def test_process_row_complex_down(): test_row = _SignorRow_(ENTITYA='XIAP', TYPEA='protein', IDA='P98170', DATABASEA='UNIPROT', ENTITYB='CASP3', TYPEB='protein', IDB='P42574', DATABASEB='UNIPROT', EFFECT='down-regulates activity', MECHANISM='binding', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='10548111', DIRECT='YES', NOTES='', ANNOTATOR='amattioni', SENTENCE='', SIGNOR_ID='SIGNOR-71954') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 3 assert isinstance(stmts[0], Inhibition) assert isinstance(stmts[1], Complex) cplx_agent_a = stmts[1].agent_list()[0] cplx_agent_b = stmts[1].agent_list()[1] af = stmts[2] assert isinstance(af, ActiveForm) # Won't fully match because of bound condition, so we check name assert af.agent.name == cplx_agent_b.name assert len(af.agent.bound_conditions) == 1 bc = af.agent.bound_conditions[0] assert bc.agent.matches(cplx_agent_a) assert bc.is_bound assert af.activity == 'activity' assert not af.is_active
def test_process_row_dephos_nores_down(): test_row = SignorRow(ENTITYA='CSNK1D', TYPEA='protein', IDA='P48730', DATABASEA='UNIPROT', ENTITYB='LEF1', TYPEB='protein', IDB='Q9UJU2', DATABASEB='UNIPROT', EFFECT='down-regulates', MECHANISM='dephosphorylation', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='15747065', DIRECT='YES', NOTES='', ANNOTATOR='gcesareni', SENTENCE='', SIGNOR_ID='SIGNOR-134494') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 3 assert isinstance(stmts[0], Inhibition) assert isinstance(stmts[1], Dephosphorylation) assert stmts[1].residue is None assert stmts[1].position is None af = stmts[2] assert isinstance(af, ActiveForm) assert len(af.agent.mods) == 1 mc = af.agent.mods[0] assert mc.mod_type == 'phosphorylation' assert mc.residue is None assert mc.position is None assert af.is_active == True
def test_process_row_phos_multi_res(): test_row = _SignorRow_(ENTITYA='RAF1', TYPEA='protein', IDA='P04049', DATABASEA='UNIPROT', ENTITYB='MAP2K2', TYPEB='protein', IDB='P36507', DATABASEB='UNIPROT', EFFECT='up-regulates', MECHANISM='phosphorylation', RESIDUE='Ser218;Ser222', SEQUENCE='VSGQLIDsMANSFVG;LIDSMANsFVGTRSY', TAX_ID='9606', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='8157000', DIRECT='YES', NOTES='', ANNOTATOR='gcesareni', SENTENCE='', SIGNOR_ID='SIGNOR-36553') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 4 assert isinstance(stmts[0], Activation) assert isinstance(stmts[1], Phosphorylation) assert stmts[1].position == '218' assert isinstance(stmts[2], Phosphorylation) assert stmts[2].position == '222' af = stmts[3] assert isinstance(af, ActiveForm) assert len(af.agent.mods) == 2 mc0 = af.agent.mods[0] assert mc0.mod_type == 'phosphorylation' assert mc0.residue == 'S' assert mc0.position == '218' mc1 = af.agent.mods[1] assert mc1.mod_type == 'phosphorylation' assert mc1.residue == 'S' assert mc1.position == '222' assert af.is_active == True
def test_process_row_complex_up(): test_row = _SignorRow_(ENTITYA='NONO', TYPEA='protein', IDA='Q15233', DATABASEA='UNIPROT', ENTITYB='TOP1', TYPEB='protein', IDB='P11387', DATABASEB='UNIPROT', EFFECT='up-regulates', MECHANISM='binding', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='BTO:0000017', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='9756848', DIRECT='YES', NOTES='', ANNOTATOR='miannu', SENTENCE='', SIGNOR_ID='SIGNOR-60557') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 3 assert isinstance(stmts[0], Activation) assert isinstance(stmts[1], Complex) cplx_agent_a = stmts[1].agent_list()[0] cplx_agent_b = stmts[1].agent_list()[1] af = stmts[2] assert isinstance(af, ActiveForm) # Won't fully match because of bound condition, so we check name assert af.agent.name == cplx_agent_b.name assert len(af.agent.bound_conditions) == 1 bc = af.agent.bound_conditions[0] assert bc.agent.matches(cplx_agent_a) assert bc.is_bound assert af.activity == 'activity' assert af.is_active
