Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Bhi09g01472 CATATTATATAATAGAAAAAAAAACTAAACCCTAGCCTCCTTCCTTCCTCTGCAATTTCCTCTCTTTTCTGTTTCTCGCTCTCATATATACCGCAGCCGCACCTCAAGTCACCGGCGTTTATTCTTCTGCCGCTGCTGCTAGCCGGCAACCCCTCCATCGCCACTTTTCTTTCTTCTCTCTCTGCTTCAACTTCACGGCGTCACTCCAACCCTATCTCTCGGTCGCAGCCCCTCCATTTCTCTGTCGCTGGCCGCCGTGATCGAATCTTATTTCTTTTATTTGTTTCTTTTTGGATTAAACGACCTCCAATTAGGGCGAATATTAAATTGGGTCATTTTTTTAATTTGAATTCCTGCCCAATCGGACTTGCTTTAAACGGATTTTTAGAATTTCCAATCGGACTGAATTTCAATCGCCAGCTTTGTTATGTGATTTTGTACAAGCTCGACAAACCTCTCCCAGATTCCCAATCCGAACCCGTAGCTTCGCACAAATCTCTCTGTCTTCACTAGCTGACTTCTTTGTTTTCTCTCCGGATACGCTTCATCTCTTCTAAGATAGGATTTTTGGGGTGCTATTGCTGGTTGTTAAGGGTTTCAATTTGCCGATATTCCTATGGGTCGAAAGAAGCCTACCGCAAGGGATGATGACAGCGCCCCTGCGGCAGCCCATGGTGGTGGGAAGTCGAAGAAAAAGACATTTGCAGTAGACGACGATGAGTACTCCATTGGAACCGAGTTGTCTGAAGAAGCCCAAGTTCAGGAGGAGAAGGTCGTGATAACTGGGAAGAAGAAGGGTAAGAAGGGCAATTCAAAAGCTTCACAACTTAAAGAGGATGACGATGATGACGATGTGGATGGTGTTTCAGAAATTGTTATTACCGGGAAGAAGAAGGGAAAGACCAAGAAGGGTGGAAGTAGCAGTGCTTTTACTGCATCCAGTTTTGGTTTGCTTGAAGAGGAGGGAATGGATGGTGCTGATGAAGACGATGGATCTGTCTTGACTGCAGAAAAGGACGATGACGAAGAGGTAGATTCTGCGATCAAGTTTTCAGGTAAGAAGAAGTCGTCCAAGTCTTCAAAGAAGAGTGGTTTTTCTGCGGTGTCAGCATTCAGTGCCCTCGATGATGAGAAAGATGAGGATGTAAATGATAATGAGATCAGGGTTGATGAAGATATTGATGACGAGCCTGTTATTGCATTTACAGGTAAGAAGAAGTCATCAAAAGGTGGCAAGAAGGCCGGGAGTGCATTTACAGCTTTTAGTGGTCTTGACTATGAGGACGAGGACAGAGATGATGATAAAGATGAGGATGAAGATGTTGCATCCATTAGTTTCTCTGGTAAGAAAAAGAAGTCAGCTAAGGCTTCAAAGAAGAGTGGAAATTCGTTTAGTGCAGCATTAGCAGATGAGGAGAATGATGGTGGTGTTTCTATTTCAGAGCCAAATAAATTAGACAATGATGGTGAAGACGATGTCAATGTTATTGCATTTTCTGGTAAGAAAAAGTCCTCTAAGAAGAAAAGCAGCAGTACTTTTACTGCATTAAGTGATGAAAATGCGCAGGGCAATGAAGTTAAAGATGTAGTCGTACCTGAAATACTTAATACAGTAAGTAGCAATCTTGATTCTGATTTATCTAATGCTTCCAAGATGGAAGGGGTGGTGGAAACTTCAAAAAATAAAAAGAAAAAGAAGAAGAGCGGAAGGACTGCTCAAGAAGAAGATGATTTGGATAAGATTCTTGCTGAGCTAGGTGAAGGGCCTACCATATCAAAACCAGCAGACCCTCCTCTTTCTTCTCAGGAGGCCAAAGTTGAGAATCCACCTGAGCTTGTAGCTCCTCCTGAAAAGGAAGCTGAAGAAGAGAGCACAGAATCGGCTGCAGCAAGGAAGAAGAAAAAGAAGAAGGAGAAGGAAAAAGAAAAAAAGGCTGCTGCTGCTGCTGCAGCTGCTGAAGGGAACGATGAAAAAATTGAGGAGGTAAATACTGAAATTATAGAACCCAAAAAAGGTGCTGCAAAGAGTAAAGTGCCAGAGAAGAAAGTGCCAAAGCATGTTAGGGAGATGCAGGAAGCAATGGCTAGAAGGAAAGAAGAAGAAGAGCGTAGGAAAAGGGAGGAGGAAGAGAGATTGAGAAAGGAAGAAGAAGAGAGACTTAGGCTAGAAGAACTTGAAAGGCAAGCTGAGGAGGCTAAGCGTAGGAAAAAGGAAAGAGAAAAAGAGAAGCTTTTAAGAAAGAAACAGGAAGGCAAACTGTTAACAGGTAAACAAAAGGAAGAACAACGGAGGTTGGAGGCAATGAGGAACCAGATATTGTCAAGTGCGGGAGGTTTACCTCTTTCTACATCTGACCCTAGTGCACCAGCTAAACGGCCAAAATACCAGACAAAGAAGGCAAAACCAGCTCATCATCAGCCAAATGGCAATGCACAAACTAAGGCCGTGGGACATGTAGAAGAAAAAATACAAGAAAAAGATGTGGCAGAGACAGAAATATTGGAGTCAGAGAAGGTTGAAGCTGTTGAGTTGATGCATGTGGAGGAAAAATCAGATGTTATTGAGGCTACAGAAGATAATGAAATTCAAGAAGACGAGGATGAGGATGAATGGGATGCAAAGAGTTGGGATGATGCTGTTGTTGATCTTTCCTTAAAAAGTTCCTTTGCTGATGAGGAGCTTGAATCAGAACCTGAGAATGACATGAAAAAAGATAGAAAGAATGGCACAGGCGCCAAGCTAGCTGCCCCTGTTCAAAAAGGTTTACCTTCTCAGCCTGTAAAGTCTCAAGATATTGATAACAAAAAGAAGCAGCATGAGGTTGAGGTTGCGGACAAGGGAAAGGGAAAAGATGATGCTGTTAAGAAAAAAGCTTCAATTCCAGATGCTACTCCTGTACAACAGGAAGAAAATCTTCGCTCACCCATCTGTTGTATTATGGGTCATGTAGATACCGGTAAAACCAAGCTACTGGACTGTATCCGTGGTACAAATGTTCAAGAGGGAGAGGCGGGAGGAATTACTCAGCAGATTGGGGCAACATATTTTCCTGCTGAGAACATTCGGGAAAGAACTAGGGAATTGAAAGCTGATGCAAAGCTGAAGGTTCCTGGCCTACTTATTATTGATACCCCTGGGCACGAGTCGTTCACAAATTTACGTTCTCGTGGTTCGGGCTTATGTGATCTTGCAATTTTGGTTGTTGACATCATGCATGGCCTAGAGCCACAAACAATAGAATCTCTTAACCTCTTGAGGATGAGAAACACAGAATTTATTGTTGCTCTGAATAAGGTTGACAGACTTTATGGGTGGAAAACAATCCGTAATGCGCCAATACTCAAAACAATGAAGCAGCAGTCCAAGGATGTGCAGAATGAGTTCAATATGAGGCTTATTCAGATTATTACTCAATTTAAGGAGCAGGGATTGAATACGGAGCTGTATTATAAAAATAAAGAAATGGGGGAGACTTTCAGTATAGTACCTACTAGTGCTGTTACTGGTGAAGGTATTCCAGACATGTTACTGTTATTGGTGCAGTGGGCCCAGAAAACTATGACGAAGAAACTTACATATAGTGATGAAGTGCAGTGTACGGTCTTGGAGGTCAAGGTTGTTGAAGGCCATGGAACAACTATTGATGTCATATTGGTTAATGGTGTGCTGCATGAAGGAGATCAAATCGTTGTTTGTGGGATGCAGGGCCCAATTGTTACTACTATTCGAGCCCTATTGACGCCCCATCCAATGAAGGAACTCCGGGTGAAGGGAACATATCTGCATCATAAGGAAATCAAGGCTGCTCAGGGAATAAAAATAACTGGACAGGGTCTTGAGCATGCCATTGCTGGAACCAGTCTTCATGTGGTAGGTCCTGAGGATGACTTGGAAGACATCAAGGATTCGGCTATGGAAGATATGAAGTCAGTCTTGAGCAGGATAGACAAGACTGGTGAGGGAGTCTGTGTTCAAGCATCCACACTTGGTTCCTTGGAAGCATTATTGGAGTTTTTGAAGTCCCCGGCAGTGAGCATTCCTGTTAGTGGAATAAGTATAGGACCCGTTCATAAAAAAGATGTCATGAAAGCTAGTGTAATGCTTGAGAAGAAAAAAGAATATGCCACAATTTTGGCTTTCGATGTTAAAGTAACCCCAGAAGCTCGAGAACTTGCTGATGAGCTTGGTGTGAAGATTTTTATTGCTGATATCATTTATCACTTGTTCGACCAATTCAAGGCCTATATTGATAATCTTAAGGAGGAAAAGAAGAAAGAAGCTGCTGAGGAAGCAGTCTTTCCTTGTGTTCTCAAAATTCTACCAAATTGCATTTTCAACAAGAAGGATCCAATTGTGTTGGGGGTCGATGTGATTGAAGGCATTGCCAAGGTTGGCACACCAATTTGTATTCCTCAAAGAGAATTTATTGACATTGGTCGCATTGCTTCCATTGAAAATAATCACAAACCTGTTGATTATGCAAAGAAAGGGCAGAAGATTGCCATTAAGATAGTTGGGCACTCTTCGGAGGAGCAACAAAAGATGTATGGTAGACATTTTGATTTGGAGGATGAACTTGTCAGCCATATATCAAGGAAGTCCATTGACCTTCTCAAAGCCAATTATCGGGATGATTTGTCCACGGATGAGTGGAGACTTGTCGTGAAATTGAAGAATCTTTTCAAGATACAATGAAATCAACACCATCAACTTGAGCGGTTTAAGACATTTCAAACAGCTGGTTCGGATCCGGGTTAATATGTTGAAGATACAGCGGAAACGCGGAGGGAAGAAGGTTGTTCCTTGAAAAAGACACCAGTGCCGAGTTTATGGAAGGGTGATTGTTGGATTCAGCTAGGTGAGAAGGTATGCGGAATGGAATAACACCACTATATTTTCTTGCACGAGAAAGCCACCGTGTTCTCTTCTTATGGAATCATTGAATACCTAAGTTTTGTTGTGATTATCTATAGAGATTTTTTTTGTATGAAATAAGTGATTGCGAGATTGTCAACTTGAGGGGGTTGATCAAGATCTGTAATTATATGTTATGACATTCTTCGCTAATTAAAATTTTTTAGAGAAATTCGTTTCTGGCTA 5101 42.01 MGRKKPTARDDDSAPAAAHGGGKSKKKTFAVDDDEYSIGTELSEEAQVQEEKVVITGKKKGKKGNSKASQLKEDDDDDDVDGVSEIVITGKKKGKTKKGGSSSAFTASSFGLLEEEGMDGADEDDGSVLTAEKDDDEEVDSAIKFSGKKKSSKSSKKSGFSAVSAFSALDDEKDEDVNDNEIRVDEDIDDEPVIAFTGKKKSSKGGKKAGSAFTAFSGLDYEDEDRDDDKDEDEDVASISFSGKKKKSAKASKKSGNSFSAALADEENDGGVSISEPNKLDNDGEDDVNVIAFSGKKKSSKKKSSSTFTALSDENAQGNEVKDVVVPEILNTVSSNLDSDLSNASKMEGVVETSKNKKKKKKSGRTAQEEDDLDKILAELGEGPTISKPADPPLSSQEAKVENPPELVAPPEKEAEEESTESAAARKKKKKKEKEKEKKAAAAAAAAEGNDEKIEEVNTEIIEPKKGAAKSKVPEKKVPKHVREMQEAMARRKEEEERRKREEEERLRKEEEERLRLEELERQAEEAKRRKKEREKEKLLRKKQEGKLLTGKQKEEQRRLEAMRNQILSSAGGLPLSTSDPSAPAKRPKYQTKKAKPAHHQPNGNAQTKAVGHVEEKIQEKDVAETEILESEKVEAVELMHVEEKSDVIEATEDNEIQEDEDEDEWDAKSWDDAVVDLSLKSSFADEELESEPENDMKKDRKNGTGAKLAAPVQKGLPSQPVKSQDIDNKKKQHEVEVADKGKGKDDAVKKKASIPDATPVQQEENLRSPICCIMGHVDTGKTKLLDCIRGTNVQEGEAGGITQQIGATYFPAENIRERTRELKADAKLKVPGLLIIDTPGHESFTNLRSRGSGLCDLAILVVDIMHGLEPQTIESLNLLRMRNTEFIVALNKVDRLYGWKTIRNAPILKTMKQQSKDVQNEFNMRLIQIITQFKEQGLNTELYYKNKEMGETFSIVPTSAVTGEGIPDMLLLLVQWAQKTMTKKLTYSDEVQCTVLEVKVVEGHGTTIDVILVNGVLHEGDQIVVCGMQGPIVTTIRALLTPHPMKELRVKGTYLHHKEIKAAQGIKITGQGLEHAIAGTSLHVVGPEDDLEDIKDSAMEDMKSVLSRIDKTGEGVCVQASTLGSLEALLEFLKSPAVSIPVSGISIGPVHKKDVMKASVMLEKKKEYATILAFDVKVTPEARELADELGVKIFIADIIYHLFDQFKAYIDNLKEEKKKEAAEEAVFPCVLKILPNCIFNKKDPIVLGVDVIEGIAKVGTPICIPQREFIDIGRIASIENNHKPVDYAKKGQKIAIKIVGHSSEEQQKMYGRHFDLEDELVSHISRKSIDLLKANYRDDLSTDEWRLVVKLKNLFKIQ 1359
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
9 37698464 37711327 + XM_039042068.1 Bhi09g01472 44089
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Bhi09g01472 1359 PRINTS GTP-binding elongation factor signature 771 784 IPR000795 GO:0003924|GO:0005525
Bhi09g01472 1359 PRINTS GTP-binding elongation factor signature 835 845 IPR000795 GO:0003924|GO:0005525
Bhi09g01472 1359 PRINTS GTP-binding elongation factor signature 851 862 IPR000795 GO:0003924|GO:0005525
Bhi09g01472 1359 PRINTS GTP-binding elongation factor signature 887 896 IPR000795 GO:0003924|GO:0005525
Bhi09g01472 1359 PANTHER PHOTOSYSTEM II PROTEIN D1 1 1359 - -
Bhi09g01472 1359 Pfam Translation-initiation factor 2 1096 1208 IPR023115 -
