Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Ahy8g1566 ATGCGAACTACTCTTGTAGTTTTCCTTGTTTCATTGCTGCAATGCACTTCTCAAGTGGTTGTAGCAAAAGATATTATGGAGTCTGGCCAAAACATAACTTCAGAATCTTCATCAAGCTTTCTTGTTTCAGCTGGACAGAGATTTGTACTAGGCTTCTTTCCTCGTCCCGAAAACACATCAGAAAGTTACCTGGGGATATGGTACAACACTAATCAAATACAATACCCTGGAAAACAAACAGTGGTATGGGTTGCCAACAGAGACATTCCTGTTGTGAGTTCCAATGTTGGAGTCTTTCATATTGCAGATGATGGAAACCTTGTACTAGAAGATGCATCGAGTAAACGACGCTATTGGTCCACATCAATAAGCTCTGCATCCACGGCGACGAACAAAACAAGGAGAGTGCAGCTAATGGATTCTGGGAATCTGGTATTGTTCCATGAAGAAGAAGATGGAGATTACATATGGCAAAGCTTCCAACACCCCACAGACACGTTTCTTCCGGGAATGCAGATGGACATGGATGGCATGGAATTAAGGAGTGGAAACTTCACCTTCAAGATGGTTCGGAAGAAGCGTTATGTCATCTACTTGAATGATCAACAACTCTATTGGGAAAATGATGGACTCAATTCAGATGCACTGAGCCCTGACAAACTCGAATATTTAACTAACTGGACAGACATCGATATCCCTACGTCTTCACGTACGAAAGGTGTGAATCGGACGATGAAACTTTCAGCCACTATGAACATATCCAGCACTGGGACCTGGGAAGCCTTGTATAAGAAATACATGAACACAAGAATTGTGATGAATTCTTCAGGGGAGATACAGTATCTGAAGTGGGAAGAGGAAGACTCTACAGGTGCAGGATGGACGATGTTATGGAGGCAGCCATCGGACAAGTGCCATATATATAATTTTTGCGGCAACTTTAGTAGCTGCGACATTGCAGATGATTCGAGGATCTGCAAATGTTTACCAGGGTTTAAGGAGAATCAGATTCAGAGCCATGAGGGAGGGTCCAGATTCCCAGGATGTAACAGAAGTACACTATCACTGTATGACAGCAGAGGCATGATGTTCATTAACTTGACCATGGTGAGAGTGACCGCACCAGACCTCAAATCCCTCGCAGAAAGCGAAGATGAATGCCGGATTTCGTGCCTTAACATGTATCTTCCCCGGTGCCAAGCTTATTCGTATAATGGCTCTGTTTCAGATTATGATCGTCTTCCTCTCACATGTGGAATTTGGACACAGGATTTAACTACTCTTCAAGTGGTCCAAGATGATGGTGCTGCTACTGCTTCTCTTTCTGTTCTGGTCAACCGTTCAGATATAGCACCAAAGGCAAAATCATGTGAGCCTTGTGGTATATACGTAATTCCTTATCCCCTAAGCACTGGACCAAGCTGTGGGGATGCCACCTACAACAAGTTCATCTGCAACAACTCAACAGGGCAGCTTAACTTCACAATCTCCGGTGGAGAATCGTACCGAGTTACTTGGGTAGACCAAAATACCAGAAGGTTTTACATTCAAACCAGCAATTCTTATCGCTGTGATTCCAGCAGTCAAAATAGAGTCCCTGATCCTCCCTTTAATGTCACCAACTGGTGCTACGGAGCAGATGAAATTGAGGTCAGTTGGGATCCAGCGCCAGAACCCCCCTGTAATCACCTCGCAGACTGCAATGATTGGCCTCATTCAACATGCCGACACAAATTTCATCCAGGGGAAAAGAGGTGCTTTTGCCATTCAAAATATCACTGGGATGCCTCAACTCTTACTTGTACTCAAGGAGAGGAATCAAAAAACCACAAATTGCTATTGGTTGTAACTCTTACCGTCATGCTTTTGCTAGCATTTCCAGTGATATTTGCATATGTATGGAGAATCAAGACAAACCCCAAGATTGACAGGGCGAACATTCTAATACAGGAGAGCTTGCATGATAGTGAAAGACAAGTCAAAGGTTTGATAGGCTTGGGAGGTTTAGAAGACAAACACAGTGAAAGCATTGCAGTGCCTTTTTATACTTACAGAAGCATTGTAGCAGCTACTGATAATTTCTCTGAGTCAAACAAGCTTGGAAGAGGAGGTTATGGACCAGTCTACAAGGGAAGGTTTCCCGGAGGCCAAGATATTGCTGTAAAAAGGCTTTCAAGTGTTTCAACACAAGGCTTAGAGGAATTCAAAAATGAGATTGTTTTGATTGCCAAACTCCAACATCGGAACCTTGTTAGACTCAGAGGCTATTGCATAAAGGGAGATGAGAAGATTTTACTTTATGAATACATGCCGAACAAGAGCTTGGACTCTTTCATCTTTGACCGTTCAAGAACTTTACTCCTTGAATGGCCAATGCGGTTTGACATAATCCTAGGCATTGCACGAGGATTGCTTTATCTTCACCAAGACTCTAGACTAAGAATAATTCATAGAGATCTAAAGTCTAGCAACATTCTTCTAGATGAGGATATGACTCCAAAGATTTCAGACTTCGGCCTTGCAAAAATATTTGGAGGGAAAGAGACCGAAGCAAGCACAGAGAGAGTTGTGGGAACCTACGGATATATGGCACCAGAATATGCTTTGGACGGGTATTTTTCAATCAAGTCCGATGTTTTCAGCTTTGGTGTAGTCTTATTAGAGATTCTCAGTGGAAAAAAGAACACAGGATTCTTTCAATTCAAACAAACTGCTACCCTTTTGGGATATGCATGGGGACTATGGACAGAGAATAGGCTTATGAATTTAATGGATACATCTTTCAGTGGAACTTGCAATGAGAATCAATTTACCAAGTGTGCACAAATTGCACTCTTGTGTGTGCAAGATGAACCAAGTGATCGACCAACCATGTCAACTGTTGTGACAATGCTTGATAGCGAAATTGCAACCATCCCTATTCCTACGCAACCAACATTTTATGCAATTAGAAGGACTACAAGCACTACTGCATCTTCTTCGAGCAGACCAGAAACAACCATGCAAATTGAGAGCAGTTATCAAGAAGGGTATTTTTTCAACCACCAGTTGAGTGCTGTTAGGTCTATAAACAAAGTAGTTTCCATGACAATCAATGAACAAAATGAAACGATGATAACTAACATGAGAACCCTCACTTTTCTTCTTCTACTCTTCCTTCTGTATGATTTTTTGCAGGCGCATTCTGCACAAGATACTCTAATCACCGGCCAAAGCATACCTAGAACTAGAAAAGTTCTTGCTTCAGCCGGTGAAAAATTCGTACTAGGCTTCTTCTCTCCTCTGGAAAACCCAGGTCAAAGTTACCTCGGAATATGGTACAACACCAACAGAACTTACCCAGGAAAAACAGTAATGGTTTGGGTTGCAAATAGAGACAATCCTGTTCTGGGTTCCAATGGTGGAGGAGTCTTCCAAATTGCACAAGATGGAAATCTTCTAGTCACAAATGAATCAGGGTCAACGTTCTGGTCTTCTAAACTTGATAAATCCAGTTCCAATAACAGAACAGTCAAGTTAACCGACTCTGGGAACTTAGTGTTGTTCCAGCATCATGATGATGATGGCAATGGAACAAGCTACATAATTTGGCAAAGCTTTCAATACCCAACAGACACGTTTCTTCCCGGAATGGAAATAGACAGAGCCATGGAACTTACTTCTTGGAGATACGACGGCGGTGGCGGTGGAAGAGAGAGCTTCTTCACCTTCAAGATGTCTCAAACAGGAAACAACCGTTTCAGAATCATGGATAGCCAAAACCAACTTCACTGGGAGAATGATGGACTCAATTCCAATGATTTGTCCCCTGATGTGCTTAACTACTTGACAAACTTCACCGATGCAGAAAATCGTCCATCCAAGTATGTCAACACAAACACTTCGAAATCGTTGTACTATTCATACCAAGACACAAGGATCGTGATGAACTCTACAGGAGAGTTACAATTTTGGAAGTGGGAAGAATCTGAATGGATCATGCAATGGAAACATCCTTCAAGCATGTGCAAGATACACAATTTCTGTGGTAACTTTAGCAGCTGCAACGTCGATGATTGGATGCCATGCAAGTGTTTGCCAGGGTTTAGGCTCGCTTCAGAGTATGAAACTCAGAGCTATGAAATGGGGATGAAATTCCCAGGATGTGTGAGAAAGTCAGAATCCCATGGCGACAACAGAGACATGGTGTTCCTCAATCTACCTAAGATAAGACTCGATGAGACAGATCAAAAGGAATATAACACAGAGACTGAAGAAGAATGCAAGTTTTTGTGCTTGAACATGTCTCATCCACAGTGCCAGGCTTATGCATACAACACTTCTAACGACTATCGTGTCGTTACTTCTTCTTCGTGTAGGATTTGGACAAATGATTTAGCTACTCTTCAAGTAGACCAAGAGGCTGGTGGTGATCTTGCTGTTCTTGTCAAGAGTTCAGATATAGGGCGAACAGTGGCATGTAATCCTTGCGGAATATATACAATTCCTTATCCGCTAAGTACAGGGCCAAACTGTGGAGACCCGGAATACTATAAGTTCAATTGCAGCTACTCAACAGGGCAGGTAAGTTTCATGATGCCCGGAGGACAATTGAAAAGAATTACTTGGATCGACGAAAATGCCAGAAAGTTTTACATCAAAACGGATGATACATATCATTGTGATTACATCTATCAAAATGACAAACCTGATCCTCCATTTTATGTGACTAACTGGTGCTTTAAAGAGGATCAAATAGAGATTAGTTGGCAACCGCCACTCCAACGGCCTTGTAATGAGCATAATGACTGCAGGGGTTTCCCTCATTCAACATGCATGCCAACAATTGAAGGGAAAAACAGGTGCCTTTGTGATCCAAAATATCAATGGAATTCCTCAATTTCAAATTGTATGCAAGATGAGAAATCAAGAAATCATTTGAGGGACCGAGTACATTTGATTCTCATAGTAACTCTTGCTGGTGTGATTTTTCTAGCAAGCACAATGGTATTTGGTTATGTGTGGAGAAAAAAAGTGATAGACAGGGAAAACATTCAAATTCAGGAGAGCTTGTATGACACTGAAAGGCATGTTAAAGGTTTAATTGGTTTGGGACGTTTAGAAGAAAAACACAGTAAAGGGATTGAAGTGCCATTTTACACTTTTGGAAGCATTGTAGCAGCTACTGATAATTTCTCAGATTCAAACAAGCTTGGAAAAGGAGGTTATGGACCAGTTTACAAGGCAAGGTTTCCCGGAGGTCAAGACATTGCAGTAAAAAGGCTTTCAAGTGTTTCTACTCAAGGGTTAGAGGAGTTCAAGAATGAGACTGTTTTAATTGCCAAACTCCAACATCGGAACCTTGTTAGACTCAGAGGCTACTGTGTAAAAGGGGATGAAAAAATCTTACTCTATGAATATATGCCAAACAAAAGTTTGGACTCATTTATATTTGATCGGACACGAACTCTGCTCCTGAACTGGCAAATGCGATTTGACATAATTTTGGGCATTGCACGAGGATTGCTATATCTTCACCAAGACTCTATACTAAGAGTAATTCATAGAGACCTAAAAACTAGCAACATTCTTTTAGACAAGGATATGACACCAAAGATTTCAGATTTTGGACTTGCAAAAATATTTGGAGGAAAAGAAACTGAAGCAAGCACAGAGAGAGTCATGGGAACATATGGATATATGGCACCAGAGTATGCTTTGGATGGATTTTTCTCAATCAAATCTGATGTTTTCAGTTTTGGTGTAGTCATATTAGAGATTCTAAGTGGAAAAAAGAACACAGGATTCTATCAATTCAAACAAACTGCTACCCTTTTGGGATATGCATGGGGATTATGGACAGAGAATAGGCTTACGGATTTAATGGATGCATCTTTCAGTGGAAATTGCGACGAGAATCAATTTATCAAGTGTTCACAAATTGCACTCTTGTGTGTGCAAGATGAACCAGGTGATCGACCAACCATGTCAAATGTTGTGACAATGCTTGATAGCGAGATTGCAACCATCCCTACTCCTACACAACCAACATTTTATGCAGTTAGAAGGACTAGGAGCACTACTCCTTTTTCTTCAAGCAAACCAGAGACAACTATGCAAGTTGAGAGCAGTTATCAAGAAGACATGGTGGATTAG 