Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Lcy10g1644 ATGGATTCTGCAACCCCAAATGACAATACGGCGGAGATCGAACTCGCTTGCGGCTCTTCCTCGGGGCCAAGTCAACCGTCAGCGCAATCGAAGTCCTCGATTCCGGAAGTGGGTTCTAGCGGTTCTGGATCGAAGCCTACCCTTCAAGGGCTTCGAGGTGCCGGCCCCATGTTCCAGAACGAGATCGGCGATGAACGTATGAGGTTGGTTTACATCGACGATCCTGAAAAGACGAACGAGAACTTTGAATTCGCGGGAAATTCGATTCGTACTGGCAAGTATTCGATTCTAACTTTTCTGCCCAGGAATCTGTTTGAACAATTTCATAGAATTGCTTATATATATTTCCTTGTTGTTGCGGTTCTTAATCAACTTCCCCAGCTTGCCGTTTTTGGTCGGGGAGTTTCCATTTTTCCTCTAGCCATTGTGCTGCTTGTTACTGCAGTTAAAAATGCATATGAGGATTGGGGAAGGCATTGTTCTGATAGAATCGAGAACAATCGATTAGCTTCAGTCTTGGCGAATGGTGAGTTTCAACAGAAGAAATGGAAGGATATTAGAGTTGGTGAGATTATTAAAATTGGTGAAAATGATCCCATTCCATGTGATATGGTGCTTCTCTCAACCAGTGATTCTGCTGGGGTTGCGTTTGTGCAGACTCTGAATTTGGATGGGGAAGCAGCTTTGAAAACCAAGTACGCAAAACAAGAAACAATGTCGAAAATGCCTGACAAGGAGAAGATTACTGGCTTGATTAAATGTGAACATCCCAATAGGAGTATCTTTGGATTCTATGTGATTATGGAGATTGATGGGAAGCGTCTGTCCCTTGGATATCCAAACATAGTTCTTCGTGGCAGTGAGCTCAAGAATACCAGCTGGGTTGTTGGTGTTGCTGTATATGCTGGTCATGAGACAAAAGCCATGCTTAATAGTTCCAGAGCTCCATTAAAAAGAAGCCGACTTGCGATGCGCAAGAACTTGGAGATTATTATACTCTCTTGCTTTCTTATTGCTTTGTGCATTATTGTTTGTGTCTGTGCGGCTGTTTGGTTCATTAGAAAAGGGGAAGATTTGGACATTTTGCCTTATTTCAGAAAGAAAGATTTCTCGAAAGACCCACCTGAAACCTATAGTTACTATGGCAGGGGATTGGATGCATTTTTTGTATTCCTCATGTCAGTCATTATGTTTCAGAACATGATCCCCATTTCACTGTACATTTCAATGGAGCTTGTTCACTTCGGCCAGGCATATTTCATGAACCGAGACACCCAATTGTATGACGAAATATCTAATTCAAGATTTCAGTGTCGGACTATGAACATAAATGAGGATTTAGGACAAATAAAGCATGTGTTTGCGGACAAAACAGGTACCCTAACTGAGAATAAGATGGAACTTCGATGTGCAAGCATCTTGGGGGTCGATTATGGAGGTGAAAGCACCAATCCCCTAGATGAGCAAATTGGATACTCTGTTCAAGTGAATGGAAAGGTTTTGAGACCAAAATTGGCTGTCAAAACCAATCCTGAGCTTCTACAGTTATTGAAAGGTGGAAAGCACACCAAGGATGGAAGATATATTCATGATTACTTCCTCGCATTAGCTGCTTGCAATACCATCATTCCTGTCATTACTGAAACTTCTGATCCTTTGGTGCAATTAATTAACTACGAAGGAGAGTCTCCAGATGAACAGGCATTGGTTTATTCTGCTGCGGCATATGGTTTCATGTTAATTGAACGAACTTCTGGCCATATAGTTATTGACATAAATGGTAAAAAAGAAAGTTATAAAGTTTTTGGAATGCACGAGTTTGATAGTGTCAGGAAGCGGATGTCAGTGATATTGGGGTGCCCTGATGAGACCTTCAAGTTATTGGTTAAAGGAGTTGATACCTCCATGTTCACGGTCATAGGTAAAACTCTGAACATGGATATAGTTGAAGCAACTAAAGCTCATATTCATTCGTACTCCTCAAAGGGTCTCAGGACACTAGTTATTGGGATGAAAGAGCTCAGTCCTTCCGACTTCGAAGAATGGCACTTGATGTATGAGGAAGCAAGCACTGCTCTGCATAGCAGGGCTGCTCTGCTTCGCAATGTTGCCGGAAGCATAGAAAACAAGTTAAGTGTACTGGGTGCCTCAGGCATTGAAGATAAGTTGCAAAAAGGTGTGCCAGAAGCCATCGAATCTTTAAGAACGGCAGGAATTAAAGTGTGGGTTTTGAGTGGGGACAGACAAGAAACTGCCATATCAATCGGTTACTCCTCAAGGCTCTTAACAAACAAGATGGCCCAAATTATAATTAACAGCAACTCGGCAGAATCATGCCGAAGGAGTTTAGAAAACGCAATAATCATGGTGAAGAAGCATGCTAATGTGTCAGGGATTACACTGAACAGTGGAGAAAGCACTGAAGCATTAATACCTTCGATTGTGTTGATCATTGATGGTACAAGCCTTGTTTATATTCTCGATAGTGTACTTGAAGAACAGTTTCTCGAACTAGCTTGTATCTGTTCAGTTGTGTTATGTTGTCGTCTAGCCCCTTTGCAAAAAGCTGGTATTGTTGCTCTCGTCAAGGGAAGGACTTCTGACGTGACACTTGCAATTGGTGATGGCTCAAATGACGTGTCAATGATCCAAATGGCAGATGTGGGCATTGGTATCAGCGGCCTAGAGGGTCAACAAGCTTCTATGGCATCGGATTTTGTCATAGGGCAATTTAGATTCTTGGTTCCTCTTCTATTGGTCCATGGACATTGGAATTACCGGCGGATGGGCTACATGATTTTGTGCAACTTTTACAGAAATGCAGTGTATGTTCTCTTTTCTGGTTTCTCGTTGTCGATGGCGATCAACCAATGGAGCAGTGTGCTCTACTCTGTAATCTATACTTGTTTGACCACAATTTTTGTTGCAATCCTTGAAAAGGACCTGGGTAGAAGAACTCTTCTTAGTTACCCTCAGCTCTATGGGGCTGGCCACAGACAGGAGAGCTACAACTCTGGTTTGTTTTGGTTAACAATGATAGACAGTGTGTGGCAAAGCATTGCTATTTTCTTCATCCCCCTCCTTGCATACTGGGGTACCGACATAGATGTTTCAAGCCTTGGGGATATTTGGCTACTTGCTGTGGTCATCGTTGTCAACATGCAGTTGGCGATGGACGTTATTCGATGGCATTCCATCACCCATGTTATGATCTGGGGATCCACTCTTGCAACTGTCACTTGTGTCATTGTCTTTGATTCATTACAGTCACTTCCCAGTTATTGCATTAACACTGATGAGAAGATTCAAAAGAAATTTCAGCATTGGTATCTCTCTCCCTCGGGTTGTCGTATGTGTTTGATGGAGGGAGAACATCTTGACCATCTTTTTATCCACTGTGGCTTTGCTTGGAAGGCTTGGAGTTTTGTTGCTGGTTTGCTGGGCATTTCTTTTTGTGTCCCTCAAAGGATTGAAGATTGGATGGTGGAGGGGCTGAACGCTTGGAACTTAACCAAAAAAGCTAGAGTGGTGGCCAGTTGTGCTTTTAGAGCAACCATTTGGAACATTTGGAAGGAAAGGAACTCTAGATCGTTTGGAGATAAATCCTCTAGTTTCGACTCTTTTTGTATTCTTGTACAAAATACGGCCTCGTGCAAGTCCACTTTCAATCCAAATCGAAGCCCGAGGATGGATTCTGCAACCCCCAATGACAACACGGCGGAGATCGAACTCGCTTGCGGCTCTTCCTCGGGGCCAACTCAACCGTCAGTGCAATCCAAGTCCTCGATTCCAGAAGTGGGTTCTAGCGGTTTTGGATCGAAGCCTGCCCTTCAAGGGCTTCGAGGTGCCGGCCCCATGTTCCAGAACGATATCGGGGATGAAGATATAAGGTTGGTTTACATCGACGATCCTGAAAAGACGAACGAGAACTTTGAATTCGCGGGAAATTCGATTCGTACTGGCAAGTATTCGATTCTAACTTTTCTGCCCAGGAATCTGTTTGGACAATTTCATAGAATTGCTTATATATATTTCCTTGTTGTTGCGGTTCTTAATCAACTTCCCCAGCTTGCCGTTTTTGGTCGGGGAGTTTCCATTTTTCCTCTAGCCATTGTGCTGCTTGTTACTGCAGCTAAAAATGCATATGAGGATTGGGGAAGGCATCGTTCTGATAGAATCGAGAACAATCGGTTAGCTTCAGTCTTGGTGAATGGTGAGTTTCAACAGAAGAAATGGAAGGATATTAGAGTTGGTGAGATTATTAAAATTGGTGAAAATGATACGATTCCTTGTGATATGGTGCTTCTCTCAACCAGTGATTCCACAGGGGTTGCATTTGTGCAGACTCTGAATTTGGATGGGGAAGCAGCTTTGAAAACCAAGTACGCAAAACAAGAAACAATGTCGAAAATGACCGACAAGGAGAAGATTACAGGCTTGATTAAATGTGAACGTCCCAGTAGGAATATCTTTGCATTCTATGCGAATATGGAGATTGATGGGAAGCGTCTGTCCCTTGGATATTCAAACATAGTTCTTCGAGGCTCTGAGCTCAAGAATACTAGCTGGGCTGCTGGTGTTGCGGTATATACTGGTCGTGAGACCAAAGCCATGCTTAATAGTTCCAGAGCTCCATTAAAAAGAAGCCGGCTTGAGAAGCACAAGAACGTGGAGATTATTATACTATCTTGCTTTCTTATTGCCTTGTGCATTATTGTTTGTGTCTGTGCAGCTGTTTGGTTCATTAGAAAGGGGGGAGATTTCGACATTTTGCCTTATTTCAGAAAGAAAAATTTCTCGAAAGACCCACCTGAAACCTATAGTTACTATGGCAGGGGATTGGATGCATTTTTTGTATTCCTCATGTCAGCCATTATGTTTCAGAACATGATCCCCATTTCACTGTACATTTCAATGGAGCTTGTTCACTTCGGCCAGGCATATTTCATGAACCAAGACACCCAATTGTATGATGAAACATCTTATTCAAGATTTCAGTGTCGGACTGTGAACATAAATGAGGATTTAGGACAAATAAAGTATGTGTTTTCGGACAAAACAGGTACCCTAACTGAGAATAAGATGGAATTTCAATGGGCAAGCATCTTGGGGGTCGATTATGGAGGTGAAAGCACCAATCCCCTAGATGAGCAGATTGGATACTCTGTTCAAGTGAATGGAAAGGTTTTGAGACCAAAATTTGTTGTCAAAACCAATCCTGAGCTTCTACAGTTATCGAAAAGTGGAAAGCACACCAAGGATGGAAGATATATTCATGATTACTTCCTCGCATTAGCTGCTTGCAATACCATCATTCCGCTCATTACCGAAACTTCTGATCCTTCAGTGCAATTAATTGACTACCAAGGAGAGTCTCAAGATGAACAGGCATTGGTTTATGCTGCTGCGGCATATGGTTTTATGCTAATTGAACGAACTTCTGGCCATATAGTTATTGACATAAATGGTGAAAAACAAAGTTATAAAGTTTTAGGATTGCATGAGTTTGATAGTGTCAGGAAGCGGATGTCAGTGATATTGGAGTGCCCTGATGAGACCTTCAAAGTATTGGTTAAAGGTGTTGATACCTCCATGTTCAAGGTCATAGGTAAAACTCTAAACATGGATATAGTTGAAGCAACTAAAGCTCATATTCATTCGTACTCCTCGAAGGGTCTCAGGACACTAGTTATTGGGATGAAAGAGCTCAGTCCTTCCGACTTCAAAGAATGGCGCTTGATGTTTGAGGAAGCTAGCACTGCTCTGCATGGTGTCTTGAGCATGCTTGTCCAGGGCGAGCTGTGCCTATGGCCGCATGTCCAAACCATCCTCACCCATCATGTTTTAATGCCATTGGTATCAGAGCCTAGTTGGCTCCTTGGCTTTCGAGAATTTATAAGCATGTCGGCGACCAAACAAATGGGCAAGACCCACGTTGAGCGACTCGTTGAGATAGAGGAACAGTTGCTGTATTTGAGGGAAGTACCTGACTCGGTACGATACGTCGAAAGTCGACTTGATGAGATCTCTGAAAAGTTGGGCGAGATAGATGCAGTGAATGCCCGAATTGATGGGCTACCTGTACAAGAGTTGGCAATAAGGGTAGAGACCCTGGAAAGCAAAGCTACAAAGCCTGGAGCCACATCACTCTCTTTGCAATTCTTGAAACCAGGGTTGCAAGCTTGGACATTCAGGAGCCACATCACTCTCTTTGCAATTCTTGAAACCAGGGTTGCAAGCTTGGACATTCAGTTGTCCGCGATTTGCGATTTTTGTACGGCTGACTTGCCCGCCGGGTTAGGACAAGTGCCGCACAATCGCTCATCCCGAGTTCGAAAGTTTGCGATTGTGACACATGGCAGGGCTGCTCTGCTTCGCGAGGTTGCCAGAAGCATAGAAAACAAGTTAAGTTTACTGGGTGCCTCAGGCATTGAAGACAAGTTGCAAAAAGGTGTGCCAGAAGCCATCGAATCTTTAAGAACGGCAGGAATTAAAGTGTGGGTTTTGAGTGGGGACAGACAAGAAACTGCCATATCAATCGGTTACTCCTCAAGGCTCTTAACAAACAAGATGGCCCAAATTATAATTAACAGCAACTCGGCAGAATCATGCCGAAGGAGTTTAGAAAACGCAATAATCATGGTGAAGAAGCATGCTAATGTGTCAGGGATTACACTGAACAGTGGAAAAAGCACTGAAATATTAATACCTTCGATTGTGTTGATCATTGATGGTACAAGCCTTGTTTATATTCTCGATAGTGTACTTGAAGAACAGTTTCTCGAACTAGCTTGTATCTGTTCAGTTGTGTTATGTTGTCGTCTAGCCCCTTTGCAAAAAGCTGGTATTGTTGCTCTCGTCAAGGGAAGGACTTCTGACGTGACACTTGCAATTGGTGATGGCGTAAATGACGTGCAAATGATCCAAAAGGCAGATGTGGGCATTGGTATCAGCGGCCTAGAGGGTCAACAAGCTTCTATAGCATCAGATTTTTCCATAGGGCAATTTAGATTCTTGGTTCCTCTTCTATTGGTCCATGGACATTGGAATTACCGGCGGATGGGCTACATGATTTTGTGCAACTTTTACAGAAATGCAGTGTATGTTCTCTTTTCCGGTTTCTCATTGTCGATGGCGATCAACCAATGGAGCAGTGTGCTCTACTCTGTAATCTATACTTGTTTGACCACAATTTTTGTTGCAATCCTTGACAAGGACCTGGGTAGAAGAACTCTTCTTAGTTACCCTCAGCTCTATGGGGCTGGCCACAGACAGGAGAGCTACAACTCTGGTTTGTTTTGGTTAACAATGATAGACAGTGTGTGGCAAAGCATTGCTATTTTCTTCATCCCCCTCCTTGCATACTGGGGTACCGACATAGATGTTTCAAGCCTTGGGGATATTTGGCTACTTGCTGTGATCATCGTTGTCAACATGCAGTTGGCGATGGACGTTATTCGATGGCATTCCATCACCCATGTTATGATCTGGGGATCCACTCTTGCAACTGTCACTTGTGTCATTGTCTTTGATTCATTACAGTCACTTCCCAGTTATTGGGCAATATGTCACTATTGTAGTCCATGTGACATCCAGATAGCAAGAGAGGCTGATAAATCTGGAAGGACAGAGGAGTTGGGAGCTGTACAACAGAGATGA 7659 43.23 MDSATPNDNTAEIELACGSSSGPSQPSAQSKSSIPEVGSSGSGSKPTLQGLRGAGPMFQNEIGDERMRLVYIDDPEKTNENFEFAGNSIRTGKYSILTFLPRNLFEQFHRIAYIYFLVVAVLNQLPQLAVFGRGVSIFPLAIVLLVTAVKNAYEDWGRHCSDRIENNRLASVLANGEFQQKKWKDIRVGEIIKIGENDPIPCDMVLLSTSDSAGVAFVQTLNLDGEAALKTKYAKQETMSKMPDKEKITGLIKCEHPNRSIFGFYVIMEIDGKRLSLGYPNIVLRGSELKNTSWVVGVAVYAGHETKAMLNSSRAPLKRSRLAMRKNLEIIILSCFLIALCIIVCVCAAVWFIRKGEDLDILPYFRKKDFSKDPPETYSYYGRGLDAFFVFLMSVIMFQNMIPISLYISMELVHFGQAYFMNRDTQLYDEISNSRFQCRTMNINEDLGQIKHVFADKTGTLTENKMELRCASILGVDYGGESTNPLDEQIGYSVQVNGKVLRPKLAVKTNPELLQLLKGGKHTKDGRYIHDYFLALAACNTIIPVITETSDPLVQLINYEGESPDEQALVYSAAAYGFMLIERTSGHIVIDINGKKESYKVFGMHEFDSVRKRMSVILGCPDETFKLLVKGVDTSMFTVIGKTLNMDIVEATKAHIHSYSSKGLRTLVIGMKELSPSDFEEWHLMYEEASTALHSRAALLRNVAGSIENKLSVLGASGIEDKLQKGVPEAIESLRTAGIKVWVLSGDRQETAISIGYSSRLLTNKMAQIIINSNSAESCRRSLENAIIMVKKHANVSGITLNSGESTEALIPSIVLIIDGTSLVYILDSVLEEQFLELACICSVVLCCRLAPLQKAGIVALVKGRTSDVTLAIGDGSNDVSMIQMADVGIGISGLEGQQASMASDFVIGQFRFLVPLLLVHGHWNYRRMGYMILCNFYRNAVYVLFSGFSLSMAINQWSSVLYSVIYTCLTTIFVAILEKDLGRRTLLSYPQLYGAGHRQESYNSGLFWLTMIDSVWQSIAIFFIPLLAYWGTDIDVSSLGDIWLLAVVIVVNMQLAMDVIRWHSITHVMIWGSTLATVTCVIVFDSLQSLPSYCINTDEKIQKKFQHWYLSPSGCRMCLMEGEHLDHLFIHCGFAWKAWSFVAGLLGISFCVPQRIEDWMVEGLNAWNLTKKARVVASCAFRATIWNIWKERNSRSFGDKSSSFDSFCILVQNTASCKSTFNPNRSPRMDSATPNDNTAEIELACGSSSGPTQPSVQSKSSIPEVGSSGFGSKPALQGLRGAGPMFQNDIGDEDIRLVYIDDPEKTNENFEFAGNSIRTGKYSILTFLPRNLFGQFHRIAYIYFLVVAVLNQLPQLAVFGRGVSIFPLAIVLLVTAAKNAYEDWGRHRSDRIENNRLASVLVNGEFQQKKWKDIRVGEIIKIGENDTIPCDMVLLSTSDSTGVAFVQTLNLDGEAALKTKYAKQETMSKMTDKEKITGLIKCERPSRNIFAFYANMEIDGKRLSLGYSNIVLRGSELKNTSWAAGVAVYTGRETKAMLNSSRAPLKRSRLEKHKNVEIIILSCFLIALCIIVCVCAAVWFIRKGGDFDILPYFRKKNFSKDPPETYSYYGRGLDAFFVFLMSAIMFQNMIPISLYISMELVHFGQAYFMNQDTQLYDETSYSRFQCRTVNINEDLGQIKYVFSDKTGTLTENKMEFQWASILGVDYGGESTNPLDEQIGYSVQVNGKVLRPKFVVKTNPELLQLSKSGKHTKDGRYIHDYFLALAACNTIIPLITETSDPSVQLIDYQGESQDEQALVYAAAAYGFMLIERTSGHIVIDINGEKQSYKVLGLHEFDSVRKRMSVILECPDETFKVLVKGVDTSMFKVIGKTLNMDIVEATKAHIHSYSSKGLRTLVIGMKELSPSDFKEWRLMFEEASTALHGVLSMLVQGELCLWPHVQTILTHHVLMPLVSEPSWLLGFREFISMSATKQMGKTHVERLVEIEEQLLYLREVPDSVRYVESRLDEISEKLGEIDAVNARIDGLPVQELAIRVETLESKATKPGATSLSLQFLKPGLQAWTFRSHITLFAILETRVASLDIQLSAICDFCTADLPAGLGQVPHNRSSRVRKFAIVTHGRAALLREVARSIENKLSLLGASGIEDKLQKGVPEAIESLRTAGIKVWVLSGDRQETAISIGYSSRLLTNKMAQIIINSNSAESCRRSLENAIIMVKKHANVSGITLNSGKSTEILIPSIVLIIDGTSLVYILDSVLEEQFLELACICSVVLCCRLAPLQKAGIVALVKGRTSDVTLAIGDGVNDVQMIQKADVGIGISGLEGQQASIASDFSIGQFRFLVPLLLVHGHWNYRRMGYMILCNFYRNAVYVLFSGFSLSMAINQWSSVLYSVIYTCLTTIFVAILDKDLGRRTLLSYPQLYGAGHRQESYNSGLFWLTMIDSVWQSIAIFFIPLLAYWGTDIDVSSLGDIWLLAVIIVVNMQLAMDVIRWHSITHVMIWGSTLATVTCVIVFDSLQSLPSYWAICHYCSPCDIQIAREADKSGRTEELGAVQQR 2552
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
10 40841248 40862436 + Maker00039765 Lcy10g1644 645155
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Lcy10g1644 2552 SUPERFAMILY HAD-like 442 914 IPR036412 -
