Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Pste9g01055 TTGGTGTGCTTTTTGCATAACCAAGTTAACCAACTATTCATTCTTGGGTTCAACCATCATTCACAGAGATCACAAGTGAAATGCATTGAGATAGAGAGACAAGCACTCCTCAACTTCAAACAAAGCGTCCAAGATTACTATGGCATACTGTCTACATGGAAGGATGATGAAAACAACGGAGACTGTTGCAAATGGAGAGGTATTGAATGCAACAATGAAACTGGTCACATACAGCAGCTTGATCTTCATGGTTCAGAATTCCATTACTTGAGAGGGCCAATCAATATAACTTCATTGGTTCCCTTGAAAAATTTGGAATATTTGGATCTCAGTTTGAATAATGTTTTCACTGGAGGTCCAATTCCTGAACACATTGGCTCCTTTAAAAACTTGAGATATCTCAATCTATCACACTCGAGTTTCTTTGGGAGGATTCCTTGTGAACTGGGAAATCTCTCAAAGTTGGAATATCTTGATCTTAAAACAACTGATCTTGATTCAGAAATCCCTTCCCAACTAGGGAAGCTTACAAGTTTGCGATATCTGGATTTAAGTGACAATAATCGTATCTATGGAGAAATTCCTTTTGGAAATCTCTCACATTTGAGGTATCTTGATCTTACAGGAGGTTCATTTTCTGGACCACTCCCTTTCCATGTTGGCAATCTGCCTATGTTGGAGACTCTTAAACTTGGTGGCAATTTTGATGTTAAATCTGAGGATGCTGAATGGTTATCTTCTCTTTCTTCATTGACAGCTCTTAGCTTGAGATCCATGCCTAACCTTGGCTCCTCTCCTATTTGGCTACAAGTTATCCGTAAGTTAATTCCCTACTTAAGAGAGTTAAGACTAGTTGGTTGTAATCTTTCAGATGATAATGTTTCATCTTTGTTTCCTTCTCATTCCACCAACCTTTCTATCCTTGATCTCTCTGGTAATATACTGACATCATCCACGTTTCAATTCTTGTTAAACTATCCAAAATTTCCTTCTCTTGTGATCCTTGATCTCTCTTCTAATAATTTGACGTCATCATCGATATTTCAAGGAAATTTCAGCTTCAACTCCAAACTACGAGAACTTTATTTAAGTAAGTGCAGTCTCACTGACGAAAGTTTTGTTTTGCCATCAGTTTTCATTCAAAACTCATCTTCTCTTATCACTCTTGATCTTTCCGACAATTTATTGAAATCATCCTGGGTATATCACTGGCTTTTCAACTTTACCACCAATCTTCGTGGCCTTAATCTTGGTGGAAACTTGTTAGAAGGTACCATTCCAGATGGATTTGGAAAAACAATGAACTCTCTTGAATTTCTTGTACTTAGCTCAAACAAACTGCAAGGCAACATTCCGGCTTCCCTTGGGAATATATGCACATTGCAGGAATTATACCTCAGCAATAACAACTTGAGTGGGGGACTTTCTAGCTTCGTTCAAAATTCTTCATGGTGCAAACGACATGTATTACACAGTCTGGATTTATCTAATAACTGGATTACTGGAATCCTACCTAACCTCTCAATTTTTACATCTTTAAGGAAGTTAGATCTTTCAAGTAATCGATTAACCGGAGAAATACCTAAAAGTATTGGGTTGCTACACCAGTTACAGGGTCTTCGCTTGGATGAGAATTATTTGGAGGGTGATGTCAATGAATTGCATCTCAATAGTTTGTCCCAGTTGATGGAATTAGACTTAACATACAACTCATTGTCTCTGAAGTTTGGTACTACATGGATTCCTCCTTTCCAATTATTAAATTTGGGACTAGCTTCTTGCAAGTTGGGTCCTAGTTTCCCAAGCTGGATCCAAACTCAAAGTCAGTTAAGCTTTTTGGATATTTCTGATGCTGAAATTGATGACTTCGTACCAGAATGGTTTTGGAGCAAGTTACAATCTATAAGTGAGATGAATATGTCTTGTAACAATCTCAAAGGTACAATTCCAAATTTACCAATCAAGCTTGCTAATGATGGTGGTGGTATATTTATTCTGCATTCAAATCAATTTGAGGGTGGAATCCCTAGTTTTCTGTCACGAGCTCAGACGTTGGATCTTTCCAAAAATAAGATTTCAAATTTGAATACATTAGTGTGTGGAAATAGAGCAAGTGAAAGCATGAGGACTTTAGATTTATCAAATAATCAAATAATGGGACAGTTACCTAACTGTTGGGAACATCTAAGTTCACTAGCATATCTTGATCTAAGAAATAATAAGTTATCAGGGAAGATTCCACAATCTATGGGTACTCTTGTTAATTTGCAAGCTTTGGTCCTCCGAAACAATAATTTAATTGGTGAACTACCATTGACATTGAAGAACTGCTCTAGTTTAGTTTTATTGGATGTGAGTGAAAATTTGTTGTCTGGTCCAGTACCCTCATGGATTGGAGAAAGTCTGCAACAATTGAAACTCTTGAGCTTGCGAGGAAATAATTTCTTTGGAAGTGTTCCTGCTCAACTCTGCTATTTGAGCCAAATTCAAGTCTTGGATCTCTCAAGGAATAATTTGTCAAGTGAAATTCCAACGTGTGTTACCAATTTTACTACAATGATGGAAAGGAGCATAATGTCAAGGGAGATTGTAAGGAAACGAAAAATATCATCTCAAGAGTCTTATGAAGATATTTATGACTCTTACTTGTTATTAACGTGGAAAGGTCAAGATTTTGAGTTTTGGAATCCAGAGAATCTTTTAAAGAGTATTGATCTCTCAAGTAATGATTTAACAGGTGAAATACCAAAAGAGATTGGAGGTTTACTTGGATTAATTTCTTTGAATTTATCCAGAAACAACTTATATGGGAAAATTCCTTCTGAAATTGGGAATTTAGGTTGGCTAGAATTTCTTGACTTATCAAGAAATCATTTCTCTGGCAAAATCCCTTTTAGTCTTTCCAATATTGATCGTCTTGCTGTGTTAGACTTATCAAACAACAATCTCAGTGGAAGAATACCTTGGGAAAGACATTTCCAAACTTTTGAGGCCTCTAGTTTTGAAGGAAATCTTGGTCTTTGTGGTAAGCAGCTTCAAAAAAATTGTCCTGGAGATGAGAATGAGACCATTCCACAGCCTCAAGGACCAGCAGTACATGGTGAAGATGACAATTCAGTGTTCTATAATGCGTTGTACATGAGTTTGGGGTTGGGATTCTTTGCTGGCTTTTGGGGCCTTTTTGGGCCAATATTGCTTTGGAAATCATTGAGAATTGCTTACCTTGGATTCTTGAACAGATTGACTGACTATGTACTAGTAACATTTGAAGTGAATCAAAGTGTCATAGATGGTTCCAAGGCTAGCAGGAGTGCAGGAGCTCTCTTGGCATCTGGCAATACTCTTGAAGATAAGTTAGATAAATTAGCGCACATTTTATTTCTAAGAAATGTACAAGATAATGGATCTGCTCATCAGGCAAATCCTTTTGCTTTATCTGATATACACCAAATGTTTCCTTTAGTTGATTTAACAATACAAACCTTATCTGTGAAATGCATAGAGAAGGAGAGAAAGGCACTCCTCGACTTCAAACAAGGCCTCCAAGATTACTCTAGTATGTTGTCCACATGGAGTGACGATGACAATAACAAAGATTGTTGCAAATGGAAAGGCATTGAGTGCAACAATGAAACAGGTCACGTAAAAGGTCTTCTTCTTGGTGCTTCAAATATTCATTATTTGATTGGTGATGACTTCAGTATTAGTCCATTTCTAGAGCTGCAAAATATGGAATATTTGGATCTCAGTGGACATAGTTTCCCTGACTGTCAAATCCCAGAACAATTGGGCTCCTTCAAAAACTTAAGATATCTCAATCTATCATACACGATTTTTGTAGGTGGAATTCCTTATCAACTGGGAAATCTCTCAAACTTAGAGTGTCTTGATCTTCAATGGAGTTTTCTTGAAGGAGCAATCCCTTCTGAATTGGGAAACCTCTCAAAGTTGGAGTATCTTGATCTGAACCATAATGATCTTTATGGAGCAATCCCTTCTCAACTAGGAAAGCTTACAAGTTTACAATATCTTGATCTAAGATACAATCTTGTAGATGGAGAAATCCCTTATCAACTTGGAAATCTGTCACAGTTGAGATATCTTGATCTTGGGGAATCTTCACTTTCTGGAGCAGTTCCTTTCCAGGTTGGGAATCTTCCTTTCTTGCACACTCTTAAACTTGGTTCCAATATTGATATTAATTTTAACGATGCCAAGTGGCTAACTTCTCTCATGTCATTAACAACTCTTCACCTAAATTTTTATTATCGACTTTCAGATAATAATATTTCAAGTTTGTTTGCTTCTCATTCCAACCTTTCTGCTTCTCTTTCCATCCTTGATCTCTCTGGCAATAAGTTGACATCATCAACATTTCAATTGTTGGCCAACTGTAGCCTTAATCTCCAAGAACTTTATCTTTCTAATAATGATATTGTTTTGTCGTCTCCTCATTATCTAAACCTTCCATCTCTAGTAATCCTTGATCTCTCTTATAATAATCTGACATCATCGATATTTCAAGAAAATTTCAACTTCAGCTCCAAATTACAAAAACTTCAATTAGCAAATTGCAGTCTTACTGATAGAAGTTTTCTTGTTACATCTACTTCCATGAAAAAATCATCATCTTCTCTTCTCAGCCTTGATCTGTCCTCTAATCTATTGAAGTCGTCAACTATATTTCACTGGATTTCCAATTTCACTACCAATCTTCATAGCCTTTCCCTTGACATGAACTTGTTAGAAGGTCCTATTCCTTGTGGACTTGGGAAAGTAATGAACTCTCTTGAACTTCTTTCCATTGCCTCTAACAAACTACAAGGAGAGATTCCGACTTCCCTTGGGAATATATGTACATTACAGGGATTATCCCTTAACAATAACAACTTAAGTGGGGAAATATCTAGCTTTATTCAAAATTCTTCATGGTGCAATGGACATGTATTTCAGACTTTGGATTTATCTTATAACAAGATCACAGGCATGCTACCTAATATTTCAATTTTAACATCTTTGAGGACGTTAGATCTTTCCAATAATCAGTTAACTGGTGATATCACTGAATATCATCTCATTAATTTGACTGAATTGTTGACGTTAGACTTATCAGGCAACTACTTGTTTCTAAAGTTTGGTATTGCATGGATTCCACCTTTCCAATTAACTGTTTTGGGACTAGCTTCTTGCAAGATGGGTCCTAATTTCCCATCTTGGATCGAGACTCAAAGTCAATTATCATTCCTAGATATTTATAATGCTGGGATTGATGACTTTGTACCAGAATGGCTGTGGAACAAGTTACAAGCCATTCAGAAGATGAATATGTCTTGCAACACTCTCAGAGGTACAATTCCGAATTTACCAATCAAGGTTAGTAGTTGGTTTGTTATAATTCTAAATTCAAATCATTTTGAAGGTGGAATTCCTACCTTTATGTCACAAGCTTTTACATTGGATCTTTCAAAAAACAAGATTTCGGATATAAGTTCGTTCTTGTGCAAAAGAAACACAAAGGCACCATTATACACTTTGGATTTATCAAATAATCAAATAGGGGGACTGTTGCCTGACTGTTGGCAGTATCTAGATTCATTAGCATTTCTTGATCTAAGCAATAATAAATTGAGGGGGAAGATTCCATTTTCTATGGCTACTCTTGTTCAGTTGGATGTTTTAGTCTTACGAAACAATAGTTTTATTGGAGAACTACCATTCACATGGAAAAACTATAGTGATTTATATATATTAGATGTGAGTGAAAATAGGTTGTCTGGTTTGATACCCCCATGGATTGGTGAAAGTCTAAACAACCTGGAAATCTTGAGTCTGCGAGAAAATCTTTTCTTCGGAAGTGTTCCTGTACATCTATGTTATTTGAAGAAAATTCAACTCTTGGATCTTTCAAGGAATAACTTATCAGGAGGAATTCCAACATGTTTGACGAATTTGACTGCAATGATGAAAAGTGAACTAGATACAAGTGGAAGAGAAGTGTTTCAAAAAATGACACATAAAAGGACAATGATGATTTTATATGAGTCTAACGTATTTTTCATCTGGCAGGACTATGAGTTTTTGAATCCAGAGCATCTTCTAAAGAGCATTGATCTCTCAAGTAATAATTTAACAGGTAAAATTCCAAGAGAGGTTGGAGGATATTTAGATGGATTAGTTTCTTTGAATTTATCAAGAAACAACTTACATGGAGAAATTCCATGTGAGATTGGAAATTTAGCTTCACTAGAATTTATTGACTTATCAAGAAATCATTTATCTGGAAAAATTCCTACTAGTCTTTCCAAAATTGACCGCCTTGCCAAATTAGACTTATCAAACAACTGTCTTGTTGGAAGAATCCCTTGGGGAAGACAATTGCAAACCCTTGATGTCACTGGTTTTGAAGGAAATCCTGGTCTTTGTGGTGAAAAACTTAACAAAAGTTGTCCTGGAGAAGAGACAAAAGTAGAGGTACAAGGAACACCAATCCATGGTGAAGATGACAATTCAATTTTCTATGAAGCATTATACATGAGCTTCGGATTTGGTTTCTTCATTGGCTTTTGGGGATTATTAGGGTCAATACTACTTTGGCAACCATGGAGAAATTCTTACCTGAGTTTCTTGAACAGACTTACACTCTCTATACTGGTAATGGTTAAAGAC 6666 0.362 