6135 0.4137 MRTTLVVFLVSLLQCTSQVVVAKDIMESGQNITSESSSSFLVSAGQRFVLGFFPRPENTSESYLGIWYNTNQIQYPGKQTVVWVANRDIPVVSSNVGVFHIADDGNLVLEDASSKRRYWSTSISSASTATNKTRRVQLMDSGNLVLFHEEEDGDYIWQSFQHPTDTFLPGMQMDMDGMELRSGNFTFKMVRKKRYVIYLNDQQLYWENDGLNSDALSPDKLEYLTNWTDIDIPTSSRTKGVNRTMKLSATMNISSTGTWEALYKKYMNTRIVMNSSGEIQYLKWEEEDSTGAGWTMLWRQPSDKCHIYNFCGNFSSCDIADDSRICKCLPGFKENQIQSHEGGSRFPGCNRSTLSLYDSRGMMFINLTMVRVTAPDLKSLAESEDECRISCLNMYLPRCQAYSYNGSVSDYDRLPLTCGIWTQDLTTLQVVQDDGAATASLSVLVNRSDIAPKAKSCEPCGIYVIPYPLSTGPSCGDATYNKFICNNSTGQLNFTISGGESYRVTWVDQNTRRFYIQTSNSYRCDSSSQNRVPDPPFNVTNWCYGADEIEVSWDPAPEPPCNHLADCNDWPHSTCRHKFHPGEKRCFCHSKYHWDASTLTCTQGEESKNHKLLLVVTLTVMLLLAFPVIFAYVWRIKTNPKIDRANILIQESLHDSERQVKGLIGLGGLEDKHSESIAVPFYTYRSIVAATDNFSESNKLGRGGYGPVYKGRFPGGQDIAVKRLSSVSTQGLEEFKNEIVLIAKLQHRNLVRLRGYCIKGDEKILLYEYMPNKSLDSFIFDRSRTLLLEWPMRFDIILGIARGLLYLHQDSRLRIIHRDLKSSNILLDEDMTPKISDFGLAKIFGGKETEASTERVVGTYGYMAPEYALDGYFSIKSDVFSFGVVLLEILSGKKNTGFFQFKQTATLLGYAWGLWTENRLMNLMDTSFSGTCNENQFTKCAQIALLCVQDEPSDRPTMSTVVTMLDSEIATIPIPTQPTFYAIRRTTSTTASSSSRPETTMQIESSYQEGYFFNHQLSAVRSINKVVSMTINEQNETMITNMRTLTFLLLLFLLYDFLQAHSAQDTLITGQSIPRTRKVLASAGEKFVLGFFSPLENPGQSYLGIWYNTNRTYPGKTVMVWVANRDNPVLGSNGGGVFQIAQDGNLLVTNESGSTFWSSKLDKSSSNNRTVKLTDSGNLVLFQHHDDDGNGTSYIIWQSFQYPTDTFLPGMEIDRAMELTSWRYDGGGGGRESFFTFKMSQTGNNRFRIMDSQNQLHWENDGLNSNDLSPDVLNYLTNFTDAENRPSKYVNTNTSKSLYYSYQDTRIVMNSTGELQFWKWEESEWIMQWKHPSSMCKIHNFCGNFSSCNVDDWMPCKCLPGFRLASEYETQSYEMGMKFPGCVRKSESHGDNRDMVFLNLPKIRLDETDQKEYNTETEEECKFLCLNMSHPQCQAYAYNTSNDYRVVTSSSCRIWTNDLATLQVDQEAGGDLAVLVKSSDIGRTVACNPCGIYTIPYPLSTGPNCGDPEYYKFNCSYSTGQVSFMMPGGQLKRITWIDENARKFYIKTDDTYHCDYIYQNDKPDPPFYVTNWCFKEDQIEISWQPPLQRPCNEHNDCRGFPHSTCMPTIEGKNRCLCDPKYQWNSSISNCMQDEKSRNHLRDRVHLILIVTLAGVIFLASTMVFGYVWRKKVIDRENIQIQESLYDTERHVKGLIGLGRLEEKHSKGIEVPFYTFGSIVAATDNFSDSNKLGKGGYGPVYKARFPGGQDIAVKRLSSVSTQGLEEFKNETVLIAKLQHRNLVRLRGYCVKGDEKILLYEYMPNKSLDSFIFDRTRTLLLNWQMRFDIILGIARGLLYLHQDSILRVIHRDLKTSNILLDKDMTPKISDFGLAKIFGGKETEASTERVMGTYGYMAPEYALDGFFSIKSDVFSFGVVILEILSGKKNTGFYQFKQTATLLGYAWGLWTENRLTDLMDASFSGNCDENQFIKCSQIALLCVQDEPGDRPTMSNVVTMLDSEIATIPTPTQPTFYAVRRTRSTTPFSSSKPETTMQVESSYQEDMVD* 