The 2021 rare diseases cooperation and exchange conference, sponsored by the Public Welfare Foundation of illness challenge and directed by the China Rare Diseases Alliance, was recently held in Beijing. 

     During the event, experts from all over the world, business representatives, representatives of public welfare organizations, patients, etc. gathered together to discuss the diagnosis and treatment of rare diseases, payment, services and so on. 

     In addition, the conference also announced the whole genome sequencing, which brings new ideas, new standards and new norms for gene sequencing to facilitate the development of diagnosis and treatment of rare diseases in children. There are nearly 7,000 rare diseases in the world, of which nearly 5,000 are genetic diseases caused by genetic defects. But because the human genome contains about 3 billion base pairs, causing genetic defects caused by rare diseases not only a wide variety, but also rare, most medical staff lack of diagnosis experience, as a result, patients with rare diseases can not get scientific diagnosis and treatment, and the birth of gene sequencing technology Aach increasingly mature, can help medical staff to establish a rapid diagnosis process, timely identification of causes, guide targeted diagnosis and treatment decision-making, to provide prognosis. 

     When it comes to gene sequencing, it is closely related to the linear motor module, which has the characteristics of high speed, high precision, high frequency response and low noise, a driver that has been introduced into the mainstream of gene sequencing equipment as a related component. 

    Kunshan with Mao Electronics Co. , Ltd. , self-developed and self-marketing linear motor module, including high-precision linear motor module and profile linear motor module two categories, they are made up of linear motors, actuators, encoders, guides and structural components, and are widely used in gene sequencing, laser processing, spraying, wafer testing and packaging. 

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