Lcy10g1644 2552 ProSitePatterns E1-E2 ATPases phosphorylation site. 456 462 IPR018303 -
Lcy10g1644 2552 Pfam Phospholipid-translocating ATPase N-terminal 1299 1365 IPR032631 -
Lcy10g1644 2552 Pfam Phospholipid-translocating ATPase N-terminal 70 136 IPR032631 -
Lcy10g1644 2552 Gene3D - 1710 1929 IPR023299 GO:0000166(InterPro)
Lcy10g1644 2552 SUPERFAMILY Metal cation-transporting ATPase, ATP-binding domain N 1689 1928 IPR023299 GO:0000166(InterPro)
Lcy10g1644 2552 ProSitePatterns E1-E2 ATPases phosphorylation site. 1685 1691 IPR018303 -
Lcy10g1644 2552 FunFam Phospholipid-transporting ATPase 142 311 - -
Lcy10g1644 2552 SUPERFAMILY Calcium ATPase, transduction domain A 167 308 IPR008250 -
Lcy10g1644 2552 SUPERFAMILY Metal cation-transporting ATPase, ATP-binding domain N 460 726 IPR023299 GO:0000166(InterPro)
Lcy10g1644 2552 MobiDBLite consensus disorder prediction 1 55 - -
Lcy10g1644 2552 MobiDBLite consensus disorder prediction 1243 1268 - -
Lcy10g1644 2552 FunFam Phospholipid-transporting ATPase 2135 2338 - -
Lcy10g1644 2552 SUPERFAMILY Calcium ATPase, transmembrane domain M 1314 2513 IPR023298 -
Lcy10g1644 2552 Gene3D - 556 686 IPR023299 GO:0000166(InterPro)
Lcy10g1644 2552 FunFam Phospholipid-transporting ATPase 558 691 - -
Lcy10g1644 2552 FunFam Phospholipid-transporting ATPase 1371 1540 - -
Lcy10g1644 2552 FunFam Phospholipid-transporting ATPase 1787 1920 - -
Lcy10g1644 2552 Gene3D - 1372 1540 - -
Lcy10g1644 2552 Gene3D - 158 311 - -
Lcy10g1644 2552 FunFam Phospholipid-transporting ATPase 710 913 - -
Lcy10g1644 2552 NCBIfam HAD-IC family P-type ATPase 840 949 IPR001757 GO:0005215(InterPro)|GO:0005524(InterPro)|GO:0016020(InterPro)|GO:0016887(InterPro)
Lcy10g1644 2552 NCBIfam HAD-IC family P-type ATPase 2265 2374 IPR001757 GO:0005215(InterPro)|GO:0005524(InterPro)|GO:0016020(InterPro)|GO:0016887(InterPro)
Lcy10g1644 2552 SUPERFAMILY HAD-like 1671 2339 IPR036412 -
Lcy10g1644 2552 Gene3D - 711 913 IPR023214 -
Lcy10g1644 2552 Gene3D - 2136 2338 IPR023214 -
Lcy10g1644 2552 MobiDBLite consensus disorder prediction 1 47 - -
Lcy10g1644 2552 SFLD C1.7: P-type atpase like 438 924 - -