LVCFLHNQVNQLFILGFNHHSQRSQVKCIEIERQALLNFKQSVQDYYGILSTWKDDENNGDCCKWRGIECNNETGHIQQLDLHGSEFHYLRGPINITSLVPLKNLEYLDLSLNNVFTGGPIPEHIGSFKNLRYLNLSHSSFFGRIPCELGNLSKLEYLDLKTTDLDSEIPSQLGKLTSLRYLDLSDNNRIYGEIPFGNLSHLRYLDLTGGSFSGPLPFHVGNLPMLETLKLGGNFDVKSEDAEWLSSLSSLTALSLRSMPNLGSSPIWLQVIRKLIPYLRELRLVGCNLSDDNVSSLFPSHSTNLSILDLSGNILTSSTFQFLLNYPKFPSLVILDLSSNNLTSSSIFQGNFSFNSKLRELYLSKCSLTDESFVLPSVFIQNSSSLITLDLSDNLLKSSWVYHWLFNFTTNLRGLNLGGNLLEGTIPDGFGKTMNSLEFLVLSSNKLQGNIPASLGNICTLQELYLSNNNLSGGLSSFVQNSSWCKRHVLHSLDLSNNWITGILPNLSIFTSLRKLDLSSNRLTGEIPKSIGLLHQLQGLRLDENYLEGDVNELHLNSLSQLMELDLTYNSLSLKFGTTWIPPFQLLNLGLASCKLGPSFPSWIQTQSQLSFLDISDAEIDDFVPEWFWSKLQSISEMNMSCNNLKGTIPNLPIKLANDGGGIFILHSNQFEGGIPSFLSRAQTLDLSKNKISNLNTLVCGNRASESMRTLDLSNNQIMGQLPNCWEHLSSLAYLDLRNNKLSGKIPQSMGTLVNLQALVLRNNNLIGELPLTLKNCSSLVLLDVSENLLSGPVPSWIGESLQQLKLLSLRGNNFFGSVPAQLCYLSQIQVLDLSRNNLSSEIPTCVTNFTTMMERSIMSREIVRKRKISSQESYEDIYDSYLLLTWKGQDFEFWNPENLLKSIDLSSNDLTGEIPKEIGGLLGLISLNLSRNNLYGKIPSEIGNLGWLEFLDLSRNHFSGKIPFSLSNIDRLAVLDLSNNNLSGRIPWERHFQTFEASSFEGNLGLCGKQLQKNCPGDENETIPQPQGPAVHGEDDNSVFYNALYMSLGLGFFAGFWGLFGPILLWKSLRIAYLGFLNRLTDYVLVTFEVNQSVIDGSKASRSAGALLASGNTLEDKLDKLAHILFLRNVQDNGSAHQANPFALSDIHQMFPLVDLTIQTLSVKCIEKERKALLDFKQGLQDYSSMLSTWSDDDNNKDCCKWKGIECNNETGHVKGLLLGASNIHYLIGDDFSISPFLELQNMEYLDLSGHSFPDCQIPEQLGSFKNLRYLNLSYTIFVGGIPYQLGNLSNLECLDLQWSFLEGAIPSELGNLSKLEYLDLNHNDLYGAIPSQLGKLTSLQYLDLRYNLVDGEIPYQLGNLSQLRYLDLGESSLSGAVPFQVGNLPFLHTLKLGSNIDINFNDAKWLTSLMSLTTLHLNFYYRLSDNNISSLFASHSNLSASLSILDLSGNKLTSSTFQLLANCSLNLQELYLSNNDIVLSSPHYLNLPSLVILDLSYNNLTSSIFQENFNFSSKLQKLQLANCSLTDRSFLVTSTSMKKSSSSLLSLDLSSNLLKSSTIFHWISNFTTNLHSLSLDMNLLEGPIPCGLGKVMNSLELLSIASNKLQGEIPTSLGNICTLQGLSLNNNNLSGEISSFIQNSSWCNGHVFQTLDLSYNKITGMLPNISILTSLRTLDLSNNQLTGDITEYHLINLTELLTLDLSGNYLFLKFGIAWIPPFQLTVLGLASCKMGPNFPSWIETQSQLSFLDIYNAGIDDFVPEWLWNKLQAIQKMNMSCNTLRGTIPNLPIKVSSWFVIILNSNHFEGGIPTFMSQAFTLDLSKNKISDISSFLCKRNTKAPLYTLDLSNNQIGGLLPDCWQYLDSLAFLDLSNNKLRGKIPFSMATLVQLDVLVLRNNSFIGELPFTWKNYSDLYILDVSENRLSGLIPPWIGESLNNLEILSLRENLFFGSVPVHLCYLKKIQLLDLSRNNLSGGIPTCLTNLTAMMKSELDTSGREVFQKMTHKRTMMILYESNVFFIWQDYEFLNPEHLLKSIDLSSNNLTGKIPREVGGYLDGLVSLNLSRNNLHGEIPCEIGNLASLEFIDLSRNHLSGKIPTSLSKIDRLAKLDLSNNCLVGRIPWGRQLQTLDVTGFEGNPGLCGEKLNKSCPGEETKVEVQGTPIHGEDDNSIFYEALYMSFGFGFFIGFWGLLGSILLWQPWRNSYLSFLNRLTLSILVMVKD 2222
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Pste9g01055 2222 ProSiteProfiles Leucine-rich repeat profile. 512 534 IPR001611 GO:0005515
Pste9g01055 2222 SMART LRR_sd22_2 510 535 - -
