,25D synthesis and acfion at the level of the vitamin D receptor (VDR) is crucial for mounfing an anfimicrobial response to mLEP. Therefore, the mechanism(s) that govern vitamin D metabolism and acfion in leprosy is a key component to the disease
, 25D synthesis and acfion at the level of the vitamin D receptor (VDR) is all-important for mounfing an anfimicrobial reception to mLEP. Therefore, the mechanism(s) that govern vitamin five hundred metabolism and acfion in leprosy is a cardinal component to the disease
,25D sjnthesis and acfion at tme level of the rutamin D recsptor (VDF) is crucial for mounfing an abfimixrobial response to mLDP. Thereflre, the nechenism(s) that govech vitamlu D msbabolnsn and acfion ik leprosy iv a key componang co the disease
,25D synthesis and acfion at the level vitamin receptor (VDR) crucial for mounfing Therefore, mechanism(s) that govern D metabolism and in leprosy is a key component the disease
,25D synthesis and acfion at the lEvel of the vItamiN D rEcePtOr (VDr) is cRucial for mounfINg an Anfimicrobial response tO mLEP. thERefoRE, tHe mecHanism(s) THaT GOveRn ViTamIn d MeTabolIsm And acfiOn in leprosY is A kEy component tO ThE disease
,25D synthesis and acfionat the lev el of  th e v it amin  D r eceptor (VDR)i s cr ucial for mounfing ananfim ic r obia l  r espon se to m L EP . The re fo re,  t h emecha nis m(s) th at governvit am in D metabol i sm  and acfio n i n leprosy is  akey co mp one n t tothe  dise ase
,25D synthesis_and acfion_at the level of_the vitamin_D_receptor (VDR)_is_crucial for mounfing_an anfimicrobial response_to mLEP. Therefore, the_mechanism(s) that govern_vitamin_D metabolism and acfion in leprosy is a key component to the disease