Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Lsi11g00378 ATGCAATTTATAGAAACAAGAACTTGTTTCTTTTCTGGGTTTCTCTTTTCCCCAGTTCAAATGGGGGTTTTAAGATGCTTGTGCTTCAATCTTCTTGTGTTTTTGTTGCTTTGTGTAGCGGCTTCTTCTACTGATCGTTACTCCGAAGCACTTTTAAGCTTGAAATCTGAATTTGTTGATGATTTTGGGAGTTTGAGTGATTGGATTGTGGGTTCTGGAGAAAACCCATTTGGGAAAATCCATGGATGTTCTTGGTCAGGGATCAAATGCGACAAGAATTCCACCATTGTTATTGGAATTGACCTGTCGATGAAGAAGCTTGATGGGGCGATTTCTGGTGAGCAGTTTCATGTTTTTAAAGAACTTGTTGATCTTAACTTGAGTCACAATTATTTGTCTGGGAAGCTTCCTGTTGGAATCTTCAATCTCAGTAATCTAAGAAGTTTGGATATCAGTAGGAATAATTTTTCTGGTCATTTTCCTCTTGGGATTTCTGGTCTTCAAAACTTGGTTATTCTTGATGCTTTTAGCAATAGTTTTTCTGGGTCATTGCCTGTTGATCTTCCCGAGCTTGAAAATCTGAAGTTTCTCAACTTTGCTGGGAGCTACTTCAAAGGGCCAATCCCTTCAGAATATGGTTCTTTCAAAAAACTTGAGTTCATTCATCTTGCAGGAAATTTTCTTAGTGGAAACTTACCTCCTGAATTGGGCAAACTCAAAACTGTGACTCATATGGAGATTGGCTACAATAGTTTCCAGGGAAATCTCCCATGGGAATTAGGCAATATGAGTAACCTTCAATATCTTGATATTGCAAGTGGAAATCTCTCTGGTTCAATTCCTAAAGAACTTGGTAATCTCACAAAGCTTGAGTCTCTTTTCCTTTTCAGAAACCAGCTATCTGGGTTCTTGCCCAAGGAACTAAGCAAAATCACTTCTCTTGTTAATTTAGATCTCTCTGATAATCATATTTCTGGTCCTATTCCAGAAAGCTTTTCAGAGTTGAAAAATCTTAGATTGCTCAGTGTTATGTACAATGAAATGACTGGTTCTGTTCCAAAAGGCATTGGAGAGCTTCCTTCATTGGAGACTCTTCTTATATGGAGCAATCAGTTCTCTGGATCACTCCCAAACAACTTGGGCAGCAACAAAAAACTTAAATGGGTTGATGTTTCCACAAACAATTTTGTTGGTGTCATCCCACCAAATATCTGCCAAGGAGATTTACTTTTTAAGTTGATCCTGTTTTCAAATCAGTTTAGTGGTGGACTTTCCCCATCCCTCTCTAATTGTTCTTCCCTTGTTCGATTGCGGCTAGAGGATAATATGTTTTCAGGTGATATTGCTCTGAAATTTAGTGATCTTCCTGATATCTCATACATAGATCTCTCTAGAAACAATTTTAGTGGAGGATTTCCTTTGGATATAAGTAAAGCTTCCAACCTTCAATACTTGAATATCTCTCATAACCCACAACTAGGAGGTGTTTTTCCTGCAGAAACATGGACTTTACCCTTTCTTCAAAACTTTTCAGCTTCTGATTGTGGTATAAGAGGAAACCTTCCCAAGTTTCAGCTCTGCAAATCCATTTCTACTATTGAATTGAATAATAACAAACTATCAGGAAAAGTCCCAGAAAGCATTGCAAGTTGCCAGGCTCTTGTAAGGATGGATTTGTCTTACAACAATCTCTCTGGTCATATACCTGAAGAACTTGCACATCTTCCTTCTATTAGCATCCTTGATCTATCTCACAACGGTTTCAATGGGTCGATACCTGATAAGTTCAGGGATTCGTCGAGCTTGCTTCTACTAAATGTGTCTTCCAATGATATCTCTGGTTCCATCCCAGAAAAAGAAGCGTTTCGATCAATGGGCAGCAGTGCATTTGCTGGAAATCCAAAGCTATGTGGAGCACCTCTGAGGTCATGTTCAGGTTCATTGGCAATGCTTGGAGGCAAAGGGATGGGGAAGCTTATACTCATCCTGATACTGTGTGCAGGTCTTGCTATAATCACGACGATATCAATTGTGTGGATTTTCTTCGTCCGAAGAGGTAGCAAAGGTAAATGGAAGATGGTGTCATTCACTGGACTTCCTCCATTCACAGCTAATGATATTCTCAGGAGTTTCGACTCTACGGAATCTAAGGAAGCGATATTGCCATTGTCTGCTTCGATTTTCAAAGCAGTTCTGCCGACTGGAATCACGGTGTCAATAAAGAAGATAGATTGGGAAGCAAAAAGAATGAAGACGATATCGGAGTTTATAACTCAATTAGGTGGTTTGAGGCACAAGAATTTGGTCAGATTGCTGGGATTCTGCCACAACAAACAGATGGTTTATCTTCTTTATGATTACTTGCCCAATGGAAATCTAGCAGAGAAAATTTCAATGAAAAGGGAATGGCCAATTAAACTCAAACTCATTATAGGTATAGCAAGGGGAATACACTTTCTTCACCATGACTGTTATCCTGCAATTCCCCATGGAGACTTGAAGCCAAGTAACATCATTTTCGACGAAAATATGGAACCCCATCTGGCTGAATTCGGACTCCGATTTCTACAACAACTAAATGAAGATCCGCTTCAATTACCGTCTACAACGAACGGAGAAGATAAATTCAATAATGCAACAGAGGAGGAGCTGTGGATGGATGTTCATAGTTTTGGGGAGATCATCCTTGAAATTATAAGCAATGGACGGTTGACGACTGCTGGATCGAGCACACAGAACAAGGCAAGAGATCTTCTGTTAAGAGAAATATACAAAGAAAATGGGATTACCTCTCCCAATTCATCACAAGAGGAAATAAAACAGGTTCTTGATCTAGCTTTGCTATGCACAAGGAGCAGGCCATCCAACAGACCATCCATGGATGATATCTTAAAGCTGTTATCAGAAATGAAACCAGAGACTTTGAAGGAGGAAGCTGTTTGTACTTTTGGTTTCAATATCATTTTTACCCCAAAAGAAGAAAGAAAAAGTATAGATTGTAAGATTGTAAAAGAAATATCAAAAGGGGAGAACGATCAAAACCACGCGCGTCGATACGCGCGTGCTCTACAAGCTCAGATAACCCATTTTCCCGCCAAGTACTTGCTTCCCGCCAAAAATACGTTCAGTCATAAGCCTTCGCCTCCATCGCTAAGCACAGAACAAAAAACCTCAAAGCTCCGAGAGAGAGAGAGAGAGAAAGAGAGAACGAAGGGTTTCAAGTGTTTCTTGAGGAAGAACCCTAATCTGCACGCAGAAATGTCGGGCTGGGATGAAGGAGGAATCTACTACAGCGACCAAGCGCAGTCCCTTGGTGACGGAACCGGCATCGGACGAAGCGGAGATGCCGACGACAAGGCCACTCATCACTCGGTTCTTCGCAAATTCAAGGAGTTCATTCGTGGATTTGAAGCCGACAAGAATGTTTTCCCTTACAGAGAGAGCCTTCTCCACAATCCCAAGTATCTTCGCGTTGATATGGAAGACGTTAACGCTTTTGATTCCGATCTTCCGGCGAAGCTTCGATCTTCTCCTGCCGATTTCTTGCCCTTGTTTGAGACTGCTGCAGGGGAGGTTTTAATGAATCTAAAGACGAAGGTGGCTGGTGAGACTGGAGAAATGGTGGAGCCCGTGCCTGGGGATGTTCAAATTCTGCTTACGTCGAAGGAGGATCCGGTCTCGATGCGGTCCCTTGGGGCACAGTACATTTCAAAACTTGTTAAAATATCTGGAATCACAATAGCTGCGTCAAGGACCAAGGCAAAGGCAACATATGTGACCTTAATTTGTAAAAACTGTAGAAGTACAACACGAGTTCCTTGTCGGCCAGGACTTGGAGGGGCAATTGTACCTCGATCATGTAATCATATTCCTCAGGCGGGAGAAGAACCATGCCCACTGGATCCCTGGATCGTGGTTCCTGACAAAAGTATGTATGTTGATCAACAGACTCTAAAACTGCAGGAAAACCCAGAGGATGTCCCAACTGGGGAACTTCCTAGGAACATGCTTCTATCAGTAGATCGCCATCTTGTTCAAACAATTGTCCCAGGCACTAGATTGACCATCATGGGGATATACAGTATCTACCAAGCTGCCAATTCTTCTGCATCACACAAAGGAGCAGTTGCAATCAGACAGCCTTATATCAGGGTTGTAGGCATTGAAGAATGTAATGAAACTAATTCTCGGGGCCCTGCATCCTTCACAACAGAAGATATAGAAGAGTTCAAAAAATTTGCAGCAGAGCCTGATGTCTATAAAAGCATATGTTCAAAGATTGCCCCCTCTATATTTGGTCACGATGATGTGAAAAAGGCCGTGGCTTGTCTTCTTTTTGGAGGATCCAGGAAGAATTTGCCAGATGGGGTTAAGTTAAGAGGTGACATTAATGTATTACTCTTGGGGGACCCCTCTACAGCTAAATCCCAGTTTCTCAAGTTTGTTGAGAAGACAGCTCCGGTTGCTGTTTATACTTCTGGAAAAGGTTCATCAGCTGCTGGTCTTACAGCTTCAGTGATTCGAGATAGTAGCTCTCGAGAGTTTTATCTTGAAGGAGGTGCAATGGTTTTGGCTGATGGAGGTGTTGTCTGCATTGATGAGTTTGACAAAATGAGATCAGAGGATAGAGTTGCTATTCATGAAGCCATGGAACAACAGACAATATCAATTGCCAAAGCAGGAATAACAACGGTTCTTAATTCCAGAACCTCAGTGCTTGCCGCTGCTAATCCTCCATCAGGACGTTATGATGATCTTAAGACAGCACAGGATAACATTGATTTGCAGACAACAATTCTCTCTAGATTTGATTTAATTTTCATCGTTAAAGATATAAGGATGTACAGTCAAGATAAGGTAACTATAAAGCATGCTCTTCTATTTCAACTCAAAATGCCCTTTTCCACTTTCGTGCATGGACTTGGGCTTGCCTCTTTTTGCTTGAGTTTTATTATTATAGCAAGCCACATAATAAAAGTTCACGCATCTGCTGATGCAACCTTGGGTGAAAATAGAGCTTCTAAAGAAGAGAATTGGCTAAAGAGGTATATTCAATATTGTCGAACTCAATGTTATCCCCGTTTGTCAGAATCGGCATCTATAATGCTGCAGAATAACTATGTTAAAATCAGACAGGACATGAGACAACAAGCAAACGAAACAGGGGAGGCTGCTGCAATTCCGATTACAGTAAGGCAGCTGGAAGCTATTGTAAGATTAAGCGAGGCACTTGCAAAAATGAAGTTGTCCCATGTTGCCACTGAGGAAAATGTGCAGGAAGCTATTAGACTTTTTACTGTAGCCACGATGGACGCAGCACGCTCTGGGATTCATCAGCAAGTAAATCTGACTCCTGAAATTGCTAATGAAATAAAGGTTGGTCTAATACACAACCACAACACTGGTTTTCATTTCCTCCAAGCAGAAACACAGATAAAGAGAAGAATAGGAATTGGCAACCACATTTCTGAGAGAAGGCTGATTGACGAGCTCACCAAAATGGGGATGAACGAGTCAATTGTGAGAAGAGCTCTGATTATTATGCACCAGAGAGATGAAGTTGAATATAAAAGAGAAAGGCGTAGTTCAAACATACGGGGTGATGAGATATTATTAAACCAGAAGAAGACCACAGTCATGATAGCCATGTACGTTCCGAGAACAACACCGGTGGCGAAAATTTCGTTTAGCTTCCATGAATCAGGCATAGGAGATGGCTTCACTCTATCCTTGGAGATGGTCATGATGGTTCCATCATTCAAGATGGCAATGATCAAGACCATGAAAGGTGAGAAGTCAAACTTCCAGATTAGAGCTACAAGCAAGAAACCCAACACGATTCGAATTATGGCTCTACTTGTTAGAACTGCACTCACGATTACACTGAGACCTGGTTCCGTTAAAACAATGTCTGATGCACTCCTTGCTGCATCTGTTGCATCAGCTACAGCAATTCCGATATCGGCCTTCTTGAGTGCAGGGGCATCGTTGACACCGTCACCAAAAGTTATTACCAGGGAATACACCAGCAAATCCATCTGCCTTCTCAATAAGTTCATCTACAGGAATGCTAGCAATGGATTCATCCTTGCTTTGACCAAGAGCACCCTTGCTACTTCTATGCCAGTTTCCATTACTATCAATGTAAGTGATAGCAGTGCGCTTCTCAACAGGATTGAA 6180 41.55 MQFIETRTCFFSGFLFSPVQMGVLRCLCFNLLVFLLLCVAASSTDRYSEALLSLKSEFVDDFGSLSDWIVGSGENPFGKIHGCSWSGIKCDKNSTIVIGIDLSMKKLDGAISGEQFHVFKELVDLNLSHNYLSGKLPVGIFNLSNLRSLDISRNNFSGHFPLGISGLQNLVILDAFSNSFSGSLPVDLPELENLKFLNFAGSYFKGPIPSEYGSFKKLEFIHLAGNFLSGNLPPELGKLKTVTHMEIGYNSFQGNLPWELGNMSNLQYLDIASGNLSGSIPKELGNLTKLESLFLFRNQLSGFLPKELSKITSLVNLDLSDNHISGPIPESFSELKNLRLLSVMYNEMTGSVPKGIGELPSLETLLIWSNQFSGSLPNNLGSNKKLKWVDVSTNNFVGVIPPNICQGDLLFKLILFSNQFSGGLSPSLSNCSSLVRLRLEDNMFSGDIALKFSDLPDISYIDLSRNNFSGGFPLDISKASNLQYLNISHNPQLGGVFPAETWTLPFLQNFSASDCGIRGNLPKFQLCKSISTIELNNNKLSGKVPESIASCQALVRMDLSYNNLSGHIPEELAHLPSISILDLSHNGFNGSIPDKFRDSSSLLLLNVSSNDISGSIPEKEAFRSMGSSAFAGNPKLCGAPLRSCSGSLAMLGGKGMGKLILILILCAGLAIITTISIVWIFFVRRGSKGKWKMVSFTGLPPFTANDILRSFDSTESKEAILPLSASIFKAVLPTGITVSIKKIDWEAKRMKTISEFITQLGGLRHKNLVRLLGFCHNKQMVYLLYDYLPNGNLAEKISMKREWPIKLKLIIGIARGIHFLHHDCYPAIPHGDLKPSNIIFDENMEPHLAEFGLRFLQQLNEDPLQLPSTTNGEDKFNNATEEELWMDVHSFGEIILEIISNGRLTTAGSSTQNKARDLLLREIYKENGITSPNSSQEEIKQVLDLALLCTRSRPSNRPSMDDILKLLSEMKPETLKEEAVCTFGFNIIFTPKEERKSIDCKIVKEISKGENDQNHARRYARALQAQITHFPAKYLLPAKNTFSHKPSPPSLSTEQKTSKLREREREKERTKGFKCFLRKNPNLHAEMSGWDEGGIYYSDQAQSLGDGTGIGRSGDADDKATHHSVLRKFKEFIRGFEADKNVFPYRESLLHNPKYLRVDMEDVNAFDSDLPAKLRSSPADFLPLFETAAGEVLMNLKTKVAGETGEMVEPVPGDVQILLTSKEDPVSMRSLGAQYISKLVKISGITIAASRTKAKATYVTLICKNCRSTTRVPCRPGLGGAIVPRSCNHIPQAGEEPCPLDPWIVVPDKSMYVDQQTLKLQENPEDVPTGELPRNMLLSVDRHLVQTIVPGTRLTIMGIYSIYQAANSSASHKGAVAIRQPYIRVVGIEECNETNSRGPASFTTEDIEEFKKFAAEPDVYKSICSKIAPSIFGHDDVKKAVACLLFGGSRKNLPDGVKLRGDINVLLLGDPSTAKSQFLKFVEKTAPVAVYTSGKGSSAAGLTASVIRDSSSREFYLEGGAMVLADGGVVCIDEFDKMRSEDRVAIHEAMEQQTISIAKAGITTVLNSRTSVLAAANPPSGRYDDLKTAQDNIDLQTTILSRFDLIFIVKDIRMYSQDKVTIKHALLFQLKMPFSTFVHGLGLASFCLSFIIIASHIIKVHASADATLGENRASKEENWLKRYIQYCRTQCYPRLSESASIMLQNNYVKIRQDMRQQANETGEAAAIPITVRQLEAIVRLSEALAKMKLSHVATEENVQEAIRLFTVATMDAARSGIHQQVNLTPEIANEIKVGLIHNHNTGFHFLQAETQIKRRIGIGNHISERRLIDELTKMGMNESIVRRALIIMHQRDEVEYKRERRSSNIRGDEILLNQKKTTVMIAMYVPRTTPVAKISFSFHESGIGDGFTLSLEMVMMVPSFKMAMIKTMKGEKSNFQIRATSKKPNTIRIMALLVRTALTITLRPGSVKTMSDALLAASVASATAIPISAFLSAGASLTPSPKVITREYTSKSICLLNKFIYRNASNGFILALTKSTLATSMPVSITINVSDSSALLNRIE 2060
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
11 3882467 3897146 - Lsi11G003780.1 Lsi11g00378 673545
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Lsi11g00378 2060 Gene3D Transferase(Phosphotransferase) domain 1 788 983 - -
Lsi11g00378 2060 Gene3D Ribonuclease Inhibitor 44 331 IPR032675 -
Lsi11g00378 2060 PRINTS Mini-chromosome maintenance (MCM) protein 5 signature 1763 1780 IPR008048 GO:0003688|GO:0005524|GO:0005634|GO:0006270|GO:0042555
