Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Mtr8g1193 ATGTTAGCGGCAGAACAGGAAAACGCTCAGCTCAGAGAGGAACTGGTTAACCTCAAGGGGGAGATGGAAAGAATGGCACTTATGATGGAAACTATGATGGCTGAGAGAGAGCAAGCAGCAATCTCCAATTCAACTCCTGTTGTGGTTGTCACAGCTGCACCTGAGGGTCCCCCGCAACCATCTCCGACTACTACTACAACTATCGGCCTCACCCAGCCTCTGATGACTGATTTTTCTTCTGGTAATATGGCAACTATGGGCAACTCAGGCTTCCGTCCTCTTGGCCCCCAGGGTCCCTTTGCTACTCCTCAGTATTCCATGCCTTCAGGCTACCCTTGGGGCATGCCGATTGCAACCAACGGGGGTTTTGGTCCAGGCGCTACTGAAACGCCTTTCGCACAGGGTCAACAGACTTCGGCACATTTCCAGATGAGTCAACCGATTCCTCAAGCTACCATGACTCAAGCAGGTCCTACTGTGCATGTTGGGCCACAACATGAAGAACAGATTTATCACTCCGACAGTATAATGGGGGATGATAAAGCAATCGATTGGGAAGAAAGGTTCGGTGCTCTAGAGAAGAAGATGAGTAATATGCGGGGAAAGGAAGCAGTCGTCCAAAGCATATATGACCTTTGCTTGGTACCAGATGTAAACATACCTCCAAAGTTCAAGATGCCTGTATTTGAGAAGTATCAAGGGGACACATGTCCACAAAATCATCTAACTATGTATATTAGCAAGATGATAGCTTACAAGAATAATGTTCCCTTACTCATTCACTGCTTCCAGGATAGTTTGACTGGTCCGGCACATACCTGGTTCATGGGATTGAAAGGAGTCACTACTTTTGAACAGTTGGCTGAGGCCTTCATGCAACAGTACAAATATAATACCTATCTGGCGCCAAGTCGCAAGGAGTTGCAGTCCTTAACCCAGAAAGATAAAGAATCGTTCAAAGAATACGCACAACGCTTCATTCAAAAAGCTGCTCAGATTCGTCCTCCCTTGGATGAGAGGGAACTTTCAGAATTGTTCTATGAAACCCTGAGCCCTTGTTATTCAGAAAAGATGATTGTCTGTGCATCACAGAAGTTCACTGACTTGGTGGAAACAGGAATGCGTATCGAGGAGTGGGCTCGTAAGGGAGCAGCTGTTTCGGGAAGTTCTTCAGGTGGTTCTTCAGGAGTTTCGCCCAGTGGTAATAAGAAATTTGGAAATGGTTACCCAAAGAGGAATGTTCAAGAGGTTGGCATGGTGGCTCATGGAGGACCTCAGCCCGTGTACTCTAATCATCCCTTTGTTGCCAACATCACCCCACAAATGACCGCACCCCAGAACCCAAACTATCAACCACCAAGACCTCAAGGGCCTTCATTATACTATTCCCCACTATATCAACAACCATATAACCCACAACAACTCTCTCAACCACCCTACTATCCTCAACAACCCTACTATCCTCAACAACCATACCAACAAAGGCCATATAACCCCCCACAACAACAACCCCGTCCTCAAGCTCCCTACAACCAGCAAAATCAAAAACAACAATTTGACCCCTTGCCAATGACCTATGGAGCATTGCTCCCTTCTTTACTTGCACAGAATCTGGTCCAAACAATACCACCTCCTCGCATTCCGGACCCTCTCCCACGCTGGTACCGTCCGGACCTTCATTGTATTTACCATCAAGGGGCACCAGGCCACGATGTGGAGCGTTGTTTTGCTCTTAAGAAAGAGGTTCAGAAACTGATAAATAGTAAAGAGTTAACCTTCACCGATCCTGATGCTGTAGCTCAGAACAATCCTCTGCCTACTCATGGGCCTGCTGTTAATATGATTCAAGACGATCGGGAAGAGGCTCGCATTCTCTCTGTAGGTGATATCAAGACTCCTCTGGTACCGATACATGTGAAACTGTGTAAAGCAACTCTCTTCAACCACAATCATGGAGCTTGTGACATATGTTTGATGGATCCTCGTGGATGTATACAAGTCCAGAATGATATGCAGGGTCTCCTAAATAGAAGGGAACTTGTGGTTACAAGGGAACCCGAGAGCAAGGACGTCTGTGTTGTCACTCCGGTATTCAGAGCCAGGAGGCCGCTGGTGATAAACCCTAACAGTACAAAGCCCGTTGGTACTCCCTTGGTAATCTGTGTGCCTAGGCCCACGCCTACTACTGCTCAGAAAGCTGTACCCTATAAGTATGAAGGCACGATTCTTGAGCCCGGAAGTGAGACAACTTCACCTGTTGCTGTGGATAATATCGCAGAGAATAGCCGGATTTTGAGGAGTGGCCGCATCTTTCCTACGGTGGGTCCGAAGAGTGTTAGTGTTCCGGTCGATGAGCCAGTAAAAGAGCGAAACGCCGGTAAAGGTAAAGCTGGGGAGCAGGCCAAAGAGTTTGACTTTGAGGATGCCGATGAAGTCTTGAAGCTGATCAAGAAGAGTGAATACAGGGTGGTGGACCAGCTGTTACAAACTCCTGCGAAGATTTCCATCATGGCCCTGTTATCAAGTTCTGGTGCTCATCGGGATGCCCTGAGGAAAGTATTAGACCAGGCATTTGTGGATTATGATGTAACTCTGGGTCAATTCGAAAGCATTGTGGGGAATGTGACCGCGTGTAACAGTCTGACTTTCAGTGATGAAGATCTCCCGGCGGAGGGGAATAAGCATAATCAAGCATTATTCATCTCTGTACTTTGCAGAACGGACTCGTTATCCAACGTCCTGATAGATACCGGCTCTGCACTTAATGTGATGCCCAAGTCAACTTTCGACCAATTGGCGTACTCCGAGGCTCCTTTGAGACTTAGCAAGGTGACGGTGAGGGCCTTCGATGGGACTAGGAGATCGGTGTATGGTGAGGTAGATTTGCCAATTTCGGTCGGCCCACATGAATTTCAGGTTACTTTCCAAGTCATGGAAATCCAGGCTTCTTTCAGCTGTTTGCTCGGCAGACCTTGGATTCATGACGCTGGGGCTGTGACATCTACTCTCCATCAGAAATTGAAGTTTGTAAGTCGTGGAAAGTTGATCACTGTGAGTGGCGAGTCGGCCTTTTTAATCAGCAATTTGTCTGCTTTCTCTGTTATCGGTGGTAGTGGTTCAGACGGGCCATCATTCCAAGGATTCTCTGCCGAAGAAAGTGTCGGTAAGATTGAGACTTGTATGGCTTCGTTGAAGGATGCCCGGAGAGTAATTCAGGAAGGCAAAACCGAAGGCTGGGGTCAGCTAGTGGAGTTGCCAGAAAACAAGCGTAAGGAGGGAATTGGTTTCCTTAACAGTAAGCCTGGGATGTTCGACCCTACCAGAGGTTCTTTCCACAGTGCTGGTTTCATTCATGATTCACCAGAGACCAATGCAATTTTAGATGATGCACCTAGAGGAGTGACACCGGTCTTTGTGACGCCTGGAGGAGCTTGCTGCAACTGGATTGCTGTTGACATTCCTTCTGTGACACCCCGCTCTAAACTGAACATAAGTGAATCCGTTGAACACAGTGACCCCATGCTTTCTCCCAACTTTGAGGTCCCAGTTTACGAGGCTGTGGCAGAGGAGGATGAGGAGATCCCGAATGAGATCAAATGGATGTTGGAACAAGAAAGGAAGACAATTCAACCTCATCAGGAGGAGATAGAAATCATCAATCTGGGTACTGAGGAAGACAAGAAAGAAATCAAGATTGGGGCATCGTTGGATGTATCTGTCAAGGAAAGAGTAATTGAGCTTATCAGAGAATATGTTGATATATTCGCATGGTCATACAAAGACATGCCGGGTCTAGACCCTGATGTCGTTGAACACAGACTACCTTTGAAGCCTGAGTGTCCTCCGATTGATGCAGGTTTCCTAGTCACATCAGAGTATCCTCAATGGTTGGCCAACATAGTGCCTGTTCCAAAGAAAGATGGTAAAGTCAGAATGTGTGTTGATTATCGGGACTTGAACAAGGCTAGTCCGAAGGATAATTTTCCTTTGCCTCACATTGATGTATTGGTTGATAACACTGCTAAGTGCAAGGTTTTCTCCTTCATGGACGGTTTCTCCGGCTACAATCAGATCAGGATGGCTCCTGAGGATAGAGAAAAGACGTCTTTCATCACGCCCTGGGGTGCTTTCTGCTATGTGGTGATGCCATTTGGTTTGATAAATGCTGGTGCCACTTACCAAAGGGGCTTTATCGTCAGTCAAAAGGGTATTGAAGTTGATCCCGACAAGGTCAGAGCCATCAGAGAAATGCCTGTTCCAAAGACAGAGAAGCAAGTCAGAGGTTTTCTTGGTAGACTCAATTATATCTCCAGATTTATCTCTCACATGACCGCCACATGTGGACCAATTTTCAAGTTACTCCGCAAGGATCAAGGGGTGAAGTGGAATGATGATTGTCAGAAGGCTTTTGATCAAATCAAAGAATATCTGTTAGAACCTCCAATTCTTGTTCCTCCAGTTGACGGAAGACCTTTGATCATGTATTTAACAGTACTAGAAGATTCCATGGGCTGTGTTTTGGGTCAACAAGACGAAACCGGAAAGAAAGAGCACGCTATCTACTATTTGAGTAAGAAGTTCACTGATTGTGAGTCCCGATATTCTGTACTTGAGAAAACTTGTTGTGCTTTAACTTGGGCTGCCAAGCGTCTCCGTCATTATATGATTAATCATACAACTTGGTTGATATCCAAGATGGATCCTATCAAGTACATATTTGAGAAGCCAGCTTTAACTGGAAGGATTGCTCGCTGGCAGATGTTATTGTCCGAGTATGATATCGAGTATCGCACTCAGAAAGCAGTCAAAGGTAGCATCTTGGCAGAACATTTGGCTCATCAACCAATCGAAGACTATCAACCAATCAAATTCGACTTCCCAGATGAAGAGGTTATGTATCTAAAAGCAAAAGATTGTGACGAACCAGTGTTCGGTGAAGGTCCTGATCCTGAATCCGAATGGGGTTTGATATTTGATGGAGCTGTTAATGTCTATGGAAGTGGAATTGGTGCGGTGCTCATTACCCCTAAGGGTACTCACATCCCTTTTACTGCGAGGTTACGTTTTGATTGCACAAACAACATCGCAGAGTACGAAGCTTGCATCATGGGTATCGAGGAAGCCATCGATTTGAGGATCAAGAAAATTGTCATTTATGGAGATTCCGCTCTTGTGATTAACCAGATCAAAGGAGAATGGGAAACTCGTCATCCTGGTTTGATTCCCTACAGAGATTATGCGAGACGATTGCTGACTTTCTTCAACAAAGTAGAGTTACACCATGTGCCCCGTGATGAGAATCAAATGGCGGATGCTTTAGCTACTCTATCCTCAATGATCAATGTGAATGGTCACAATACTGTGCCAGTAATCAATGTCCAATTTCTCGACCGACCTGCTTATGTGTTTGTAGCTGAAGCAATTGATGATGACAAGCCATGGTATCATGATATCCAAGTTTTCCTTCAAACTCAAAAGTACCCACCTGGGGCATCCAACAAGGACAAGAAAACATTGAGAAAATTGTCAAGCCGTTTCTTCCTTAACGAAGACGTTTTGTATAAAAGGAACTTTGATAGGGTCCTACTTAGATGTGTGGATAAGCATGAAGCAGAAAAATTGATGTGCGAGATTCATGAAGGCTCTTTCGGAACTCACTCATGTGGGCACGCCATGGCGAAGAAGATATTGAGAGCTGGGTACTACTGGATAACAATGCACGCTGATTGCTACAATCATGCCAAGAGATGCCACAAATGTCAAATCTATGCTGACAAGATTCATATACCACCATCTATGCTCAATGTCATCTCTTCCCCGTGGCCCTTCTCTATGTGGGGCATTGACATGATTGGTCGGATTGAACCAAAGGCTTCCAATGGGCATCGCTTCATATTAGTGGCTATCGATTATTTCACCAAAATCATCACAGACAATGGCACAAATCTGAATAACAACATGATGAAAGAGTTGTGCGATGACTTCAAGATTCAACATCACAATTCTTCTCCTTACAGACCACAGATGAATGGGGCAGTTGAAGCTGCAAACAAGAACATCAAGAAGATCATACAGAAGATGGTAGTTACTTATAAGGACTGGCATGAAATGTTACCCTACGCTTTGTATGGATACCGTACCTCAGTGCGAACCTCGACAGGGGCAACCCCTTTCTCTTTGGTATATGGTATGGAGGCTGTACTACCAGTAGAGGTTGAGATTCCTTCTTTAAGAGTCTTGATGGAAGCTGATTTGTCTGAAGCTGAATGGTGCCAGAGCAGCAGAAGGCCAAAAATACGCCATTTAAACATTCCATTGCGGACTATGGCACCACCGCCGTGGTTTACTCTTCACAAATTGCCTATGAGCAACAGTGATGATGATCCTCCTAAAAATGAAGAGTCGACAGATGTTGGTGAATTGGTGAATGATCCTGCACAGACCGCTTTGAGTCCCATTGAGACTGTTTTAAGCAGTGTTCGCAAGCTTTTGGAGTGTCCTTGTTCAAATTGTCACACTATATGTTCAGGTTGCAAACCTAAAGTACATAACAGGTGCCCTACTTGTTGTAGCCACAATCTGGGAAATATTAGATGTATAGCACTAGAGAAGGTGGCTGCATCTTTTGAACTCCCCTGTAAATACATAGGTTTTCGTGTTCAAGCTGAAGTTTCTGAAAATTGGCCAATGCAAGAGGGTGAAGCTCAGGATGCAGGGTTGTCTGGTCAAGCTCCAAGCTGGATGCAAGGACTTGAAGATAGGATTTTTCATAGGATTGTTCAGCGCAACGAGAACAAGGTGTACATCGAGATGGAAAAGGTGAACGATGAGATAGAAAAGATGAAGGATAGGATAAAAACGACATTCCATGCAAAGTTGAAGGATGGGATAACAAAGATGGTTCAGGAAATGGTGAAGGATGGGAGAGTAAAGATGGTCCAAGCAAAGGTGAAGGATTAG 6960 0.4527 MLAAEQENAQLREELVNLKGEMERMALMMETMMAEREQAAISNSTPVVVVTAAPEGPPQPSPTTTTTIGLTQPLMTDFSSGNMATMGNSGFRPLGPQGPFATPQYSMPSGYPWGMPIATNGGFGPGATETPFAQGQQTSAHFQMSQPIPQATMTQAGPTVHVGPQHEEQIYHSDSIMGDDKAIDWEERFGALEKKMSNMRGKEAVVQSIYDLCLVPDVNIPPKFKMPVFEKYQGDTCPQNHLTMYISKMIAYKNNVPLLIHCFQDSLTGPAHTWFMGLKGVTTFEQLAEAFMQQYKYNTYLAPSRKELQSLTQKDKESFKEYAQRFIQKAAQIRPPLDERELSELFYETLSPCYSEKMIVCASQKFTDLVETGMRIEEWARKGAAVSGSSSGGSSGVSPSGNKKFGNGYPKRNVQEVGMVAHGGPQPVYSNHPFVANITPQMTAPQNPNYQPPRPQGPSLYYSPLYQQPYNPQQLSQPPYYPQQPYYPQQPYQQRPYNPPQQQPRPQAPYNQQNQKQQFDPLPMTYGALLPSLLAQNLVQTIPPPRIPDPLPRWYRPDLHCIYHQGAPGHDVERCFALKKEVQKLINSKELTFTDPDAVAQNNPLPTHGPAVNMIQDDREEARILSVGDIKTPLVPIHVKLCKATLFNHNHGACDICLMDPRGCIQVQNDMQGLLNRRELVVTREPESKDVCVVTPVFRARRPLVINPNSTKPVGTPLVICVPRPTPTTAQKAVPYKYEGTILEPGSETTSPVAVDNIAENSRILRSGRIFPTVGPKSVSVPVDEPVKERNAGKGKAGEQAKEFDFEDADEVLKLIKKSEYRVVDQLLQTPAKISIMALLSSSGAHRDALRKVLDQAFVDYDVTLGQFESIVGNVTACNSLTFSDEDLPAEGNKHNQALFISVLCRTDSLSNVLIDTGSALNVMPKSTFDQLAYSEAPLRLSKVTVRAFDGTRRSVYGEVDLPISVGPHEFQVTFQVMEIQASFSCLLGRPWIHDAGAVTSTLHQKLKFVSRGKLITVSGESAFLISNLSAFSVIGGSGSDGPSFQGFSAEESVGKIETCMASLKDARRVIQEGKTEGWGQLVELPENKRKEGIGFLNSKPGMFDPTRGSFHSAGFIHDSPETNAILDDAPRGVTPVFVTPGGACCNWIAVDIPSVTPRSKLNISESVEHSDPMLSPNFEVPVYEAVAEEDEEIPNEIKWMLEQERKTIQPHQEEIEIINLGTEEDKKEIKIGASLDVSVKERVIELIREYVDIFAWSYKDMPGLDPDVVEHRLPLKPECPPIDAGFLVTSEYPQWLANIVPVPKKDGKVRMCVDYRDLNKASPKDNFPLPHIDVLVDNTAKCKVFSFMDGFSGYNQIRMAPEDREKTSFITPWGAFCYVVMPFGLINAGATYQRGFIVSQKGIEVDPDKVRAIREMPVPKTEKQVRGFLGRLNYISRFISHMTATCGPIFKLLRKDQGVKWNDDCQKAFDQIKEYLLEPPILVPPVDGRPLIMYLTVLEDSMGCVLGQQDETGKKEHAIYYLSKKFTDCESRYSVLEKTCCALTWAAKRLRHYMINHTTWLISKMDPIKYIFEKPALTGRIARWQMLLSEYDIEYRTQKAVKGSILAEHLAHQPIEDYQPIKFDFPDEEVMYLKAKDCDEPVFGEGPDPESEWGLIFDGAVNVYGSGIGAVLITPKGTHIPFTARLRFDCTNNIAEYEACIMGIEEAIDLRIKKIVIYGDSALVINQIKGEWETRHPGLIPYRDYARRLLTFFNKVELHHVPRDENQMADALATLSSMINVNGHNTVPVINVQFLDRPAYVFVAEAIDDDKPWYHDIQVFLQTQKYPPGASNKDKKTLRKLSSRFFLNEDVLYKRNFDRVLLRCVDKHEAEKLMCEIHEGSFGTHSCGHAMAKKILRAGYYWITMHADCYNHAKRCHKCQIYADKIHIPPSMLNVISSPWPFSMWGIDMIGRIEPKASNGHRFILVAIDYFTKIITDNGTNLNNNMMKELCDDFKIQHHNSSPYRPQMNGAVEAANKNIKKIIQKMVVTYKDWHEMLPYALYGYRTSVRTSTGATPFSLVYGMEAVLPVEVEIPSLRVLMEADLSEAEWCQSSRRPKIRHLNIPLRTMAPPPWFTLHKLPMSNSDDDPPKNEESTDVGELVNDPAQTALSPIETVLSSVRKLLECPCSNCHTICSGCKPKVHNRCPTCCSHNLGNIRCIALEKVAASFELPCKYIGFRVQAEVSENWPMQEGEAQDAGLSGQAPSWMQGLEDRIFHRIVQRNENKVYIEMEKVNDEIEKMKDRIKTTFHAKLKDGITKMVQEMVKDGRVKMVQAKVKD* 2320
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Mtr8g1193 2319 ProSiteProfiles RNase H type-1 domain profile. 1650 1779 IPR002156 GO:0003676|GO:0004523
Mtr8g1193 2319 Pfam Reverse transcriptase-like 1665 1775 IPR002156 GO:0003676|GO:0004523
Mtr8g1193 2319 CDD RNase_HI_RT_Ty3 1503 1597 - -
Mtr8g1193 2319 CDD RNase_HI_like 1654 1776 - -
Mtr8g1193 2319 ProSiteProfiles Integrase catalytic domain profile. 1975 2065 IPR001584 GO:0015074
Mtr8g1193 2319 Gene3D Acid Proteases 886 1015 IPR021109 -
Mtr8g1193 2319 ProSitePatterns Eukaryotic and viral aspartyl proteases active site. 913 924 IPR001969 GO:0004190|GO:0006508
Mtr8g1193 2319 Gene3D - 1933 2096 IPR036397 GO:0003676
Mtr8g1193 2319 SUPERFAMILY Ribonuclease H-like 1940 2071 IPR012337 -
Mtr8g1193 2319 Gene3D - 1409 1489 IPR043128 -
Mtr8g1193 2319 Pfam Retrotransposon gag protein 266 350 IPR005162 -
Mtr8g1193 2319 SUPERFAMILY Acid proteases 912 998 IPR021109 -
