Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Cmo14g00067 ATGAGGCATAGTCGCTGCGATGCCCACAATTTTTTTTACTCTTTTTTATGTCATATCTTTCTGATGTCCATGAGCTGCTGGGCTTTCGGAAATGAATCAGATCGCTTGGCTCTACTCGACTTGAAAAGCAGAGTGCTCAATGACCCACTCAAAATCACGAGCTCTTGGAACGACTCCATGCATTTTTGTGAGTGGGATGGTGTGACTTGCGACTCTAGCATTACAAGAGTAACGGCGTTGAACTTGGAAGGTCGACAGCTGAGTGGTTCCATACCACCTTCTTTGGGAAATCTTACTCATCTCACTGAAATCAGATGGGGTGACAACAACTTCCACGGCCCAATTCTCCAAGAGCTTGGTAAGTTATTACGACTGCGCCATCTCAATTTATCCTTCAATAACTTTGACGGCGAGATTGCAACGAATATAAGTCACTGTACTGAGCTTGTTGTTTTGGAGCTGAGTCTCAATGAGCTTGTTGGTCAGATTCCAAACCAGTTCTTCACGTTAACCAAGTTGAAACGACTCGGGTTTGGCGGTAACAATCTCATCGGAACTATCCCACCTTGGATAGCGAACTTCTCTTCCTTATTTGCTCTGTCATTTGCACTCAACAAATTTCAAGGCAATATTCCTAGTGAACTCGGACGCCTTTCTAAATTGGAACACTTCAGCGTTTATGGGAACCATTTGACAGGCATTGTGCCGCCTTCCATCTATAATATAACCTCTCTTACTTACTTTTCTCTTACTCAAAATCGACTTCAAGGAACTCTACCACCAGATGTCGGATTTACTCTTCCTAATCTTCAGGTCTTTGCCGGTGGTGTCAATAACTTTGGAGGCCTGATTCCGACATCCTTGGCTAACATCTCCGGTCTTCAGGTCATAGATTTTGCTGAGAACAGTCTAGTTGGAGCGCTACCGCATGGCTTGGGGAGCTTAAATGAGCTGGTGAGATTCAATTTTGATGACAACAGACTTGGAAGTGGGAAAGTTGATGACTTGGATATAATCAGGTCCTTGACTAATTGTACTAGTCTACGCGTTCTGGGTCTTGCTGGAAATCGCTTAGGAGGAGTGTTGCCTCCATCTATTGCCAACCTTTCCAACCACCTCACAATTCTAACCTTGGGGAGTAACTTGTTAAGTGGAAGCATTCCAGTAGGGATTGAAAACTTGGTTAACTTACAAGTTCTTGGAGTAGAAGGCAACCGTGTGAACGGTAGCGTCCCGTCCAGTATTGGGAAGCTTCACAAGTTGTCTATTATTAATTTGAATGGTAACAAGTTAACAGGAACAATTCCATCCTCCATGGGTAATTTATCTTCAGCCACCAAGCTTTTCATGGAGGATAACAGGCTTGAGGGAAATATACCTCCAAGCTTGGGACAATGCAAAAGCCTCCAAGTTCTTGATCTATCTGGTAACAATCTAAGTGGCAGCATACCCAAGGAAGTTCTCAAACTCTCTTCCCTTTCAGTCTATTTAGCCTTAAACAACAACGCACTTACTGGTCCATTGCCATATGAAGTGGGTGAGTTAGTTAGTTTAACATTGTTGGATGTATCGCAGAACAAATTATCAGGTGATATTCCCGACAACCTTGGCAAATGTATTAGCATGGTACGCTTGTATTTGGGAGGTAACCAGTTTGAGGGGACAGTTCCTCGATCTTTGGAAGCTTTGAAAGGTCTAGAAGAACTGAATCTCTCAAGCAACAACTTGTCTGGGCCAATTCCTGAATTTCTTGGCAAGCTTTCTTCACTCAAGTTTCTTAATCTATCCTATAATACTTTCGAGGGGAAGCTGCCCAAAGAGGGAGTTTTTTCCAATTCAACCAAATTCTCCATCCTCGGAAACAACAATCTATGTGATGGCTTGCAGGAATTGCATCTACCTCCGTGCAAATCTGACCAAACCCATTTTTCCTACAAGCTTCTAGCACCGAAAGTGTTGATCCCCGTAGTATCTACCCTCGCTTTCATAGTTATTCTTTTGATCTTCCTATCTGTACGTTTTTTGATGAAGAAGTCAAGAAATGTTTTGACTTCATCTTCCTCTACGGACTTATTACCACAAATTTCTTACTTGGAGCTGAATAGATCAACCAATGGATTTTCTGCAGACAATTTGCTTGGTTCAGGTAGTTTTGGTTCTGTGTATAAAGGTGTTCTTTTGAATGATGGATCAGTTGTTGCTGTTAAGGTTCTTAACCTTCAACAACGTGGTGCTTCCAAGAGTTTTGACGACGAATGCAAAGCTCTCACAAGCATACGACATCGAAACCTCCTTAAGATCAGAACCTCTTGCTCAAGTACAGATGAAAAGGGGAATGAGTTCAAAGCTCTAGTCTTTGATTTCATGTCTAATGGAAACTTGGATGGTTGGCTTCACCCCACAGATATCGAGAAGGGTCAAAGATTGAGCATTATTCAGAGACTGAACATTTCCATTGATGTTGCCAATGCATTGGATTATCTACATAATCACTGTGAAACGCCCATTGTTCATTGTGATCTAAAGCCTAGCAATGTGTTGCTGGATGATGATATGGTAGCTCATGTTGGGGACTTTGGGTTAGCTAGATTTATCCTGGAAGGGGCAAATGAATCCTCTTTTGGACAAACCATGTCACTTGCACTTCATGGCTCTATTGGATATATTCCTCCAGAGTACGGAAGTGGAGGCAGAATTTCAATTGAAGGAGATATCTTTAGCTATGGAATTCTTCTATTGGAGATGTTCATTGGAAAAAGACCCACAGACAACATGTTTAGCGATGGTGTGGACATTCATCTATTCACAGCAATGGCATTGCCTCATGGGGAGGGAGATGATAGCAATGGGGAGGCAGTGGTAGTGGGGTTGGAAAACAGAGAGAAGGGGATGGTGGAAGATAGGATAGGCCAGGATTTCTTCAATACCAACAAGATGTTTCTCTATGATATCTTTTTGTTGTCTCTAATCTCAGCTTTTGCAAGCATACTCACTAGGGGAGATGAATGGGAACGCTTGGCTCTGCTTGACTTGAAAGCCAGAGTACTCAACGACCCACTTAAAACCATGAGTTCTTGGAATGATTCCACGCATTTCTGTGACTGGACTGGTGTCACTTGCAATTCCACCATTGGAACAGTAGTGGGTTTGGACTTGGAAGCTCGAAATCTGACTGGCTCCATACCCACTTCTCTGGCAAATCTCACCCACCTCACTGAAATCAAATTGGGAAGCAACAACTTCCATGGCTCAGTTCCCCAAGAGTTCGGTCGGCTACAGCAATTGCGTTTTCTCAACTTGTCCAACAACAACTTCGGTGGTGAGATTCCGACGAATATAAGCCATTGCACTGAGCTCGTTGTTTTGATACTCAATGCCAACAGGTTTATAGGTCAGATTCCAAACCAGCTATTAACGTTAACCAAGTTGAACCAACTAGAGTGTAACTACAACAATCTCAGCGGAGCTATCCCATCTTGGATAGGGAATTTTTCCTCCATGTTTAATTTGAATCTGGGGCGGAACAATTTTCAAGGAAGCATTCCCAGTGAGCTAGGGAGACTACCAAGATTGAAATTCTTCGAAGTTTATGAGAACAACTTGACAGGTAAAGTGCCCCCTTCAATCTACAATATAACTTCTCTGGTTGACCTGACACTCACTCAAAATCGACTTCAAGGATCTATACCCCCAAGTATTGGATTTACACTTCCCAATCTTCGGATCTTCCTAGGTGGTATGAATAATTTTAGTGGGTCTATTCCTACGTCCTTTGCTAACATCTCCAATCTTGAATTGTTAGATATATCTGAAAATAGTCTCACTGGAATGATACCTCATGAGTTGGGGAGATTAAAAGACTTGCGAGTACTCAATTTTGATACCAACAGGCTTGGAAGTGGGAAAGCTGGTGATCTAAATTTCATCAGTTTCTTGGTTAATTGTACTAATCTAATGGATTTGGGTCTAATTAAGAATCGTCTTGGAGGAGCACTGCCACCAACCATTGGAAACCTTTCGGACCGCTTGATAAGGATAACCTTGGGTGAAAATATGTTAAGTGGAAGCATTCCTAGTGGGATTGAAAACCTGATTAGCTTGCAAATTCTTGGAATGGAATACAACCATCTGAATGGTAGAATCCCTCCCAGTATTGGGAAGCTTCAGAATTTGGGTTGGTTGTACTTGGATGAGAACAACCTAACTGGGCCAATTCCATCCTCCATTGGTAACTTATCTTCAATCTCTAGGCTTTACATAGACCATAACAGACTCGAGGGAAGTATACCGCCGAGTTTAGGACGATGCAAAAGCCTCCAAGCTCTTGATCTAGCTCATAACACCCTAACTGGCTCTATACCCAAGGAAATTCTTGGCATCCCTTCCCTTTCAGTTTACTTAGGCTTGGACCATAACTCACTCACTGGTCCATTGCCATCTGAAGTTGGTAACTTGGTTAGTTTGAGTGAACTATATGTATCAGAGAACAAACTGTCTGGTAATATACCCAGCAATATGGGTAATTGTAGGAGCATGGAAAGCTTGTCTCTTGAAGAGAACCAGTTTACTGGAATTATTCCTCCATCTTTCGAAGCTTTGAGAGGTCTGGAAGAACTAGATCTATCAGCCAACAACTTGTCTGGGTCAATTCCCCAATTTCTTGCCAACCTTCGCTCACTCAATTACCTCAATCTATCCTATAATAACTTGGAAGGAAAAGTGCCCAAAGAAGGAGTCTTTTCCAATTCAACCATGATTTTCGTCCTTGGGAATAAGAATCTATGTGATGGGCTACCGGAATTGCGTTTACCTCCGTGCATGCCTAACCAAACACATTTGTCCAATAAGCGGTTTCTAGCATCAAGGGTGTTAATCCCCATAGCATCCGTTGTCACATTCACTGTTATATTGGTGTGTATCATTTTTGTGTGTTTTGTGCTTAAGAAGTCGAGGAAGCATGCCTCAACTTCATCTTCTTCAAAGGGGTTTCTACCACAAATTTCTTACTTGGAACTCAGTAAATCAACCAATGGATTCTCTATTGAAAATTTCATTGGTTCGGGTAGTTTTGGCTCTGTGTATAAAGGCGTTCTTTCAAATGATGGATCTATTGTTGCTGTTAAGGTTCTAAATCTTCAAAAACAAGGTGCTTCCAAGAGTTTTGTTGATGAATGCAATGCTCTCTCGAACATACGACATCGAAATCTGCTCAAGATCATAACATCTTGCTCGAGTATTGATGTACAGGGCAATGAATTTAAAGCTCTAGTCTTCAATTTCATGTCCAACGGAAATCTTGATTGTTGGCTTCATCCTGCAAATCAAGGCCACAACCAAAGAAGGTTGAGTTTCATTCAAAGATTGAACGTTGCCATTGATATTGCCTGTGGATTAGATTATCTCCATAATCATTGTGAAATCCCTATTGTTCATTGTGATCTAAAGCCGAGCAATATATTACTCGACGACGATATGGTTGCTCATGTAGGAGACTTTGGGTTAGCTAGATTCATGTTGGAAGGATCAAATGACCCATTATCCTTCAGCCAAACCATGTCAATGGCACTCAAGGGAGATATCTTCAGTTACGGAATACTACTATTGGAGATGATGATCGGGAAAAGACCCACCGACGACATGTTTGGGAATGGAGTGGGTATCCATTTGTTGAGTAGAATGGCAGTACCTCAAGATGCCATGGCCATACTCGATCCTTGTATGCTACCTGAAGAAACACGTGAAGAAGAAGAGAAGGAAGAGAGAATAGAAGAAATGGTGATAATGAGTGAGGAAGATGGTACAGAAAGGGTACCAAGATGGATGGAAGAATGTGTAGTGTCGATGCTGAGAATCGGCATATCGTGCTCCTGCATTGCACCTGCAGACAGAATGTCAATGAATGTTGTCATCAATGAATTGCAAGCAATTAAAAGCTCCTATCTCAAGTTTACTAAGCCTCGTCCAAGGTATCATAAACATCAGTTTTCCCGAGCTTGA 5997 42.02 MRHSRCDAHNFFYSFLCHIFLMSMSCWAFGNESDRLALLDLKSRVLNDPLKITSSWNDSMHFCEWDGVTCDSSITRVTALNLEGRQLSGSIPPSLGNLTHLTEIRWGDNNFHGPILQELGKLLRLRHLNLSFNNFDGEIATNISHCTELVVLELSLNELVGQIPNQFFTLTKLKRLGFGGNNLIGTIPPWIANFSSLFALSFALNKFQGNIPSELGRLSKLEHFSVYGNHLTGIVPPSIYNITSLTYFSLTQNRLQGTLPPDVGFTLPNLQVFAGGVNNFGGLIPTSLANISGLQVIDFAENSLVGALPHGLGSLNELVRFNFDDNRLGSGKVDDLDIIRSLTNCTSLRVLGLAGNRLGGVLPPSIANLSNHLTILTLGSNLLSGSIPVGIENLVNLQVLGVEGNRVNGSVPSSIGKLHKLSIINLNGNKLTGTIPSSMGNLSSATKLFMEDNRLEGNIPPSLGQCKSLQVLDLSGNNLSGSIPKEVLKLSSLSVYLALNNNALTGPLPYEVGELVSLTLLDVSQNKLSGDIPDNLGKCISMVRLYLGGNQFEGTVPRSLEALKGLEELNLSSNNLSGPIPEFLGKLSSLKFLNLSYNTFEGKLPKEGVFSNSTKFSILGNNNLCDGLQELHLPPCKSDQTHFSYKLLAPKVLIPVVSTLAFIVILLIFLSVRFLMKKSRNVLTSSSSTDLLPQISYLELNRSTNGFSADNLLGSGSFGSVYKGVLLNDGSVVAVKVLNLQQRGASKSFDDECKALTSIRHRNLLKIRTSCSSTDEKGNEFKALVFDFMSNGNLDGWLHPTDIEKGQRLSIIQRLNISIDVANALDYLHNHCETPIVHCDLKPSNVLLDDDMVAHVGDFGLARFILEGANESSFGQTMSLALHGSIGYIPPEYGSGGRISIEGDIFSYGILLLEMFIGKRPTDNMFSDGVDIHLFTAMALPHGEGDDSNGEAVVVGLENREKGMVEDRIGQDFFNTNKMFLYDIFLLSLISAFASILTRGDEWERLALLDLKARVLNDPLKTMSSWNDSTHFCDWTGVTCNSTIGTVVGLDLEARNLTGSIPTSLANLTHLTEIKLGSNNFHGSVPQEFGRLQQLRFLNLSNNNFGGEIPTNISHCTELVVLILNANRFIGQIPNQLLTLTKLNQLECNYNNLSGAIPSWIGNFSSMFNLNLGRNNFQGSIPSELGRLPRLKFFEVYENNLTGKVPPSIYNITSLVDLTLTQNRLQGSIPPSIGFTLPNLRIFLGGMNNFSGSIPTSFANISNLELLDISENSLTGMIPHELGRLKDLRVLNFDTNRLGSGKAGDLNFISFLVNCTNLMDLGLIKNRLGGALPPTIGNLSDRLIRITLGENMLSGSIPSGIENLISLQILGMEYNHLNGRIPPSIGKLQNLGWLYLDENNLTGPIPSSIGNLSSISRLYIDHNRLEGSIPPSLGRCKSLQALDLAHNTLTGSIPKEILGIPSLSVYLGLDHNSLTGPLPSEVGNLVSLSELYVSENKLSGNIPSNMGNCRSMESLSLEENQFTGIIPPSFEALRGLEELDLSANNLSGSIPQFLANLRSLNYLNLSYNNLEGKVPKEGVFSNSTMIFVLGNKNLCDGLPELRLPPCMPNQTHLSNKRFLASRVLIPIASVVTFTVILVCIIFVCFVLKKSRKHASTSSSSKGFLPQISYLELSKSTNGFSIENFIGSGSFGSVYKGVLSNDGSIVAVKVLNLQKQGASKSFVDECNALSNIRHRNLLKIITSCSSIDVQGNEFKALVFNFMSNGNLDCWLHPANQGHNQRRLSFIQRLNVAIDIACGLDYLHNHCEIPIVHCDLKPSNILLDDDMVAHVGDFGLARFMLEGSNDPLSFSQTMSMALKGDIFSYGILLLEMMIGKRPTDDMFGNGVGIHLLSRMAVPQDAMAILDPCMLPEETREEEEKEERIEEMVIMSEEDGTERVPRWMEECVVSMLRIGISCSCIAPADRMSMNVVINELQAIKSSYLKFTKPRPRYHKHQFSRA 1998
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
14 336178 344180 - CmoCh14G000670.1 Cmo14g00067 395333
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Cmo14g00067 1998 PANTHER RECEPTOR-LIKE SERINE/THREONINE-PROTEIN KINASE, PUTATIVE-RELATED 1000 1977 - -
Cmo14g00067 1998 PANTHER LEUCINE-RICH REPEAT RECEPTOR-LIKE PROTEIN KINASE FAMILY PROTEIN-RELATED 1000 1977 - -
Cmo14g00067 1998 ProSiteProfiles Protein kinase domain profile. 1679 1981 IPR000719 GO:0004672|GO:0005524|GO:0006468
Cmo14g00067 1998 ProSiteProfiles Protein kinase domain profile. 707 1021 IPR000719 GO:0004672|GO:0005524|GO:0006468
Cmo14g00067 1998 Gene3D Transferase(Phosphotransferase) domain 1 1761 1986 - -