2045
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Ahy8g1566 2044 ProSiteProfiles Bulb-type lectin domain profile. 33 159 IPR001480 -
Ahy8g1566 2044 PANTHER RECEPTOR-LIKE SERINE/THREONINE-PROTEIN KINASE SD1-8 1055 2040 - -
Ahy8g1566 2044 ProSitePatterns Serine/Threonine protein kinases active-site signature. 1846 1858 IPR008271 GO:0004672|GO:0006468
Ahy8g1566 2044 SMART ntp_6 1392 1476 IPR003609 -
Ahy8g1566 2044 SMART ntp_6 359 442 IPR003609 -
Ahy8g1566 2044 ProSitePatterns Serine/Threonine protein kinases active-site signature. 815 827 IPR008271 GO:0004672|GO:0006468
Ahy8g1566 2044 PANTHER RECEPTOR-LIKE SERINE/THREONINE-PROTEIN KINASE SD1-8 16 1009 - -
Ahy8g1566 2044 ProSiteProfiles PAN/Apple domain profile. 349 443 IPR003609 -
Ahy8g1566 2044 PANTHER S-LOCUS LECTIN KINASE FAMILY PROTEIN 1055 2040 - -
Ahy8g1566 2044 ProSiteProfiles Protein kinase domain profile. 694 980 IPR000719 GO:0004672|GO:0005524|GO:0006468
Ahy8g1566 2044 SUPERFAMILY Protein kinase-like (PK-like) 1709 2032 IPR011009 -
Ahy8g1566 2044 Gene3D Transferase(Phosphotransferase) domain 1 1801 2004 - -
Ahy8g1566 2044 Gene3D Transferase(Phosphotransferase) domain 1 770 972 - -
Ahy8g1566 2044 Pfam PAN domain 1400 1461 IPR003609 -
Ahy8g1566 2044 MobiDBLite consensus disorder prediction 2018 2044 - -
Ahy8g1566 2044 Gene3D Hepatocyte Growth Factor 1395 1473 - -
Ahy8g1566 2044 CDD STKc_IRAK 1731 1997 - -
Ahy8g1566 2044 CDD B_lectin 1080 1203 IPR001480 -
Ahy8g1566 2044 MobiDBLite consensus disorder prediction 2018 2038 - -
Ahy8g1566 2044 SUPERFAMILY alpha-D-mannose-specific plant lectins 1119 1217 IPR036426 -
Ahy8g1566 2044 SMART serkin_6 694 969 IPR000719 GO:0004672|GO:0005524|GO:0006468
