Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Pste1g01005 CGGATTGGCTGTTACAGGGCCCCACCACCTCTGTCTCAATGCTCCTAAAGAAAAGATGGTCTTCTCCCACCCTCCTTAACTTATATACCTCTCTCTCTCTCTCTCTCTTTTCATCACACACCATCACCACCTTCACCACTCTATTTCCCAATTACATTTTTTATATTTCCAGATTAAAACATTCTCTGTTCACCAAGCAAAGCAACTTTTCCCAGTCAATTTAAGGAAGCAAACATGGAAGAAGAGACCAAAATCATATCAGAAGTTTCTGTGACAAAGGTTGTTGAGGAGGCGGATCATAAGACTGATAGCATTAAGGAAACAAATGGAGATTTGCCTAATGAAGTAAAGAAAGAAGAGGAAGAGAATGCTTTTGATGGAGAATTCATTAAAGTTGAGAAAGAAGAGAATGTCATCGATGATAAGTCCCACAAAACTGAAAGAAGCTCAGATCCTCCCAGCAGAGAATTTCTAGAAGCTCAAGAGAAGATACAGGAACTTGAGGTTGAACTCCAGAGACTAACAGAATCTTTGAAGAACTCTGAGCATGAAAATGATCAGTTGAAGGGAGAGATCTCCATTACAAAAGAGAAATTGGAGGAAAGTGGAAAGAAATATGAAGAGCTTGATACGAGTCACACAAAATTGCAAGAGCAGATTCTTGAAGCTGAGAATAAATACAAGCAGCAGCTCAGCACTCTTGAAGAGGCACTGCAAAATCAAGAAGTGAAGCAGAAAGAGCTTCTTCAAGTGAAGGAAGCATTTGATGGTATGAATGTTGAGCTTGAAAACTCCAGAAAGAGGATGCAGGATTTGCAACTAGAGCTGCAACTCTCAGCAGACGAGGCACGGAAATTTGAGGAGCTGCATAAGCAAAATGGTTCACAAGCTGAATCTGAGGGAAAGAAGGCACTAGAATTTGAGAGACTGCTTGAAGAAGCCAAACTGAGTGCAAAAAGAATGGAAGATGAGATGGCTTCTCTTAAAGAAGAATTGAAGGGAGTTTATGATAAGATTGCTGAAAATCTAAAGGTTGAAGAAGCACTTAAAACTACCACAGCCGAACTCTCTAACATCCAAGAGGAGTTGACACTCTCAAAATCCCAGTTTTTGGAAGTTGAGAAAAGACTGTCATCAAGCGACTCTTTAGTGGAAGAGTTGACTCAGGAATTAAACTTGATAAAGATTTCAGAAGCACAGCTAAAGGAAGACACATTAGCACTTCAAAATCTATTGGCCTCTACAAAGGAAGAACTGCAAGAAAATATTTCTGAGTTGGAAACTGCAAGGTCCAAGTTGCAGGAGGAAGAAAAATTGAGGGAATCAATTGAAGCTGCACTCAAGAGTCGGGAAACACAGTTTCTCACTGCACAAGAGGAACTGACTAAACTTAAAACAGAAAAAGAAACCCTTGAAGCAACTGTGGAGGATCTAACCCGTAATTCAAAGAAGTTTGAGGATCTGTGCACTGATTTAGAGGAAAAACTAATGCTCTCAGACGAAAATTTTCTTAAAACAGATTCTCTTTTATCTCAGGCACTTTCAAACAATGCAGAGCTTGAGCAGAAGGTGAAGTCTTTGGAAGATCTCCATAATGAATCAGGAGCTGCTGCAGCTACTGCTACTCAAAGGAGTCTTGAACTTGAGGGACATATTCAGAGTTCAATTGCAGTTGCAGAAGAAGCAAAAACACAATTGAGGGAGCTGGAAACGCGGTTCATAGCAGCAGAGCAGAGGAATGTGGAGCTTGAGCAGCAATTAAACTTAGTACAATTGAAAAACAGTGATGCTGAAAGAGAAGTCACTGAATTATCTGAGAAAATATCTAATCTCAATGCTAAACTGGAAGAGGTTGAGGAAGAGAAGAACCTTCTTAATTGCCAGGTACAGGAGTATATGGAAAGGGTAGTTCAACTTGAATCCGACTTAAATCAGTCATCGTTGCAGAGTTCACAATTAGAGGAGGAGCTGAAGAAAGTCATTGACAAATGTGCTGAGCATGAAGACCGAGCCAGTATGAGCCATCAGCGTAGCCGAGAACTGGAAGATTTAATTCAGAACTCTCACTCCAAATTGGAAGATTCTGTTAAAAAGGTGAGTGAGTTGGAGTTGTTACTTGAAGCAGAGAAATACAGAATTCAGGAACTTGAACAACAAAAAAGCACATTAGAAGAGAAATGTAGTGCTTTAGAAGTGCAGGCCAATAAATACCTTGATGATGTGTCTAATCTGACATCAGAACTTGAGGCAATTCAAGCACGAGCCTCAACCCTCGAAATTACACTACAAGCAGCTAATGAAAGAGGAAAGGAGTTAGAAGATTCTTTCAATGCAGTGACAGATGAAAAGCAAATGTTAGAAGATGGTTTTAAAAGTTTGAATGAGAATCTAGCTGAGAAAGAAAACCTATTGGAAATTTTGAGGGATGATTTAAATATCACACAAGTTAAATTGCAAAGCACCGAAAGTGATCTCAGGACTGCTGAATTGAGAGAGAATGATATAATTGAGAAACTTAAAGCTTCGGAAGAAAATCTTGTCGTAAGAGGAAGAGATATAGAGGAGACTGCTGCAAGACACTCAGAACTTCAATTATTGCACGAGTCTCTGACAAGAGATTCGGAACAGAAACTTCTAGAAGCTATAGAAAAATTCAACAAGAAGGATTTAGAGGTTCAGTCTCTGCTCGAGAAAATAAAGATTTTGGAGGAACAGGAGGCAAAGGCTGGGGAACAGTCTACATCCTTAAAGAACGAGTTTGAAAAGAGTTTGAGCAAACTGGCTTCTTTGGAAAGTGAAAATGAAGATTTGAAACAGAAAATTTTAGAAGCCGAGAGCAAGAGTTCTCAATCTTTTAGTGAAAATGAACTGTTGGTTGCAACAAACATTCAACTGAAAACCAAGATTGATGAACTTGAGGAATCATTGAATTGTGCTCTATCAGAGAAGGAAGCGGTTGCTCAAGAACTTGTGTCTCATAAGAACAGTATAGCTGAATTGAATGATTTACAGTCAAAATCCTCCGAAATTCAATGTGCAAATGAAGCTCGCATTCTAGAAGTAGAATCACAATTACAAGAAGCAATGCAGAGGCATACTGAGAAGGAATCAGAAACCAAAGAATTGAATGAGAAGCTGAATACACTAGAGGGCCAAATAAAGCTTTTTGAAGAACAGGCACGTGAAGCAGTTGCAACTTCTGGAGCTCATAAAGCTGAGCTGGAGGAGAGTCTCATAAAATTAAAGAATCTAGAAACTGTCATTGAGGAACTGCAAACCAAGTCACTCCACCATGAAAAAGAAAGTGCAGGGCTAAATGAAGAAAACTCAAAGCTTAATGAGGAAATAGCTGACTATGGATCCAAATTAAGTGATTTACAGCTGAAGCTCTCCGCAGCAATTGTTGAGAAAGATGAAACAGTTAAAGACATACTCACCTGGAAGAATGCCATTGAAGAATTAGGGATAAGGCATAGTGCAGAAGTGCAGACACTAAATTCACAGATATCTTCTGTGATGGATGAGAAGAACTTGCTGAATGAGACTAATCAGGATTTAAAGAAGGAACTGCAATCTCTGATATGTGACCTTGAAGAGAAGTTGAAGGAACAACAGAAAATTGAAGGCTCTCTGAGATCTGAGATCAAAACTCTCAAAATTGAGATCGGTGAGAAATCTGCATTGCAAAGTCAGCTGGAGGAAATAGAAGGCAAATTGGCTAAAGCTGAATCTAGACTAAATGAAGAGGTTGGAAGTGTTCAAGCTGCTGCTTCTCAAAGAGAAGCGGAATTATCTTCAAAATTGGAAGATTATGCACAAAAATTCAATGATAGAAATTTGCTAAATGAAAAGGTTGCAGAACTTGAGAAGGAGTTGCAACTTGGACGGGATGCTATTGCCAAACAGAAAGGAGAAGAGTCTCAGAAGGTGGAGCTAGAGGCGGCCTTGAAGAATTCTCTTGAAGAACTTGAAAATAAGAAAAATGACATCTCTCTTCTACAGAAACAAGTAACAGATCTAGAGCAGAAATTGCAAGTAGCTGGTGACAAATCCTCAGCTAAGGGTGATGAGGGTGTTGATCAGAAAGAAGGGTTGGAGGTGAAATCCAGGGATATTGGATCAAGCCTCTCGATTCCATCAAAGAGGAAGAGTAAGAAAAAGTCAGAGGTAGCAAGTGTTCAAGCATCATCTTCGTCCGAGACTCACGTTCAAACTGCCCATGATTCGCCTGTCATAAATTTCAAGTTCATCTTGGGAGTAGCACTTGTGTCCATTGTTTTTGGCATTATTCTTGGGAAGCGTTACTAGTATCAGCAATCTATGACTTTTGGTTTTGTTATTCATCATGTTTTTTCTTTATTTTTTCTCCTTCCCGTTGATTAAGATTAAAAGATCAGATTGAAAGCTCTCTTTGCATGCCTTCAAGCTCAACTCATCGTGTTGGTCAGGGAACTTGTTTTCATTCCTATCCCTTGCCTGCGTGTAAAAGAAATAGGGATTGGTTAGTGTCTTGTTTTATTTTTAAGTTTGAAATTTTAATAATTTGAATACCAGTTATTTTTGCTATGGAACACATTTTTCTTCTCAGCTTATGTCCGGATAAACGATGGTGTAAAGATTTATTTACTTTCTCCTCCCTAGTGTGTATAATATATGTAAAGGGAAAAAAAAAAAACTCAGGGTGTAGAAGTTTATTTGTTATAGGAGTTTTTCATAGTTCGTGAAATTATTATTTGTATGAGATATGTGTTTAGGGTCGACTGTATGCTGTTGCTGTTGTTATTGTATTTATTTTATGTTTTTGGCATAGATTATTAGGTGTCTTTTATTGGATTCGATCATCTTGGAAAATTATTATGGTCACAAATTCTCTATCTACTTAATGTAGAGTTTGTACCACAATTCAAACTCGAGACA 4917 0.3854 MEEETKIISEVSVTKVVEEADHKTDSIKETNGDLPNEVKKEEEENAFDGEFIKVEKEENVIDDKSHKTERSSDPPSREFLEAQEKIQELEVELQRLTESLKNSEHENDQLKGEISITKEKLEESGKKYEELDTSHTKLQEQILEAENKYKQQLSTLEEALQNQEVKQKELLQVKEAFDGMNVELENSRKRMQDLQLELQLSADEARKFEELHKQNGSQAESEGKKALEFERLLEEAKLSAKRMEDEMASLKEELKGVYDKIAENLKVEEALKTTTAELSNIQEELTLSKSQFLEVEKRLSSSDSLVEELTQELNLIKISEAQLKEDTLALQNLLASTKEELQENISELETARSKLQEEEKLRESIEAALKSRETQFLTAQEELTKLKTEKETLEATVEDLTRNSKKFEDLCTDLEEKLMLSDENFLKTDSLLSQALSNNAELEQKVKSLEDLHNESGAAAATATQRSLELEGHIQSSIAVAEEAKTQLRELETRFIAAEQRNVELEQQLNLVQLKNSDAEREVTELSEKISNLNAKLEEVEEEKNLLNCQVQEYMERVVQLESDLNQSSLQSSQLEEELKKVIDKCAEHEDRASMSHQRSRELEDLIQNSHSKLEDSVKKVSELELLLEAEKYRIQELEQQKSTLEEKCSALEVQANKYLDDVSNLTSELEAIQARASTLEITLQAANERGKELEDSFNAVTDEKQMLEDGFKSLNENLAEKENLLEILRDDLNITQVKLQSTESDLRTAELRENDIIEKLKASEENLVVRGRDIEETAARHSELQLLHESLTRDSEQKLLEAIEKFNKKDLEVQSLLEKIKILEEQEAKAGEQSTSLKNEFEKSLSKLASLESENEDLKQKILEAESKSSQSFSENELLVATNIQLKTKIDELEESLNCALSEKEAVAQELVSHKNSIAELNDLQSKSSEIQCANEARILEVESQLQEAMQRHTEKESETKELNEKLNTLEGQIKLFEEQAREAVATSGAHKAELEESLIKLKNLETVIEELQTKSLHHEKESAGLNEENSKLNEEIADYGSKLSDLQLKLSAAIVEKDETVKDILTWKNAIEELGIRHSAEVQTLNSQISSVMDEKNLLNETNQDLKKELQSLICDLEEKLKEQQKIEGSLRSEIKTLKIEIGEKSALQSQLEEIEGKLAKAESRLNEEVGSVQAAASQREAELSSKLEDYAQKFNDRNLLNEKVAELEKELQLGRDAIAKQKGEESQKVELEAALKNSLEELENKKNDISLLQKQVTDLEQKLQVAGDKSSAKGDEGVDQKEGLEVKSRDIGSSLSIPSKRKSKKKSEVASVQASSSSETHVQTAHDSPVINFKFILGVALVSIVFGIILGKRY 1357
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Pste1g01005 1357 Coils Coil 79 211 - -
Pste1g01005 1357 Coils Coil 306 326 - -
Pste1g01005 1357 MobiDBLite consensus disorder prediction 1312 1326 - -
Pste1g01005 1357 MobiDBLite consensus disorder prediction 1297 1326 - -
Pste1g01005 1357 Coils Coil 474 592 - -
Pste1g01005 1357 Coils Coil 996 1051 - -
Pste1g01005 1357 Coils Coil 940 988 - -
Pste1g01005 1357 Coils Coil 226 260 - -
Pste1g01005 1357 SUPERFAMILY Tropomyosin 380 616 - -
Pste1g01005 1357 Coils Coil 264 284 - -
Pste1g01005 1357 Coils Coil 1193 1272 - -
Pste1g01005 1357 Coils Coil 331 417 - -
Pste1g01005 1357 Coils Coil 432 459 - -
Pste1g01005 1357 Coils Coil 747 767 - -
Pste1g01005 1357 Coils Coil 621 739 - -
Pste1g01005 1357 Coils Coil 807 869 - -
Pste1g01005 1357 Coils Coil 877 911 - -
Pste1g01005 1357 PANTHER EARLY ENDOSOME ANTIGEN 1 1357 - -
Pste1g01005 1357 Coils Coil 1147 1174 - -
Pste1g01005 1357 Coils Coil 1091 1125 - -
Pste1g01005 1357 MobiDBLite consensus disorder prediction 20 78 - -