Pste9g01055 2222 SMART LRR_sd22_2 1466 1491 - -
Pste9g01055 2222 SMART LRR_sd22_2 1960 1986 - -
Pste9g01055 2222 SMART LRR_sd22_2 705 731 - -
Pste9g01055 2222 SMART LRR_sd22_2 679 697 - -
Pste9g01055 2222 SMART LRR_sd22_2 1670 1697 - -
Pste9g01055 2222 SMART LRR_sd22_2 102 136 - -
Pste9g01055 2222 SMART LRR_sd22_2 1314 1346 - -
Pste9g01055 2222 SMART LRR_sd22_2 329 350 - -
Pste9g01055 2222 SMART LRR_sd22_2 176 207 - -
Pste9g01055 2222 SMART LRR_sd22_2 1594 1620 - -
Pste9g01055 2222 SMART LRR_sd22_2 826 852 - -
Pste9g01055 2222 ProSiteProfiles Leucine-rich repeat profile. 1672 1694 IPR001611 GO:0005515
Pste9g01055 2222 FunFam LRR receptor-like serine/threonine-protein kinase ERECTA 2025 2149 - -
Pste9g01055 2222 FunFam Tyrosine-sulfated glycopeptide receptor 1 1644 1930 - -
Pste9g01055 2222 SMART LRR_RI_2 355 381 - -
Pste9g01055 2222 SMART LRR_RI_2 1670 1701 - -
Pste9g01055 2222 SMART LRR_RI_2 1441 1468 - -
Pste9g01055 2222 SMART LRR_RI_2 705 728 - -
Pste9g01055 2222 SMART LRR_RI_2 1514 1541 - -
Pste9g01055 2222 SMART LRR_RI_2 510 539 - -
Pste9g01055 2222 SUPERFAMILY RNI-like 1484 1783 - -
Pste9g01055 2222 SUPERFAMILY L domain-like 326 650 - -
Pste9g01055 2222 Gene3D Ribonuclease Inhibitor 584 659 IPR032675 -
Pste9g01055 2222 Gene3D Ribonuclease Inhibitor 1331 1422 IPR032675 -
Pste9g01055 2222 Gene3D Ribonuclease Inhibitor 1166 1330 IPR032675 -
Pste9g01055 2222 Gene3D Ribonuclease Inhibitor 484 582 IPR032675 -
Pste9g01055 2222 Gene3D Ribonuclease Inhibitor 29 192 IPR032675 -
Pste9g01055 2222 SUPERFAMILY L domain-like 1198 1535 - -
Pste9g01055 2222 Gene3D Ribonuclease Inhibitor 193 483 IPR032675 -
Pste9g01055 2222 SUPERFAMILY L domain-like 670 1012 - -
Pste9g01055 2222 Gene3D Ribonuclease Inhibitor 1423 1535 IPR032675 -
Pste9g01055 2222 SMART LRR_typ_2 329 350 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 1863 1884 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 559 588 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 1489 1509 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 1670 1694 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 434 458 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 102 128 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 922 946 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 