Ahy8g1566 2044 SMART serkin_6 1725 2000 IPR000719 GO:0004672|GO:0005524|GO:0006468
Ahy8g1566 2044 SMART blect_4 1071 1203 IPR001480 -
Ahy8g1566 2044 SMART blect_4 23 163 IPR001480 -
Ahy8g1566 2044 ProSiteProfiles PAN/Apple domain profile. 1382 1479 IPR003609 -
Ahy8g1566 2044 Gene3D - 1058 1201 IPR036426 -
Ahy8g1566 2044 Gene3D - 17 161 IPR036426 -
Ahy8g1566 2044 Gene3D Phosphorylase Kinase; domain 1 1699 1800 - -
Ahy8g1566 2044 Gene3D Phosphorylase Kinase; domain 1 669 769 - -
Ahy8g1566 2044 Pfam Protein tyrosine and serine/threonine kinase 1728 1996 IPR001245 GO:0004672|GO:0006468
Ahy8g1566 2044 Pfam Protein tyrosine and serine/threonine kinase 697 965 IPR001245 GO:0004672|GO:0006468
Ahy8g1566 2044 Pfam D-mannose binding lectin 1119 1216 IPR001480 -
Ahy8g1566 2044 Pfam D-mannose binding lectin 80 177 IPR001480 -
Ahy8g1566 2044 CDD B_lectin 40 163 IPR001480 -
Ahy8g1566 2044 CDD STKc_IRAK 700 966 - -
Ahy8g1566 2044 Pfam S-locus glycoprotein domain 1288 1364 IPR000858 GO:0048544
Ahy8g1566 2044 Pfam S-locus glycoprotein domain 249 335 IPR000858 GO:0048544
Ahy8g1566 2044 PANTHER S-LOCUS LECTIN KINASE FAMILY PROTEIN 16 1009 - -
Ahy8g1566 2044 SUPERFAMILY Protein kinase-like (PK-like) 677 1003 IPR011009 -
Ahy8g1566 2044 ProSiteProfiles Protein kinase domain profile. 1725 2011 IPR000719 GO:0004672|GO:0005524|GO:0006468
Ahy8g1566 2044 SUPERFAMILY alpha-D-mannose-specific plant lectins 80 209 IPR036426 -
Ahy8g1566 2044 ProSiteProfiles Bulb-type lectin domain profile. 1064 1194 IPR001480 -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Ahy8g1566 Ahy-Chr8 32529178 32538375 Dispersed/Tandem
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Ahy8g1566 606 980 Receptor kinase-like Gene Family AT4G23230 49.600 6.97e-115 377
       

Transcription factors information

Select Regulatory Factors Family Gene Hmm_acc Hmm_name E_value Clan
PK RLK-Pelle_DLSV Ahy8g1566 PK_Tyr_Ser-Thr 5.40E-45 CL0016
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Ahy8g1566 - - ahf:112705270 4170.54