops, the development and utilization of protein feed plant resources in the South Institute of Hemp Research, Chinese Academy of Agricultural Sciences (CAAS) , in collaboration with relevant universities and enterprises, has carried out genetic sequencing of garlic. 

      Based on an analysis of the garlic genome system, the team found that garlic is closely related to the family amaryllidaceae, it is concluded that the three whole genome replication events and the rapid expansion of repeat sequences are the fundamental reasons that drive the large genome of garlic. In addition, the team identified allicin biosynthesis pathways by analyzing the expansion and contraction of the garlic genome, combined with transcriptome data.

      As we all know, there are many kinds of garlic in China. According to the skin color of garlic, there are white garlic and purple garlic. According to the number of garlic cloves, there are large cloves and small cloves, because this song variety of garlic applicability, in our country also very wide cultivation area. 

     As far as gene sequencing technology is concerned, it has played an important role in the fields of biological research and medical treatment. At present, linear motor modules have been introduced into some advanced gene sequencing equipment, linear Motor module is widely used as the driving device of gene sequencing equipment because of its simple structure and high precision. 

    The high precision linear motor module developed by Kunshan is widely used in wafer testing, gene sequencing and other fields. It adopts European and American technical standards and processing technology. 

      The article was originally written by www.tmmotion.com in Kunshan, China. Please quote the source.