1442 1464 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 2079 2103 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 1960 1984 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 729 753 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 510 534 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 152 176 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 826 850 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 1314 1337 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 679 702 IPR003591 -
Pste9g01055 2222 SMART LRR_typ_2 1338 1362 IPR003591 -
Pste9g01055 2222 FunFam Nuclear pore complex protein NUP107 1167 1327 - -
Pste9g01055 2222 Pfam Leucine rich repeat N-terminal domain 1169 1209 IPR013210 -
Pste9g01055 2222 Pfam Leucine rich repeat N-terminal domain 32 71 IPR013210 -
Pste9g01055 2222 SUPERFAMILY L domain-like 1815 2135 - -
Pste9g01055 2222 Gene3D Ribonuclease Inhibitor 1716 2158 IPR032675 -
Pste9g01055 2222 SUPERFAMILY L domain-like 61 401 - -
Pste9g01055 2222 PRINTS Leucine-rich repeat signature 1670 1683 - -
Pste9g01055 2222 PRINTS Leucine-rich repeat signature 1444 1457 - -
Pste9g01055 2222 Pfam Leucine Rich Repeat 512 531 IPR001611 GO:0005515
Pste9g01055 2222 Pfam Leucine rich repeat 2033 2092 IPR001611 GO:0005515
Pste9g01055 2222 Pfam Leucine rich repeat 1316 1371 IPR001611 GO:0005515
Pste9g01055 2222 Pfam Leucine rich repeat 1842 1899 IPR001611 GO:0005515
Pste9g01055 2222 Pfam Leucine rich repeat 707 766 IPR001611 GO:0005515
Pste9g01055 2222 FunFam Nuclear pore complex protein NUP107 29 196 - -
Pste9g01055 2222 Gene3D Ribonuclease Inhibitor 663 1024 IPR032675 -
Pste9g01055 2222 FunFam Tyrosine-sulfated glycopeptide receptor 1 485 794 - -
Pste9g01055 2222 FunFam Tyrosine-sulfated glycopeptide receptor 1 795 1021 - -
Pste9g01055 2222 Gene3D Ribonuclease Inhibitor 1536 1715 IPR032675 -
Pste9g01055 2222 PANTHER LRR RECEPTOR-LIKE KINASE 1421 1643 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Pste9g01055 Pste-Chr9 7451802 7465001 Dispersed/Proximal
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Pste9g01055 1166 2149 Receptor kinase-like Gene Family AT2G15080 31.527 5.33e-86 303
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Pste9g01055 9 7451802 7465001 Pste9g01055 9 7451802 7465001 ECH