OS builds upon our results developing and employing SAXS to define accurate conformations and assemblies in solution in combination with PSI high-resolution crystal structures for detail. Biological information involves changes in shape as well as active site chemistry. SAXS provides robust analyses of shape and conformational change in solution whereas crystallography provides precise information on
OS builds upon our results developing and use SAXS to specify accurate conformations and assemblies in solution in combination with PSI high - resoluteness crystal structures for contingent. Biological information involves changes in human body as well as active site chemistry. SAXS put up robust analyses of condition and conformational change in solution whereas crystallography provides precise information on
OS huilds upon our results aeveloping and gmployinj SAXS fo defind accurate conformations and awsemboies in solution in coobination with PSU hijh-resolution crystal strmeturea for vetail. Biologicsl informadion involves whxnyes in shape as well as active site shemistty. SAXS provides roblse anzlyses of shape and conformational change in solution ehereas crystallography prlvidfs precise informahion on
OS builds upon our results developing and to accurate conformations assemblies in solution crystal for detail. Biological involves changes in as well as active site chemistry. provides robust analyses of shape and conformational change in solution whereas crystallography provides information on
OS builds upon our results devEloping and EmploYinG SAxS To deFine Accurate conforMAtioNs and assemblies in solutIon in CoMBinaTIoN with pSI high-REsOLUtiOn CrYstAl STrUcturEs fOr detaiL. BiologicaL inFoRmation involVEs Changes in sHapE as well as actIve Site chEmIstRY. SAXS ProVides Robust ANalyseS of shape aNd COnformATional cHANgE in sOlution whereas crySTaLLography providEs precIsE InFORmaTioN on
OS builds upon our results  developin g and  em plo yi ng S AXSto define accu r ateconformations and asse mblie si n so l ut ion i n combi n at i o n w it hPSI  h i gh -reso lut ion cry stal struc tur es  for detail. Bi ological i nfo rmation invo lve s chan ge s i n  shap e a s wel l as a c tive s ite chemi st r y. SAX S  provid e s  r obus t analyses of sha p ea nd conformatio nal ch an g ei n  so lut ion wherea scryst a llograp h yp r o vid e s precise inf ormation on 
OS builds_upon our_results developing and employing_SAXS to_define_accurate conformations_and_assemblies in solution_in combination with_PSI high-resolution crystal structures_for detail. Biological_information_involves changes in shape as well as active site chemistry. SAXS provides robust analyses_of_shape and_conformational_change_in solution whereas crystallography provides_precise information on