Lsi11g00378 2060 PRINTS Mini-chromosome maintenance (MCM) protein 5 signature 1379 1391 IPR008048 GO:0003688|GO:0005524|GO:0005634|GO:0006270|GO:0042555
Lsi11g00378 2060 PRINTS Mini-chromosome maintenance (MCM) protein 5 signature 1687 1702 IPR008048 GO:0003688|GO:0005524|GO:0005634|GO:0006270|GO:0042555
Lsi11g00378 2060 PRINTS Mini-chromosome maintenance (MCM) protein 5 signature 1229 1244 IPR008048 GO:0003688|GO:0005524|GO:0005634|GO:0006270|GO:0042555
Lsi11g00378 2060 PRINTS Mini-chromosome maintenance (MCM) protein 5 signature 1255 1267 IPR008048 GO:0003688|GO:0005524|GO:0005634|GO:0006270|GO:0042555
Lsi11g00378 2060 PRINTS Mini-chromosome maintenance (MCM) protein family signature 1520 1534 IPR001208 GO:0003677|GO:0005524|GO:0032508
Lsi11g00378 2060 PRINTS Mini-chromosome maintenance (MCM) protein family signature 1572 1584 IPR001208 GO:0003677|GO:0005524|GO:0032508
Lsi11g00378 2060 PRINTS Mini-chromosome maintenance (MCM) protein family signature 1599 1607 IPR001208 GO:0003677|GO:0005524|GO:0032508
Lsi11g00378 2060 PRINTS Mini-chromosome maintenance (MCM) protein family signature 1548 1561 IPR001208 GO:0003677|GO:0005524|GO:0032508
Lsi11g00378 2060 PRINTS Mini-chromosome maintenance (MCM) protein family signature 1460 1475 IPR001208 GO:0003677|GO:0005524|GO:0032508
Lsi11g00378 2060 Gene3D - 1400 1786 IPR027417 -
Lsi11g00378 2060 Pfam Leucine rich repeat 530 587 IPR001611 GO:0005515
Lsi11g00378 2060 Pfam Leucine rich repeat 313 371 IPR001611 GO:0005515
Lsi11g00378 2060 CDD MCM5 1423 1767 - -
Lsi11g00378 2060 Gene3D - 1117 1208 - -
Lsi11g00378 2060 ProSiteProfiles MCM family domain profile. 1419 1625 IPR001208 GO:0003677|GO:0005524|GO:0032508
Lsi11g00378 2060 Pfam MCM N-terminal domain 1127 1198 IPR027925 -
Lsi11g00378 2060 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 1429 1766 IPR027417 -
Lsi11g00378 2060 PANTHER UNNAMED PRODUCT 22 973 - -
Lsi11g00378 2060 Gene3D - 1255 1313 - -
Lsi11g00378 2060 Pfam Protein kinase domain 725 965 IPR000719 GO:0004672|GO:0005524|GO:0006468
Lsi11g00378 2060 Pfam MCM AAA-lid domain 1679 1767 IPR041562 -
Lsi11g00378 2060 ProSitePatterns MCM family signature. 1528 1536 IPR018525 GO:0003677|GO:0005524|GO:0006260
Lsi11g00378 2060 SUPERFAMILY Protein kinase-like (PK-like) 725 967 IPR011009 -