def test_process_row_dephos_nores_up(): test_row = _SignorRow_(ENTITYA='STK11', TYPEA='protein', IDA='Q15831', DATABASEA='UNIPROT', ENTITYB='AMPK', TYPEB='complex', IDB='SIGNOR-C15', DATABASEB='SIGNOR', EFFECT='up-regulates activity', MECHANISM='dephosphorylation', RESIDUE='', SEQUENCE='', TAX_ID='-1', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='14976552', DIRECT='YES', NOTES='', ANNOTATOR='lperfetto', SENTENCE='', SIGNOR_ID='SIGNOR-242602') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 3 assert isinstance(stmts[0], Activation) assert isinstance(stmts[1], Dephosphorylation) assert stmts[1].residue is None assert stmts[1].position is None af = stmts[2] assert isinstance(af, ActiveForm) assert len(af.agent.mods) == 1 mc = af.agent.mods[0] assert mc.mod_type == 'phosphorylation' assert mc.residue is None assert mc.position is None assert af.is_active == False
def test_process_row_dephos_nores_down(): test_row = _SignorRow_(ENTITYA='CSNK1D', TYPEA='protein', IDA='P48730', DATABASEA='UNIPROT', ENTITYB='LEF1', TYPEB='protein', IDB='Q9UJU2', DATABASEB='UNIPROT', EFFECT='down-regulates', MECHANISM='dephosphorylation', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='15747065', DIRECT='YES', NOTES='', ANNOTATOR='gcesareni', SENTENCE='', SIGNOR_ID='SIGNOR-134494') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 3 assert isinstance(stmts[0], Inhibition) assert isinstance(stmts[1], Dephosphorylation) assert stmts[1].residue is None assert stmts[1].position is None af = stmts[2] assert isinstance(af, ActiveForm) assert len(af.agent.mods) == 1 mc = af.agent.mods[0] assert mc.mod_type == 'phosphorylation' assert mc.residue is None assert mc.position is None assert af.is_active == True
def test_process_row_dephos_down(): test_row = _SignorRow_(ENTITYA='PRKCD', TYPEA='protein', IDA='Q05655', DATABASEA='UNIPROT', ENTITYB='PTPN22', TYPEB='protein', IDB='Q9Y2R2', DATABASEB='UNIPROT', EFFECT='down-regulates', MECHANISM='dephosphorylation', RESIDUE='Ser35', SEQUENCE='FLKLKRQsTKYKADK', TAX_ID='9606', CELL_DATA='BTO:0000782', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='18056643', DIRECT='YES', NOTES='', ANNOTATOR='llicata', SENTENCE='', SIGNOR_ID='SIGNOR-159591') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 3 assert isinstance(stmts[0], Inhibition) assert isinstance(stmts[1], Dephosphorylation) assert stmts[1].residue == 'S' assert stmts[1].position == '35' af = stmts[2] assert isinstance(af, ActiveForm) assert len(af.agent.mods) == 1 mc = af.agent.mods[0] assert mc.mod_type == 'phosphorylation' assert mc.residue == 'S' assert mc.position == '35' assert af.is_active == True