Bhi09g01472 1359 MobiDBLite consensus disorder prediction 172 188 - -
Bhi09g01472 1359 MobiDBLite consensus disorder prediction 335 350 - -
Bhi09g01472 1359 ProSiteProfiles Translational (tr)-type guanine nucleotide-binding (G) domain profile. 767 983 IPR000795 GO:0003924|GO:0005525
Bhi09g01472 1359 PANTHER TRANSLATION INITIATION FACTOR IF-2-RELATED 1 1359 IPR015760 -
Bhi09g01472 1359 CDD aeIF5B_II 991 1101 - -
Bhi09g01472 1359 CDD IF2_aeIF5B_IV 1230 1325 - -
Bhi09g01472 1359 TIGRFAM small_GTP: small GTP-binding protein domain 772 897 IPR005225 GO:0005525
Bhi09g01472 1359 Gene3D - 761 989 IPR027417 -
Bhi09g01472 1359 Coils Coil 478 545 - -
Bhi09g01472 1359 MobiDBLite consensus disorder prediction 641 669 - -
Bhi09g01472 1359 SUPERFAMILY Initiation factor IF2/eIF5b, domain 3 1092 1221 IPR036925 -
Bhi09g01472 1359 Coils Coil 415 444 - -
Bhi09g01472 1359 MobiDBLite consensus disorder prediction 335 612 - -
Bhi09g01472 1359 MobiDBLite consensus disorder prediction 682 753 - -
Bhi09g01472 1359 MobiDBLite consensus disorder prediction 653 669 - -
Bhi09g01472 1359 MobiDBLite consensus disorder prediction 116 136 - -
Bhi09g01472 1359 MobiDBLite consensus disorder prediction 407 428 - -
Bhi09g01472 1359 MobiDBLite consensus disorder prediction 221 235 - -
Bhi09g01472 1359 Gene3D Translation factors 990 1108 - -
Bhi09g01472 1359 Gene3D - 1109 1215 IPR036925 -
Bhi09g01472 1359 MobiDBLite consensus disorder prediction 1 322 - -
Bhi09g01472 1359 CDD IF2_eIF5B 770 980 - -
Bhi09g01472 1359 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 767 1058 IPR027417 -
Bhi09g01472 1359 Coils Coil 1204 1224 - -
Bhi09g01472 1359 SUPERFAMILY Translation proteins 1226 1358 IPR009000 -
Bhi09g01472 1359 MobiDBLite consensus disorder prediction 363 378 - -
Bhi09g01472 1359 Gene3D Translation factors 1222 1359 - -
Bhi09g01472 1359 MobiDBLite consensus disorder prediction 683 705 - -
Bhi09g01472 1359 MobiDBLite consensus disorder prediction 725 753 - -
Bhi09g01472 1359 Pfam Elongation factor Tu GTP binding domain 771 979 IPR000795 GO:0003924|GO:0005525
Bhi09g01472 1359 Pfam Elongation factor Tu domain 2 1006 1083 IPR004161 GO:0005525
Bhi09g01472 1359 MobiDBLite consensus disorder prediction 449 562 - -
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Bhi09g01472 Bhi-Chr9:37698464 Bhi09g02812 Bhi-Chr9:74757060 1.77E-28 dispersed
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Bhi09g01472 K03243 - csv:101204360 2047.32