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LotjaGi4g1v0009600.2

Overview

Field Value
Gene ID LotjaGi4g1v0009600
Transcript ID LotjaGi4g1v0009600.2
Related isoforms 6
Lotus japonicus genome version Gifu v1.2
Description Kinase family protein; TAIR: AT1G62400.1 Protein kinase superfamily protein; Swiss-Prot: sp|Q2MHE4|HT1_ARATH Serine/threonine-protein kinase HT1; TrEMBL-Plants: tr|A0A0L9TU20|A0A0L9TU20_PHAAN Uncharacterized protein; Found in the gene: LotjaGi4g1v0009600
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr4:1270546..1278330) extracted from Lotus japonicus Gifu genome v1.2.

CATGACTTGAATTCTTAAGTCATGGTATAAAATTCAGTTTTATACATCTATTGTCTTATTGTGTTCAAGGATCAACCTGA CTTTCTGAAAAGAAAAAAGAATCAAACTGACTTAGTTCTTCAAAAATACTTGATTACTAAATTTCAGATAATTTTATTAT ATAAAACATGTGTATTTATACATGCTCGGGTTCTTTCAAATAATATAAAATGTAAAACTATTTACCAAAAAATGAAAACA GTCAAGTGAAATTTACTTGTGTGTAATAAATAAATCGCCGGGGCCGGGCGGCGTAAATTCTTATGAGAACCGAAATCTTG TCAGTGTCAGAGACCTCTTTCTTTCTTCCTCTCTGTGTTGATTTGATCGCATACCAATACCAATTGTTAGAAAGCAGAAA TGGAAATACCGAAAAGGTTTCGAGGCAAGGTGGCGATCGTGACCGCTTCCACCCAGGGAATTGGCTTCAGCATAGCTGAG AGGCTTGGCTTGGAAGGTGCATCTGTTGTCATCTCTTCTCGCAAACAGGTTCGTTCATTCTTCATTTTTCTAGATTTCGT TCATCTTGAGAAATTGATAAGAGAAAAGCTAATCGTTAAATTATAAGACTGGTTGTGTTTTGTATAAATTGTAAGCAATC ACCAACTAACTAATCAAGTGAGAGTGATGCTTCTGTACACAATTACACATGATTGTTCATCACTGTAACGTTTATTTTGG CTGAATCAACTGCAGCAAAATGTTGATGCGGCTGCGGAAAAACTCAGGGCTAAAGGAATTGATGTGTTAGCAGTTGTTTG CCATGTTTCTAATGCTCAACAAAGGAAGAATTTGATTGACAAAACTGTGCAGGTCAGGTTTTCTTCAGATTAACTATGGA ATTTATATAACAACATGATTTTTTATCATGATCATTGATCAATAGGCTAGACTGAGGCTTGGCCTTGGTTTCTCGCAACG CTTCAGTATAATCAGCTTGTTATTTTTTGAAAAATCTGTCTGAATGCTGTTCTAATATGTTGTCGAACATTTTGGTTTGT TACAGAAGTATGGCAAGATAGATGTTGTTGTGTCCAATGCTGCTGCGAATCCTTCTGTTGATGCCATTCTGCAAACAAAG GACACGGTTCTTGACAAGTTATGGGAGATAAATGTCAAAGCCTCTATACTTCTTCTCAAGGTAATTAACCTGTGAAATAC CTAAAACAAAAAGAAAAGAAAAGAAAAAATCCCATATATGTTTCAGCATTTTCTCTTTCTGCCATCTCCATATGGTGTGT