+ "on lipogenic gene expression in the liver, indirectly, by increasing glucose flux through glucokinase, "
+ "and/or directly, by activation of lipogenic gene expression"));
statementGroup.setAnnotationGroup(annotationGroup);
FunctionEnum fp = FunctionEnum.PROTEIN_ABUNDANCE;
List<BELObject> args = new ArrayList<BELObject>();
args.add(CommonModelFactory.getInstance().createParameter(hgncNs,
"TXNIP"));
Term t = new Term(fp, args);
FunctionEnum ft = FunctionEnum.TRANSCRIPTIONAL_ACTIVITY;
args = new ArrayList<BELObject>();
args.add(CommonModelFactory.getInstance().createParameter(hgncNs,
"IL3RA"));
Term t2 = new Term(ft, args);
FunctionEnum fr = FunctionEnum.RIBOSYLATION_ACTIVITY;
args = new ArrayList<BELObject>();
args.add(t2);
Term t3 = new Term(fr, args);
args = new ArrayList<BELObject>();
args.add(CommonModelFactory.getInstance().createParameter(hgncNs,
"ESR1"));
Term t4 = new Term(fp, args);
args = new ArrayList<BELObject>();
args.add(CommonModelFactory.getInstance().createParameter(hgncNs,
"BRCA1"));
Term t5 = new Term(fp, args);
args = new ArrayList<BELObject>();
args.add(t4);
Term t6 = new Term(ft, args);
FunctionEnum fg = FunctionEnum.GENE_ABUNDANCE;
args = new ArrayList<BELObject>();
args.add(CommonModelFactory.getInstance().createParameter(hgncNs,
"TXNIP"));
Term t7 = new Term(fg, args);