Cmo14g00067 1998 Gene3D Transferase(Phosphotransferase) domain 1 789 959 - -
Cmo14g00067 1998 SUPERFAMILY L domain-like 1342 1596 - -
Cmo14g00067 1998 ProSitePatterns Protein kinases ATP-binding region signature. 713 736 IPR017441 GO:0005524
Cmo14g00067 1998 Pfam Leucine rich repeat 543 598 IPR001611 GO:0005515
Cmo14g00067 1998 Pfam Leucine rich repeat 1511 1570 IPR001611 GO:0005515
Cmo14g00067 1998 Pfam Leucine rich repeat 1050 1105 IPR001611 GO:0005515
Cmo14g00067 1998 Gene3D Phosphorylase Kinase; domain 1 1643 1760 - -
Cmo14g00067 1998 Gene3D Phosphorylase Kinase; domain 1 671 788 - -
Cmo14g00067 1998 ProSitePatterns Protein kinases ATP-binding region signature. 1685 1708 IPR017441 GO:0005524
Cmo14g00067 1998 ProSiteProfiles Leucine-rich repeat profile. 468 490 IPR001611 GO:0005515
Cmo14g00067 1998 ProSiteProfiles Prokaryotic membrane lipoprotein lipid attachment site profile. 1 26 - -
Cmo14g00067 1998 ProSitePatterns Serine/Threonine protein kinases active-site signature. 1809 1821 IPR008271 GO:0004672|GO:0006468
Cmo14g00067 1998 SUPERFAMILY L domain-like 1027 1340 - -
Cmo14g00067 1998 Pfam Leucine Rich Repeat 124 146 IPR001611 GO:0005515
Cmo14g00067 1998 Gene3D Ribonuclease Inhibitor 1059 1304 IPR032675 -
Cmo14g00067 1998 Gene3D Ribonuclease Inhibitor 335 645 IPR032675 -
Cmo14g00067 1998 Gene3D Ribonuclease Inhibitor 997 1058 IPR032675 -
Cmo14g00067 1998 Gene3D Ribonuclease Inhibitor 271 334 IPR032675 -
Cmo14g00067 1998 SUPERFAMILY L domain-like 371 626 - -
Cmo14g00067 1998 PANTHER LEUCINE-RICH REPEAT RECEPTOR-LIKE PROTEIN KINASE FAMILY PROTEIN-RELATED 26 943 - -
Cmo14g00067 1998 Gene3D Ribonuclease Inhibitor 182 270 IPR032675 -
Cmo14g00067 1998 Gene3D Ribonuclease Inhibitor 30 181 IPR032675 -
Cmo14g00067 1998 SUPERFAMILY Protein kinase-like (PK-like) 1653 1973 IPR011009 -
Cmo14g00067 1998 SMART serkin_6 1679 1981 IPR000719 GO:0004672|GO:0005524|GO:0006468
Cmo14g00067 1998 SMART serkin_6 707 1021 IPR000719 GO:0004672|GO:0005524|GO:0006468
Cmo14g00067 1998 SUPERFAMILY Protein kinase-like (PK-like) 680 928 IPR011009 -
Cmo14g00067 1998 PANTHER RECEPTOR-LIKE SERINE/THREONINE-PROTEIN KINASE, PUTATIVE-RELATED 26 943 - -
Cmo14g00067 1998 Pfam Protein kinase domain 1681 1899 IPR000719 GO:0004672|GO:0005524|GO:0006468
