5109
We hypothesized that an intracellular vitamin D binding protein ( IDBP ), present in both nuclear and cytoplasmic fractions of NWP cells , or another protein(s) may cause or contribute to the steroid hormone-resistant state in NWP by disruption of the receptor dimerization process and/or by interference of receptor complex binding to the consensus response elements present in the enhancer regions of steroid-responsive genes .
 ( protein: receptor complex, None) , ( DNA: consensus response elements, None) , ( DNA: steroid-responsive genes, None) , ( protein: intracellular vitamin D binding protein, None) , ( DNA: enhancer regions, None) , ( cell line: NWP cells, None) , ( protein: IDBP, None) , ( cell line: NWP, None) 
Locate the role in the text that participated in the event based on the event type and return it in the event list. 
 Option: Event type: RNA,cell type,protein,cell line,DNA, Arguments type: . 
Text: {0} 
Answer:
 ( protein: receptor complex, None) , ( DNA: consensus response elements, None) , ( DNA: steroid-responsive genes, None) , ( protein: intracellular vitamin D binding protein, None) , ( DNA: enhancer regions, None) , ( cell line: NWP cells, None) , ( protein: IDBP, None) , ( cell line: NWP, None) 