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home:pathogenesis:vitamind:mechanisms [01.25.2019]
sallieq [Effects of VDR blockage on the PXR, a receptor which converts pre-vitamin D into 25-D]
home:pathogenesis:vitamind:mechanisms [01.25.2019]
sallieq [Recent research]
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 ===== Recent research ===== ===== Recent research =====
  
-We evaluated whether the ability of M. leprae to induce type I IFN blocks the intrinsic activation of the vitamin D pathway, representing an escape mechanism by which the bacterium evades the host response. ​   (({{pubmed>​long:​000}})) +We evaluated whether the ability of M. leprae to induce type I IFN blocks the intrinsic activation of the vitamin D pathway, representing an escape mechanism by which the bacterium evades the host response. ​   (({{pubmed>​long:​30300363}})) 
 ===== Related publications and presentations ===== ===== Related publications and presentations =====
  
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 {{tag>​pathogenesis Science_behind_vitamin_D}} {{tag>​pathogenesis Science_behind_vitamin_D}}
 ===== Notes and comments ===== ===== Notes and comments =====
 +
 +  (({{pubmed>​long:​000}})) ​
  
   * Legacy content   * Legacy content
home/pathogenesis/vitamind/mechanisms.txt · Last modified: 01.25.2019 by sallieq
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