def test_process_row_dephos_down(): test_row = SignorRow(ENTITYA='PRKCD', TYPEA='protein', IDA='Q05655', DATABASEA='UNIPROT', ENTITYB='PTPN22', TYPEB='protein', IDB='Q9Y2R2', DATABASEB='UNIPROT', EFFECT='down-regulates', MECHANISM='dephosphorylation', RESIDUE='Ser35', SEQUENCE='FLKLKRQsTKYKADK', TAX_ID='9606', CELL_DATA='BTO:0000782', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='18056643', DIRECT='YES', NOTES='', ANNOTATOR='llicata', SENTENCE='', SIGNOR_ID='SIGNOR-159591') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 3 assert isinstance(stmts[0], Inhibition) assert isinstance(stmts[1], Dephosphorylation) assert stmts[1].residue == 'S' assert stmts[1].position == '35' af = stmts[2] assert isinstance(af, ActiveForm) assert len(af.agent.mods) == 1 mc = af.agent.mods[0] assert mc.mod_type == 'phosphorylation' assert mc.residue == 'S' assert mc.position == '35' assert af.is_active == True
def test_process_row_complex_up(): test_row = SignorRow(ENTITYA='NONO', TYPEA='protein', IDA='Q15233', DATABASEA='UNIPROT', ENTITYB='TOP1', TYPEB='protein', IDB='P11387', DATABASEB='UNIPROT', EFFECT='up-regulates', MECHANISM='binding', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='BTO:0000017', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='9756848', DIRECT='YES', NOTES='', ANNOTATOR='miannu', SENTENCE='', SIGNOR_ID='SIGNOR-60557') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 3 assert isinstance(stmts[0], Activation) assert isinstance(stmts[1], Complex) cplx_agent_a = stmts[1].agent_list()[0] cplx_agent_b = stmts[1].agent_list()[1] af = stmts[2] assert isinstance(af, ActiveForm) # Won't fully match because of bound condition, so we check name assert af.agent.name == cplx_agent_b.name assert len(af.agent.bound_conditions) == 1 bc = af.agent.bound_conditions[0] assert bc.agent.matches(cplx_agent_a) assert bc.is_bound assert af.activity == 'activity' assert af.is_active
def test_process_row_dephos_up(): test_row = _SignorRow_(ENTITYA='CHEK2', TYPEA='protein', IDA='O96017', DATABASEA='UNIPROT', ENTITYB='CHEK2', TYPEB='protein', IDB='O96017', DATABASEB='UNIPROT', EFFECT='up-regulates activity', MECHANISM='dephosphorylation', RESIDUE='Thr387', SEQUENCE='LMRTLCGtPTYLAPE', TAX_ID='9606', CELL_DATA='BTO:0000007', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='11901158', DIRECT='YES', NOTES='', ANNOTATOR='gcesareni', SENTENCE='', SIGNOR_ID='SIGNOR-116131') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 3 assert isinstance(stmts[0], Activation) assert isinstance(stmts[1], Dephosphorylation) assert stmts[1].residue == 'T' assert stmts[1].position == '387' af = stmts[2] assert isinstance(af, ActiveForm) assert len(af.agent.mods) == 1 mc = af.agent.mods[0] assert mc.mod_type == 'phosphorylation' assert mc.residue == 'T' assert mc.position == '387' assert af.is_active == False
def test_process_row_complex_down(): test_row = SignorRow(ENTITYA='XIAP', TYPEA='protein', IDA='P98170', DATABASEA='UNIPROT', ENTITYB='CASP3', TYPEB='protein', IDB='P42574', DATABASEB='UNIPROT', EFFECT='down-regulates activity', MECHANISM='binding', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='10548111', DIRECT='YES', NOTES='', ANNOTATOR='amattioni', SENTENCE='', SIGNOR_ID='SIGNOR-71954') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 3 assert isinstance(stmts[0], Inhibition) assert isinstance(stmts[1], Complex) cplx_agent_a = stmts[1].agent_list()[0] cplx_agent_b = stmts[1].agent_list()[1] af = stmts[2] assert isinstance(af, ActiveForm) # Won't fully match because of bound condition, so we check name assert af.agent.name == cplx_agent_b.name assert len(af.agent.bound_conditions) == 1 bc = af.agent.bound_conditions[0] assert bc.agent.matches(cplx_agent_a) assert bc.is_bound assert af.activity == 'activity' assert not af.is_active