GTATATTATAGTTGTGGTGTACTATGTGTTATTCACTGTGCTGTTTATACAGGATGCAGCTCCTCACATGCAGAAAGGTT CTTCTGTAGTTATCATTTCCTCAATTGCTGGTTATAACCCACCACCTGCTATGGCTATGTATGGAGTAACCAAAACAGCC CTTCTAGGACTTACCAAAGTGAGTAATTCACTTGCAATTGTTCCTTCAAAAACTACATAAACTGTTACCATCTTTTTTCA ATATGCTAATCATTCATAATGTGTTGTGTAGGCCCTGGCTGGTGAGATGGCCCCGAACACTCGTGTAAACTGTGTTGCTC CTGGTTTTGTGCCAACTAATTTTGCATCATTCATTACCAGTAATGATGCTATGGTGAGTCTCTTATGGTCCAAATAGGTT TTTCTTCGTGCACTCAATTCTCTTGCCCCATGTTTGGATCAACTTATTTTTTCGTCAAAATCAATTTTGAAATCTAGACT ACTCATGTAAGTTTCTGAAATGAGAACTGCTATTTCTTACGAAGACAGTCAGGCATGAAATTCAAGACCAAAAAATTTAA CCAATGAAAACATTGTGAAAATGATAAGTTCCTATTTTGACGGAAAACACTCTGGTTAATTGAAAGACACGTTGTTAGTT TTTCTTTCGTATGCCACTTATTCATAACAGCAAGCATTACTGTTCTTAAATCTACATGGTGGATTTTCACATTAGAAGGA GAATTGATTCTGGGAGAAGCTACTCCTAGGAGCAAAATTGATTCTGGAAGATTTGAACGTGAATCCAAACATGCTTTTAG AATCCATGTAGAAGATTTTCCAAATATGCAGACTCTTTCAATTGTCTTTTGAATGGAATTTCTTTGTGTACTACTTCAGA GACAGGAACTTGAAGGGAAGACAATACTTGGAAGGCTTGGCACAACTGAAGACATGGCTGCTGCTACAGCTTTTTTGGCA TCTGAAGACGCTTCTTATATAACCGGAGAAACTTTAGTAGTTTCTGGGGGAATGCCGTCCAGGCTGTAGCTTCCATTTTT ATCTTCTAGTAAGCTTTTGTTGCAGGGTCTACCCCAAAACTTACTATCCCTGATTTGATCCTCTGGTTTTGAAAACTCTA CACCTAGAACACTGTTTTTTTCAAATTATTCTAAGATACTGTGTAGAGATATTATTGAGCTACCATTCACATTGAATATT GGTTTTATAAATGTTACCTTATAATCTGAAAGGTATTGGTTATCATAGTAGAAGAGTTATCAAATGTTCAACTTTGATTG AATTTACATAACAAATGGTCTAGAAAAATATGCAAGTTTGTTATTGAGACTATGTACTCCATTCTCAAAAAACAAAATAT ATAGCATGAAAGGTAAGCAAATTCACACACACACACACACACACACACACACACAAACTCCTTCTGTGGAAGCTATGAAA GGGGGAAAATTTGATTCTGTAGTCTAGGACTTGTCCATCGGTTTCAGCCATTTGGATGTTGTGATAGTCTTTCCAAGCAC AGACGAAGCGAAGAGAAGTTCATTGACAAGAATAACAGATCCATTGGCAACCTGTTAAGACAAGTTCTGCTACACGAATT TTTGGTTTAGATCACACCTATAACTTAGAGAGGGTTTGATAAGGGTATCATGTTCCCTTAATCTTTCATCTTTGTACGTT TAGTTTCCCACATTTCTCAAAACATTGCTTTTTATCAGATTCCACACCTTTTATTATATTTTTACAGGTGCCTGATTCCA CGTTTGGAATATCTGCTTTGCAAATTTTGAATCAATTTTTGGCTTGGAGTACAAGCTTGGTGATTCCCAACTGAAATGCT