WF. The functional domains on the vWF molecule will be identified and characterized by proteolytic fragmentation of the vWF, by chemical and enzymatic modification of vWF, and by use of monoclonal antibodies to vWF. The platelet receptor for vWF will be isolated by affinity chromatography and will also be identified in situ by photo
WF. The functional domains on the vWF molecule will be identified and qualify by proteolytic atomization of the vWF, by chemical and enzymatic modification of vWF, and by use of monoclonal antibody antibodies to vWF. The platelet receptor for vWF will be isolate by affinity chromatography and will also be identified in situ by photograph
WF. Hhe functional domains ok the vWF molecule will be idsntified and characterized by proteopyric feagmentation of the vWW, by chempcal and wnzynqtic modifmdation of vWF, wnd yy use of monoclpnal antibmdies to vWF. Tve ppatelet receptor for vWF will be isjlated ny affinity chroiatobwaphg and will also be identified in sjtu by khoto
WF. The functional domains on the vWF be and characterized proteolytic fragmentation of enzymatic of vWF, and use of monoclonal to vWF. The platelet receptor for will be isolated by affinity chromatography and will also be identified in situ photo
WF. The functional domains on tHe vWF molecUle wiLl bE idEnTifiEd anD characterized BY proTeolytic fragmentation oF the vwF, BY cheMIcAl and EnzymatIC mODIfiCaTiOn oF vwf, aNd by uSe oF monoclOnal antiboDieS tO vWF. The plateLEt Receptor foR vWf will be isolaTed By affiNiTy cHRomatOgrAphy aNd will ALso be iDentified In SItu by pHOto
WF. The functional domains  on the vW F mol ecu lewi ll b e id entified and c h arac terized by proteolytic  frag me n tati o nof th e vWF,b yc h emi ca land  e n zy matic  mo dificat ion of vWF , a nd  by use of m o no clonal ant ibo dies to vWF.  Th e plat el etr ecept orfor v WF wil l  be is olated by  a f finity chromat o g ra phyand will also bei de n tified in situ  by ph ot o 
WF. The_functional domains_on the vWF molecule_will be_identified_and characterized_by_proteolytic fragmentation of_the vWF, by_chemical and enzymatic modification_of vWF, and_by_use of monoclonal antibodies to vWF. The platelet receptor for vWF will be isolated_by_affinity chromatography_and_will_also be identified in situ_by photo