def test_process_row_chem_inh(): test_row_chem_inh = SignorRow(ENTITYA='722544-51-6', TYPEA='chemical', IDA='CID:16007391', DATABASEA='PUBCHEM', ENTITYB='AURKB', TYPEB='protein', IDB='Q96GD4', DATABASEB='UNIPROT', EFFECT='down-regulates', MECHANISM='chemical inhibition', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='Other', DIRECT='YES', NOTES='Selleck', ANNOTATOR='gcesareni', SENTENCE='', SIGNOR_ID='SIGNOR-190245') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row_chem_inh) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 1 assert isinstance(stmts[0], Inhibition)
def test_process_row_chem_act(): test_row_chem_act = SignorRow(ENTITYA='Prostaglandin E2', TYPEA='smallmolecule', IDA='CID:5280360', DATABASEA='PUBCHEM', ENTITYB='GNG12', TYPEB='protein', IDB='Q9UBI6', DATABASEB='UNIPROT', EFFECT='up-regulates', MECHANISM='chemical activation', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='16293724', DIRECT='YES', NOTES='', ANNOTATOR='gcesareni', SENTENCE='', SIGNOR_ID='SIGNOR-141820') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row_chem_act) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 1 assert isinstance(stmts[0], Activation)
def test_process_row_dephos_nores_up(): test_row = SignorRow(ENTITYA='STK11', TYPEA='protein', IDA='Q15831', DATABASEA='UNIPROT', ENTITYB='AMPK', TYPEB='complex', IDB='SIGNOR-C15', DATABASEB='SIGNOR', EFFECT='up-regulates activity', MECHANISM='dephosphorylation', RESIDUE='', SEQUENCE='', TAX_ID='-1', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='14976552', DIRECT='YES', NOTES='', ANNOTATOR='lperfetto', SENTENCE='', SIGNOR_ID='SIGNOR-242602') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 3 assert isinstance(stmts[0], Activation) assert isinstance(stmts[1], Dephosphorylation) assert stmts[1].residue is None assert stmts[1].position is None af = stmts[2] assert isinstance(af, ActiveForm) assert len(af.agent.mods) == 1 mc = af.agent.mods[0] assert mc.mod_type == 'phosphorylation' assert mc.residue is None assert mc.position is None assert af.is_active == False
def test_process_row_phos_multi_res(): test_row = SignorRow(ENTITYA='RAF1', TYPEA='protein', IDA='P04049', DATABASEA='UNIPROT', ENTITYB='MAP2K2', TYPEB='protein', IDB='P36507', DATABASEB='UNIPROT', EFFECT='up-regulates', MECHANISM='phosphorylation', RESIDUE='Ser218;Ser222', SEQUENCE='VSGQLIDsMANSFVG;LIDSMANsFVGTRSY', TAX_ID='9606', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='8157000', DIRECT='YES', NOTES='', ANNOTATOR='gcesareni', SENTENCE='', SIGNOR_ID='SIGNOR-36553') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 4 assert isinstance(stmts[0], Activation) assert isinstance(stmts[1], Phosphorylation) assert stmts[1].position == '218' assert isinstance(stmts[2], Phosphorylation) assert stmts[2].position == '222' af = stmts[3] assert isinstance(af, ActiveForm) assert len(af.agent.mods) == 2 mc0 = af.agent.mods[0] assert mc0.mod_type == 'phosphorylation' assert mc0.residue == 'S' assert mc0.position == '218' mc1 = af.agent.mods[1] assert mc1.mod_type == 'phosphorylation' assert mc1.residue == 'S' assert mc1.position == '222' assert af.is_active == True