TACATAGATATTTCCTGGAACAAATTGTTATCTCTTACTTCGTGTTTATTATGGAAAATAACCATTTCACTTCTCTTGAA TTTTTATACTTCTCCCTACACTTCCCATTTTTTGGTAGAAAGGACTCTTATTTTCTTTTTACTGTGCATCTAAAAGTAAA ACCAATAGTAAAAGAAACTATTTTAGGGCCCTGTTTGAAAGAGTTTATTTAAGTTTATCTTTTTGGCACAATTGCTTATG TAAGTGATTGGAAAGACTTATGCAAATAGCTTATGGTCTACATATAAGCTGTTTTGAGTTTATTTTCATAAGTTGTTCAG ATCAGCTTATGAATAAATGTTTATGTTTATGAATAAGCGTTTAGCATGCATAACCTATTTTCATAATATTTCAACAAGTT TCTCAATTTCGTTTATGAATAAGTGCTTGTTCCATAATCATTTATTGGCACAAGCGCTTAATTAAGCCATTTACATAAAC ACTCTCTATATATATATAATATATTTATATATATATTACTATTCTCATATGATATAGGAGATAGTAATTTAAAAGTGTGT CCCACCCCACCCTTGCCGAACAAAATGTAAAAATATAACCATTCACCATTGGTATATCAAATAAAGAAGCTTCACAAAAG ATGTCAGCTAGTATGTACAATATTTATAGTTCATCCACTGTCAAAAAGGGCTTTAATGTGTGTTTGGATAAAGTTAATAT AAAAACACATTTATCTCATTGTATTAAAGAGTTTCATTCACTTTTTGCTTCAATGGGTACTGATGCCGGTTAGCACTGTC ACCAACATGTATGTTGTATCCAAATACAAGTACCTCAGCAAAGACAAGTTCATTTTCTGAGGATAAAGAAAGACAAGCAA TTACTTGGATCAAACGGTCCTTGAAGTTGACATGGCACTTGTCTGCTCTCTCTTTATCTTTTAGCCGCGTTACGTAGTAC CACATGTATTATGGGACTTTTTTTGTTCCCATCAATGTGGTGCTACAGTTAAAAGATGGGACATATACCAAAGGAAAGTA CTACTGCAAAGTGCAAATTGTTGGATTAACGAAACTCAAAGCTCAAATCTACCAACCTTTGAAGTTGAACTGTGGCCACT TAACATTGATGATGATGATGATGCATGCAATGCAATGCAAGAAAAGAAACCTAAACAGAACCAAGCAAGGTAGCTCAATC AAATCAAGCAAAAAGACCCTCTCTCTCTTGCTCTCTCTACTTTTGAACCAAGTAGTCACGAGAGACCCTTGAAACACTTT TGCCTTTGAATTCATAAACTTTAGGCTGCCAAACGACCTAATCCTCCTCCTGATCCATCCTATTAGGAGAGAAACCGTGA AAACAACATCTTCTTCTTCCTTTCTTTCTGCAGAATGAAACTTCCTGCATTTTGGTTCCAATTCTGGTTACCTTTCTTAT AAACCAAAAAAGAGGGTCTTCTTTGAATTCATATATGAATCACTTTGATACATGTTCTTCAATTTTCATTCGGAGCCCAT GTTTAGGAATCCGTTCATTCGTTTCCTGAAATCCATTCACACGTTCAGAAGAAAAACTCCTTCTGATATTCTGTTCAGAT AAGCATCACTGGTGCAGAGTGAAAACAGAGAGAAAACAGAGTAAAAAACAGAGAGATTCTAAACAGAGAGTTTCCTTCTT CAATGGCGGGTTCATGTTTCCATGCACTTCGCTTACGAAGAACGAAGAGCAAGCCTTTTCCTTCTTCTTCTCCTTCTTCA TCCAAGGCCCGGTGGAATTCTGATGCAGAGAACATGGAGAGGAAGAGATTTGACAGCTTGGAATCATGGTCCATGATATT