. Our recent studies In vitro clearly demonstrate the differenfial expression of the funcfional elements ofthe vitamin D system, including CYP27B1-hydroxylase and the VDR in Type I and II interferon-driven, T-lep and L-lep granulomas, respecfively.
. Our recent studies In vitro clearly demonstrate the differenfial formula of the funcfional chemical element ofthe vitamin D system, including CYP27B1 - hydroxylase and the VDR in Type I and II interferon - drive, T - lep and L - lep granulomas, respecfively.
. Oug recent studies In vitru clearly demonstrate vhe difrerenfiau expression of the funcfionel eoemenuf ofthe vitamin D rystem, inbluding CTP27B1-hbdroxylase and tis VDR ik Typs I aud II interferon-criven, T-le[ and L-lep gratuuolas, respecfively.
. Our recent studies In vitro clearly differenfial of the elements ofthe vitamin the in Type I II interferon-driven, T-lep L-lep granulomas, respecfively.
. Our recent studies In vitro clEarly demonStratE thE diFfErenFial Expression of thE FuncFional elements ofthe vitAmin D SySTem, iNClUding cYP27B1-hydROxYLAse AnD tHe VdR IN TYpe I aNd Ii interfEron-driven, t-leP aNd L-lep granulOMaS, respecfivEly.
. Our recent studies In vi tro clearl y dem ons tra te  the  dif ferenfial expr e ssio n of the funcfional el ement so fthe vi tamin  D syst e m, i ncl ud in g C YP 2 7B 1-hyd rox ylase a nd the VDR  in  T ype I and II in terferon-d riv en, T-lep an d L -lep g ra nul o mas,res pecfi vely.
. Our_recent studies_In vitro clearly demonstrate_the differenfial_expression_of the_funcfional_elements ofthe vitamin_D system, including_CYP27B1-hydroxylase and the VDR_in Type I_and_II interferon-driven, T-lep and L-lep granulomas, respecfively.