Lcy10g1644 2552 SUPERFAMILY Calcium ATPase, transduction domain A 1396 1537 IPR008250 -
Lcy10g1644 2552 SUPERFAMILY Calcium ATPase, transmembrane domain M 85 1085 IPR023298 -
Lcy10g1644 2552 Pfam Phospholipid-translocating P-type ATPase C-terminal 902 1116 IPR032630 -
Lcy10g1644 2552 Pfam Phospholipid-translocating P-type ATPase C-terminal 2328 2516 IPR032630 -
Lcy10g1644 2552 PRINTS P-type cation-transporting ATPase superfamily signature 2298 2317 - -
Lcy10g1644 2552 PRINTS P-type cation-transporting ATPase superfamily signature 1683 1697 - -
Lcy10g1644 2552 Pfam E1-E2 ATPase 169 357 - -
Lcy10g1644 2552 Pfam E1-E2 ATPase 1399 1585 - -
Lcy10g1644 2552 SFLD p-type atpase 438 924 IPR044492 -
Lcy10g1644 2552 PANTHER PROBABLE PHOSPHOLIPID-TRANSPORTING ATPASE 1296 1923 - GO:0005886(PANTHER)|GO:0045332(PANTHER)|GO:0140326(PANTHER)
Lcy10g1644 2552 Pfam Cation transport ATPase (P-type) 562 636 - -
Lcy10g1644 2552 Pfam Cation transport ATPase (P-type) 1791 1866 - -
Lcy10g1644 2552 NCBIfam phospholipid-translocating P-type ATPase 2117 2523 IPR006539 GO:0000287(InterPro)|GO:0005524(InterPro)|GO:0015914(InterPro)|GO:0016020(InterPro)|GO:0140326(InterPro)
Lcy10g1644 2552 NCBIfam phospholipid-translocating P-type ATPase 84 1110 IPR006539 GO:0000287(InterPro)|GO:0005524(InterPro)|GO:0015914(InterPro)|GO:0016020(InterPro)|GO:0140326(InterPro)
Lcy10g1644 2552 NCBIfam phospholipid-translocating P-type ATPase 1313 1924 IPR006539 GO:0000287(InterPro)|GO:0005524(InterPro)|GO:0015914(InterPro)|GO:0016020(InterPro)|GO:0140326(InterPro)
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Lcy10g1644 Lcy-Chr10:40841248 Lcy1g1623 Lcy-Chr1:16568295 0 dispersed
Lcy12g0516 Lcy-Chr12:6231471 Lcy10g1644 Lcy-Chr10:40841248 3.28E-39 dispersed
Lcy9g0039 Lcy-Chr9:767225 Lcy10g1644 Lcy-Chr10:40841248 1.26E-32 dispersed
Lcy9g2037 Lcy-Chr9:45244753 Lcy10g1644 Lcy-Chr10:40841248 1.80E-06 dispersed
Lcy10g1644 Lcy-Chr10:40841248 Lcy10g1646 Lcy-Chr10:40884601 0 proximal
Lcy10g1643 Lcy-Chr10:40829335 Lcy10g1644 Lcy-Chr10:40841248 0 tandem
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Lcy10g1644 K14802 - csv:101212953 1698.72