GGACTCTGAGAATGTGGAGACATGGGAAGCATCAAATGAGGATCAGGAGGAATGGACAGCTGATCTTTCACAGCTTTTCA TTGGTAACAAGTTTGCATCCGGGGCTCACAGTCGGATTTACCGTGGAATTTACAAGCAGCGAGCTGTTGCGGTGAAAATG GTGAGGATTCCAAACCAGAATGAGGAGAGAAGAGGCTTGCTTGAAAGCCAATTCAAATCTGAAGTGGCTTTGCTTTCACG TCTCTTTCATCCTAACATAGTCCAGGTAACTACACTGCACTGCACTCAAGTCAACAAAATTATCAGTCCATATAAGTCTT AGCTTCTAAGTGATAATGCATTGAATTTTGTGCAAATTGTTAAATCAAACATGCATGTATTACGTGTTTGATTCCACATT AATAGGCTTTAGAATCACTTATGGTTAGAAGCTATAAGTATATGTTTAATGTTTGGTTTGAAGTTGCTCATCCAGACATG CACTTCTATTTCTCTCGACCATGGGTTTTCATCATTAGAACATGTTTAAGTGAAATTATTAGTGCGTTTGGATTGGTGGG AAAACACTTTTGATCCCACTTTCCCACGTTATAAATGTCAACACACCAATTTCCTTCAGTTACCATTCAATTGAATCCAA CGTGAATTCAAACATGGCCTTAGAAGCACTTCAGGCTCACAAAATCATGTTCAGGCCAAAGGACAAAACTTGAGTTTGCA TGGAAGTGCTTCTAGCTCTTCTCACAAGACATTTCTATTATTTTCCTATGAAATCACCTTTATCGTAAACATATGCAAGC ATAAATCACATCACTTTCAATTTGCTTTTACCACAATCAATTTTGTCAAAATCAATTCTATCCAAAATGACTTCTGCCAG CACTAAACCAAACATGCACCAAGTCTTATCTTCTATGTAAACATGCCTATGATTTTGTGTGAATCGTGAAACACAACACC CACTTAGCTTTATAAGCTTTTGTTTATGAAGCAAAGCTTCAACGCAGTTTATGAATCCTAGTTGTTTCCTACAGTTTGGT TTTGGATATATAAATCCACTGCCACTTACTACTTCAGTGAATACATTACCAACTAACATCTATATGCAGGGGTGTGTATA ATTCCTTAGATTTGAATTGGTGGCTGAGGTCTGATCTTTAAATGACTCTTAATTTACAGTTCATTGCAGCCTGTAAAAAA CCTCCAGTATATTGTATCATTACAGAATACATGTCACAAGGAACTCTGAGGATGTATTTGAACAAGAAAGAGCCATACTC TCTATCAACAGAAACTATACTAAGGTTAGCTCTTGACATATCTAGGGGCATGGAGTATCTTCACTCGCAAGGTGTGATTC ACAGGGACCTCAAGTCAAATAACTTGCTTCTCAACGATGAGATGAGAGTTAAGGTGGCAGATTTTGGAACATCCTGTCTC GAAACGCGGTGCCGGGAGACCAAAGGAAACATGGGAACATATCGTTGGATGGCACCAGAGATGATTAAGGAAAAGCCTTA CACTCGGAAAGTTGATGTCTATAGCTTTGGAATTGTGCTTTGGGAACTCACAACTGCATTACTTCCCTTCCAAGGAATGA CCCCAGTGCAAGCTGCTTTTGCTGTTTCTGAGAAGGTCAGAGCCTATATCTAAATTTAAGAAATGTTATTGTTATTAGCA TGAATGCTTTCAGATTGAATACTGCATCACCCTTCTCTTCTATGCTTATAACATGTTTGGTTCCAGAGTAAAATGCAGTA GAACCACTTCTGGTTAGAAGCTACAAATCTTGTCTTCCGAGCAAATGTGGCTAGTATTGTGTGCAAATTGTGAAACCAAA TGCGTACTTAGTATTTTTTATGTGTTAGTTTTAGAGCCTTTTGTCCCTTGTTGAGTTTCCTTAATCTGGACTGGATTAGT