Lsi11g00378 2060 SMART mcm 1224 1770 IPR031327 GO:0003677|GO:0005524|GO:0032508
Lsi11g00378 2060 SMART LRR_typ_2 311 334 IPR003591 -
Lsi11g00378 2060 SMART LRR_typ_2 143 167 IPR003591 -
Lsi11g00378 2060 SMART LRR_typ_2 359 383 IPR003591 -
Lsi11g00378 2060 SMART LRR_typ_2 575 598 IPR003591 -
Lsi11g00378 2060 SMART LRR_typ_2 287 310 IPR003591 -
Lsi11g00378 2060 ProSiteProfiles Protein kinase domain profile. 691 975 IPR000719 GO:0004672|GO:0005524|GO:0006468
Lsi11g00378 2060 SUPERFAMILY L domain-like 330 644 - -
Lsi11g00378 2060 ProSitePatterns Serine/Threonine protein kinases active-site signature. 828 840 IPR008271 GO:0004672|GO:0006468
Lsi11g00378 2060 SUPERFAMILY Nucleic acid-binding proteins 1128 1385 IPR012340 -
Lsi11g00378 2060 SUPERFAMILY L domain-like 79 401 - -
Lsi11g00378 2060 Gene3D Ribonuclease Inhibitor 332 649 IPR032675 -
Lsi11g00378 2060 Gene3D Phosphorylase Kinase; domain 1 711 787 - -
Lsi11g00378 2060 Pfam MCM OB domain 1228 1363 IPR033762 -
Lsi11g00378 2060 PANTHER LEUCINE-RICH REPEAT RECEPTOR-LIKE PROTEIN KINASE 22 973 - -
Lsi11g00378 2060 MobiDBLite consensus disorder prediction 1039 1068 - -
Lsi11g00378 2060 Pfam Leucine rich repeat N-terminal domain 49 91 IPR013210 -
Lsi11g00378 2060 Pfam MCM P-loop domain 1406 1625 IPR001208 GO:0003677|GO:0005524|GO:0032508
Lsi11g00378 2060 Gene3D - 1228 1363 IPR012340 -
Lsi11g00378 2060 SMART serkin_6 717 971 IPR000719 GO:0004672|GO:0005524|GO:0006468
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Lsi03g01268 Lsi-Chr3:23425369 Lsi11g00378 Lsi-Chr11:3882467 2.00E-97 dispersed
Lsi03g02054 Lsi-Chr3:31863226 Lsi11g00378 Lsi-Chr11:3882467 1.35E-06 dispersed
Lsi07g00100 Lsi-Chr7:1134112 Lsi11g00378 Lsi-Chr11:3882467 0 dispersed
Lsi11g00378 Lsi-Chr11:3882467 Lsi01g00847 Lsi-Chr1:6791970 4.25E-156 dispersed
Lsi11g01129 Lsi-Chr11:19722511 Lsi11g00378 Lsi-Chr11:3882467 4.18E-86 dispersed
Lsi11g00378 Lsi-Chr11:3882467 Lsi05g00800 Lsi-Chr5:11817984 1.05E-159 transposed
       

Transcription factors information

Select Gene Hmm_acc Hmm_name Score E-value Regulatory Factors Family
84021 PF07714 PK_Tyr_Ser-Thr 4.00E-20 CL0016 Lsi PK
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Lsi11g00378 - K02209 csv:101212061 1694.48