A team of researchers from the University of Washington, Seattle, and the Weizmann Institute of Technology, Israel, made an essential breakthrough toward this endeavor. Their findings have already been posted in the scientific journal Nature recently. Enzymes are biological catalysts that are produced from a string of proteins, which fold into particular three-dimensional proteins structures. The next heat of your competition was to create the backbone of the enzyme, i.e., to look for the sequence of the 200 proteins that define the framework of the proteins. This is no easy feat since there can be an infinite amount of methods to arrange 20 various kinds of proteins into strings of 200.Related StoriesAddressing standard of living needs in prostate cancer: an interview with Professor Louis DenisGlan Clwyd Medical center N Wales spend money on Esaote's G-Scan MRI device for weight-bearing scanningUsing integrated molecular pathology to control incidental pancreatic cysts: an interview with Dr Ananya DasRadPRO URS 50RF and Canon CXDI-50RF Dynamic/Static DR System The RadPRO URS50RF Universal Radiography System is a hybrid Radiographic & Fluoroscopic imaging system that features the portable Canon CXDI-50RF Dynamic/Static DR Program and utilizes its detachable wire for easy transport between patient areas.