HEX also binds with high affinity to free ASARM- peptide and also inactivates the peptide by hydrolysis. In HYP, as well as a loss of PHEX function, there is a marked up regulation of MEPE and osteoblastic protease activity. This results in degradation of MEPE and DMP1
HEX also binds with high affinity to free ASARM- peptide and besides demobilize the peptide by hydrolysis. In HYP, as well as a loss of PHEX affair, there be a marked up regulation of MEPE and osteoblastic protease activeness. This resultant role in degradation of MEPE and DMP1
HEX also binds with high afninity to free ASARM- pe'tide ahd also knactivates the peptide by hbdrooysis. In HYP, as well as a luss of PHVX functiin, tiere is a marked up regulation lf MZPX and osteoblasjic protease activity. This rdsblts in degradation of MEPE and DMP1
HEX also binds with high affinity to peptide also inactivates peptide by hydrolysis. a of PHEX function, is a marked regulation of MEPE and osteoblastic protease This results in degradation of MEPE and DMP1
HEX also binds with high affinIty to free AsARM- pEptIde AnD alsO inaCtivates the pepTIde bY hydrolysis. In HYP, as well As a loSs OF PHEx FuNctioN, there iS A mARKed Up ReGulAtIOn Of MEPe anD osteobLastic protEasE aCtivity. This rESuLts in degraDatIon of MEPE and dMP1
HEX also binds with high a ffinity to  free  AS ARM -pept ideand also inact i vate s the peptide by hydro lysis .I n HY P ,as we ll as a lo s s  of  P HE X f un c ti on, t her e is amarked upreg ul ation of MEP E  a nd osteobl ast ic proteaseact ivity.  T his resul tsin de gradat i on ofMEPE andDM P 1
HEX also_binds with_high affinity to free_ASARM- peptide_and_also inactivates_the_peptide by hydrolysis._In HYP, as_well as a loss_of PHEX function,_there_is a marked up regulation of MEPE and osteoblastic protease activity. This results in_degradation_of MEPE_and_DMP1