EU scientists and technicians deeply explore the trajectory and method of protein

Protein in human body is the most basic particle known in biotechnology, involving the vast majority of biological reaction process in human body, and is the building blocks of all living bodies The 7th EU research and development framework (FP7) health theme is fully funded by the European compmech research and development team led by the science and technology personnel of the Mechanical Department of Bilbao Institute of Engineering in Spain and participated by the science and technology personnel of interdisciplinary disciplines such as physics, biology, mathematics, chemistry and Engineering Technology from many countries in the EU With the help of self-developed software system and robot arms, which can effectively simulate the movement of protein, we can further explore the movement of protein and the way of biological reaction, and successfully predict the biological reaction process of protein The innovative biological reaction process, similar to the traditional chemical reaction equation, will lay a solid foundation for further research of advanced biotechnology in the future   Proteomics has been widely used in biomedicine, through the static biological technology of protein, to study the structure of human muscle or skin; through the dynamic biological technology, to study the combination of protein and other compounds to form the specific function of human body However, in the process of human biotechnology research, it is necessary to use X-ray crystallography, nuclear magnetic resonance, large-scale computer simulation and various analytical methods of instruments and equipment, which are often expensive, expensive to operate, and it takes days to get a result   The research and development team of compmech makes use of the innovative biotechnological tools that have been successfully developed by itself Firstly, it starts with the research on the biological reaction process of four proteins in two different situations: 1) research on the movement track of proteins to achieve satisfactory functions; 2) research on the biological reaction mode of proteins to complete three-dimensional structure The innovative calculation method of protein operation developed by repeated comparative analysis experiment is simple, easy to operate and low cost, and the static and dynamic biological reaction of protein is organically combined into a unified whole, opening up a new way to realize the research of biological reaction equation.