def test_process_row_dephos_up(): test_row = SignorRow(ENTITYA='CHEK2', TYPEA='protein', IDA='O96017', DATABASEA='UNIPROT', ENTITYB='CHEK2', TYPEB='protein', IDB='O96017', DATABASEB='UNIPROT', EFFECT='up-regulates activity', MECHANISM='dephosphorylation', RESIDUE='Thr387', SEQUENCE='LMRTLCGtPTYLAPE', TAX_ID='9606', CELL_DATA='BTO:0000007', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='11901158', DIRECT='YES', NOTES='', ANNOTATOR='gcesareni', SENTENCE='', SIGNOR_ID='SIGNOR-116131') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 3 assert isinstance(stmts[0], Activation) assert isinstance(stmts[1], Dephosphorylation) assert stmts[1].residue == 'T' assert stmts[1].position == '387' af = stmts[2] assert isinstance(af, ActiveForm) assert len(af.agent.mods) == 1 mc = af.agent.mods[0] assert mc.mod_type == 'phosphorylation' assert mc.residue == 'T' assert mc.position == '387' assert af.is_active == False
def test_process_row_stab(): test_row_stab = SignorRow(ENTITYA='UCHL5', TYPEA='protein', IDA='Q9Y5K5', DATABASEA='UNIPROT', ENTITYB='TGFBR1', TYPEB='protein', IDB='P36897', DATABASEB='UNIPROT', EFFECT='up-regulates', MECHANISM='stabilization', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='17052192', DIRECT='YES', NOTES='', ANNOTATOR='gcesareni', SENTENCE='', SIGNOR_ID='SIGNOR-150135') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row_stab) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 1 assert isinstance(stmts[0], IncreaseAmount)
def test_process_row(): # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 1 assert isinstance(stmts[0], IncreaseAmount) assert stmts[0].agent_list()[0].activity.activity_type == 'transcription'
def test_process_row_chem_act(): test_row_chem_act = _SignorRow_(ENTITYA='Prostaglandin E2', TYPEA='smallmolecule', IDA='CID:5280360', DATABASEA='PUBCHEM', ENTITYB='GNG12', TYPEB='protein', IDB='Q9UBI6', DATABASEB='UNIPROT', EFFECT='up-regulates', MECHANISM='chemical activation', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='16293724', DIRECT='YES', NOTES='', ANNOTATOR='gcesareni', SENTENCE='', SIGNOR_ID='SIGNOR-141820') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row_chem_act) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 1 assert isinstance(stmts[0], Activation)
def test_process_row_stab(): test_row_stab = _SignorRow_(ENTITYA='UCHL5', TYPEA='protein', IDA='Q9Y5K5', DATABASEA='UNIPROT', ENTITYB='TGFBR1', TYPEB='protein', IDB='P36897', DATABASEB='UNIPROT', EFFECT='up-regulates', MECHANISM='stabilization', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='17052192', DIRECT='YES', NOTES='', ANNOTATOR='gcesareni', SENTENCE='', SIGNOR_ID='SIGNOR-150135') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row_stab) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 1 assert isinstance(stmts[0], IncreaseAmount)
def test_process_row_binding_complex(): test_row = _SignorRow_(ENTITYA='ATG5', TYPEA='protein', IDA='Q9H1Y0', DATABASEA='UNIPROT', ENTITYB='ATG12/5/16L1', TYPEB='complex', IDB='SIGNOR-C109', DATABASEB='SIGNOR', EFFECT='form complex', MECHANISM='binding', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='', TISSUE_DATA='BTO:0000007', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='18321988', DIRECT='YES', NOTES='', ANNOTATOR='lperfetto', SENTENCE='', SIGNOR_ID='SIGNOR-226693') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 1 assert isinstance(stmts[0], Complex) assert len(stmts[0].agent_list()) == 2
def test_process_row_chem_inh(): test_row_chem_inh = _SignorRow_(ENTITYA='722544-51-6', TYPEA='chemical', IDA='CID:16007391', DATABASEA='PUBCHEM', ENTITYB='AURKB', TYPEB='protein', IDB='Q96GD4', DATABASEB='UNIPROT', EFFECT='down-regulates', MECHANISM='chemical inhibition', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='Other', DIRECT='YES', NOTES='Selleck', ANNOTATOR='gcesareni', SENTENCE='', SIGNOR_ID='SIGNOR-190245') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row_chem_inh) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 1 assert isinstance(stmts[0], Inhibition)