Cmo14g00067 1998 Pfam Protein kinase domain 709 924 IPR000719 GO:0004672|GO:0005524|GO:0006468
Cmo14g00067 1998 Gene3D Ribonuclease Inhibitor 1305 1609 IPR032675 -
Cmo14g00067 1998 ProSitePatterns Serine/Threonine protein kinases active-site signature. 836 848 IPR008271 GO:0004672|GO:0006468
Cmo14g00067 1998 Pfam Leucine rich repeat N-terminal domain 32 71 IPR013210 -
Cmo14g00067 1998 Pfam Leucine rich repeat N-terminal domain 1004 1041 IPR013210 -
Cmo14g00067 1998 SMART LRR_typ_2 1261 1285 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 466 490 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 122 146 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 418 442 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 1092 1116 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 515 539 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 1412 1436 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 1068 1091 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 170 194 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 1364 1388 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 218 241 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 1557 1582 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 587 612 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 563 586 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 1533 1556 IPR003591 -
Cmo14g00067 1998 SMART LRR_typ_2 1485 1509 IPR003591 -
Cmo14g00067 1998 SUPERFAMILY L domain-like 31 328 - -
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Cmo03g01332 Cmo-Chr3:9921879 Cmo14g00067 Cmo-Chr14:336178 2.78E-09 dispersed
Cmo06g00226 Cmo-Chr6:1209136 Cmo14g00067 Cmo-Chr14:336178 0 dispersed
Cmo12g00519 Cmo-Chr12:3188692 Cmo14g00067 Cmo-Chr14:336178 0 dispersed
Cmo14g00067 Cmo-Chr14:336178 Cmo15g00144 Cmo-Chr15:661503 0 dispersed
Cmo14g00066 Cmo-Chr14:332033 Cmo14g00067 Cmo-Chr14:336178 0 tandem
       

Transcription factors information

Select Gene Hmm_acc Hmm_name Score E-value Regulatory Factors Family
74817 PF00069 Pkinase 4.90E-33 CL0016 Cmo PK
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Cmo14g00067 - - cmos:111441770 2017.66