14203
Here we report that binding of human IL-2 to its binding site leads to transcriptional activation of the macrophage CSF ( M-CSF ) gene in Mo resulting in accumulation of M-CSF mRNA and subsequent release of bioactive M-CSF protein as demonstrated by ELISA and inhibition of IL-2 induced release of an activity-stimulating growth of monocyte-type colonies by a neutralizing anti-M-CSF antibody .
 protein: human IL-2; protein: M-CSF; protein: IL-2; protein: anti-M-CSF antibody; RNA: M-CSF mRNA; cell type: Mo; DNA: macrophage CSF ( M-CSF ) gene; protein: M-CSF protein; protein: M-CSF; cell line: monocyte-type colonies
Given options, please tell me the categories of all the listed entity words.Output format is "type1: word1; type2: word2". 
Option: cell line, protein, RNA, DNA, cell type 
Text: {0} 
 Entities: human IL-2, M-CSF, IL-2, anti-M-CSF antibody, M-CSF mRNA, Mo, macrophage CSF ( M-CSF ) gene, M-CSF protein, M-CSF, monocyte-type colonies 
Answer:
 protein: human IL-2; protein: M-CSF; protein: IL-2; protein: anti-M-CSF antibody; RNA: M-CSF mRNA; cell type: Mo; DNA: macrophage CSF ( M-CSF ) gene; protein: M-CSF protein; protein: M-CSF; cell line: monocyte-type colonies