def test_process_row_binding_complex(): test_row = SignorRow(ENTITYA='ATG5', TYPEA='protein', IDA='Q9H1Y0', DATABASEA='UNIPROT', ENTITYB='ATG12/5/16L1', TYPEB='complex', IDB='SIGNOR-C109', DATABASEB='SIGNOR', EFFECT='form complex', MECHANISM='binding', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='', TISSUE_DATA='BTO:0000007', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='18321988', DIRECT='YES', NOTES='', ANNOTATOR='lperfetto', SENTENCE='', SIGNOR_ID='SIGNOR-226693') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 1 assert isinstance(stmts[0], Complex) assert len(stmts[0].agent_list()) == 2
def test_process_row_destab(): test_row_destab = SignorRow(ENTITYA='INS', TYPEA='protein', IDA='P01308', DATABASEA='UNIPROT', ENTITYB='APOB', TYPEB='protein', IDB='P04114', DATABASEB='UNIPROT', EFFECT='down-regulates quantity by destabilization', MECHANISM='destabilization', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='BTO:0000575', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='23721961', DIRECT='NO', NOTES='', ANNOTATOR='miannu', SENTENCE='', SIGNOR_ID='SIGNOR-252114') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row_destab) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 1 assert isinstance(stmts[0], DecreaseAmount)
def test_process_row_destab(): test_row_destab = _SignorRow_(ENTITYA='INS', TYPEA='protein', IDA='P01308', DATABASEA='UNIPROT', ENTITYB='APOB', TYPEB='protein', IDB='P04114', DATABASEB='UNIPROT', EFFECT='down-regulates quantity by destabilization', MECHANISM='destabilization', RESIDUE='', SEQUENCE='', TAX_ID='9606', CELL_DATA='BTO:0000575', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='23721961', DIRECT='NO', NOTES='', ANNOTATOR='miannu', SENTENCE='', SIGNOR_ID='SIGNOR-252114') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row_destab) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 1 assert isinstance(stmts[0], DecreaseAmount)
def test_mod_unknown_effect(): test_row = _SignorRow_(ENTITYA='JAK2', TYPEA='protein', IDA='O60674', DATABASEA='UNIPROT', ENTITYB='JAK2', TYPEB='protein', IDB='O60674', DATABASEB='UNIPROT', EFFECT='unknown', MECHANISM='phosphorylation', RESIDUE='Tyr1007', SEQUENCE='VLPQDKEyYKVKEPG', TAX_ID='-1', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='9111318', DIRECT='YES', NOTES='', ANNOTATOR='', SENTENCE='', SIGNOR_ID='SIGNOR-251358') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 1 assert isinstance(stmts[0], Phosphorylation) assert stmts[0].residue == 'Y' assert stmts[0].position == '1007'
def test_mod_unknown_effect(): test_row = SignorRow(ENTITYA='JAK2', TYPEA='protein', IDA='O60674', DATABASEA='UNIPROT', ENTITYB='JAK2', TYPEB='protein', IDB='O60674', DATABASEB='UNIPROT', EFFECT='unknown', MECHANISM='phosphorylation', RESIDUE='Tyr1007', SEQUENCE='VLPQDKEyYKVKEPG', TAX_ID='-1', CELL_DATA='', TISSUE_DATA='', MODULATOR_COMPLEX='', TARGET_COMPLEX='', MODIFICATIONA='', MODASEQ='', MODIFICATIONB='', MODBSEQ='', PMID='9111318', DIRECT='YES', NOTES='', ANNOTATOR='', SENTENCE='', SIGNOR_ID='SIGNOR-251358') # Create an empty Signor processor sp = SignorProcessor([]) stmts, no_mech = sp._process_row(test_row) assert not no_mech assert isinstance(stmts, list) assert len(stmts) == 1 assert isinstance(stmts[0], Phosphorylation) assert stmts[0].residue == 'Y' assert stmts[0].position == '1007'