Mtr8g1193 2319 Gene3D - 1656 1789 IPR036397 GO:0003676
Mtr8g1193 2319 Pfam Reverse transcriptase (RNA-dependent DNA polymerase) 1303 1395 IPR000477 -
Mtr8g1193 2319 PANTHER TRANSPOSON TY3-I GAG-POL POLYPROTEIN 1284 1389 - -
Mtr8g1193 2319 PANTHER TRANSPOSON TY3-I GAG-POL POLYPROTEIN 1129 1283 - -
Mtr8g1193 2319 PANTHER TRANSPOSON TY3-I GAG-POL POLYPROTEIN 866 1028 - -
Mtr8g1193 2319 PANTHER TRANSPOSON TY3-I GAG-POL POLYPROTEIN 1399 2001 - -
Mtr8g1193 2319 PANTHER RNA-DIRECTED DNA POLYMERASE (REVERSE TRANSCRIPTASE), RIBONUCLEASE H-LIKE PROTEIN 1284 1389 - -
Mtr8g1193 2319 PANTHER RNA-DIRECTED DNA POLYMERASE (REVERSE TRANSCRIPTASE), RIBONUCLEASE H-LIKE PROTEIN 1129 1283 - -
Mtr8g1193 2319 PANTHER RNA-DIRECTED DNA POLYMERASE (REVERSE TRANSCRIPTASE), RIBONUCLEASE H-LIKE PROTEIN 866 1028 - -
Mtr8g1193 2319 PANTHER RNA-DIRECTED DNA POLYMERASE (REVERSE TRANSCRIPTASE), RIBONUCLEASE H-LIKE PROTEIN 1399 2001 - -
Mtr8g1193 2319 SUPERFAMILY DNA/RNA polymerases 1269 1592 IPR043502 -
Mtr8g1193 2319 Coils Coil 2264 2284 - -
Mtr8g1193 2319 MobiDBLite consensus disorder prediction 387 402 - -
Mtr8g1193 2319 CDD RT_LTR 1286 1395 - -
Mtr8g1193 2319 Gene3D - 1831 1923 - -
Mtr8g1193 2319 MobiDBLite consensus disorder prediction 439 515 - -
Mtr8g1193 2319 Pfam RNase H-like domain found in reverse transcriptase 1462 1559 IPR041577 -
Mtr8g1193 2319 MobiDBLite consensus disorder prediction 384 410 - -
Mtr8g1193 2319 SUPERFAMILY Ribonuclease H-like 1658 1779 IPR012337 -
Mtr8g1193 2319 Coils Coil 1 28 - -
Mtr8g1193 2319 MobiDBLite consensus disorder prediction 492 506 - -
Mtr8g1193 2319 Gene3D HIV Type 1 Reverse Transcriptase, subunit A, domain 1 1267 1388 - -
Mtr8g1193 2319 CDD retropepsin_like 913 994 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Mtr8g1193 Mtr-Chr8 14574690 14592673 Dispersed/Wgd
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Mtr8g1193 2140 2221 C3H Transcription Factor Family AT2G41980 44.792 2.91e-14 74.3
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Mtr8g1193 - - gmx:100807419 2254.94