AATCTTTAAGACATCATGCCTAATGATAAACCAAATATTCTTTATGCAAGTTCAATTGAGGCCATAATTTTGATCAGGTT GACCATAGAATATATGCCTAATCAATTCTGCGGAGATGATCGAGAGAGTATCTTCTGCAATAAACATAACCAATTGTTAG ATTTCGTAATTGGATTTCACTATCATTACCCTATAGAAACCAGTTTTCCTATAAATGTATCCAAACATAAATCACTTCAC TTAGAACTCAGTTTAAGTGCGTGTTTGGATCATCGTTGTCAAAATTGATTTTGTCAGAATTGATTACAGTAAAAATGACT ATTTTAAGAAAGCATTGGCTGAATGAATTACTTTGATTTGTTGATGAGCAGAATGAAAGACCTCCACTGCCTGCAAGTTG TCAACCTGCACTTGCTCATCTGATAAAGCGTTGTTGGTCAGCAAACCCTTCGAAGCGACCAGATTTCAGTGACATTGTGT GTACTCTCGAGAAGTACGATGAGTGTGTCAAGGAAGGTCTTCCTCTCACTCACCATTCAAGCCTAGCAGTCAGCGGAAAC GCCATTATTGAATGCATAAAAAGCTGCTTCTCAATGAACTCCTCCTCCATACCTGTATATGCTTGAATTCATCCAATGAA TTTACACATGATGCTGCTTCACGTTCTTTCAACTGTATTATCTAATTGTACTTCACAAAAAGAAAACCTCAACTTCTTAT ATGGTATGTCGTGGATGTCACCAAATTCACCAACAGAATTATACAGTGGAATTACTTAAAACTCAGAAAAGGTCACGTGT ACAGTTATGTATTTATTATATAGGCATGTCATGGATGTAACCAAATCCAGCCACAGCATACATCAAACAACATGAGTGCA AAGTGCTACAGCACTACAATTAAAT
Download Genomic Sequence

CDS sequence (LotjaGi4g1v0009600.2) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGCGGGTTCATGTTTCCATGCACTTCGCTTACGAAGAACGAAGAGCAAGCCTTTTCCTTCTTCTTCTCCTTCTTCATC CAAGGCCCGGTGGAATTCTGATGCAGAGAACATGGAGAGGAAGAGATTTGACAGCTTGGAATCATGGTCCATGATATTGG ACTCTGAGAATGTGGAGACATGGGAAGCATCAAATGAGGATCAGGAGGAATGGACAGCTGATCTTTCACAGCTTTTCATT GGTAACAAGTTTGCATCCGGGGCTCACAGTCGGATTTACCGTGGAATTTACAAGCAGCGAGCTGTTGCGGTGAAAATGGT GAGGATTCCAAACCAGAATGAGGAGAGAAGAGGCTTGCTTGAAAGCCAATTCAAATCTGAAGTGGCTTTGCTTTCACGTC TCTTTCATCCTAACATAGTCCAGTTCATTGCAGCCTGTAAAAAACCTCCAGTATATTGTATCATTACAGAATACATGTCA CAAGGAACTCTGAGGATGTATTTGAACAAGAAAGAGCCATACTCTCTATCAACAGAAACTATACTAAGGTTAGCTCTTGA CATATCTAGGGGCATGGAGTATCTTCACTCGCAAGGTGTGATTCACAGGGACCTCAAGTCAAATAACTTGCTTCTCAACG ATGAGATGAGAGTTAAGGTGGCAGATTTTGGAACATCCTGTCTCGAAACGCGGTGCCGGGAGACCAAAGGAAACATGGGA ACATATCGTTGGATGGCACCAGAGATGATTAAGGAAAAGCCTTACACTCGGAAAGTTGATGTCTATAGCTTTGGAATTGT GCTTTGGGAACTCACAACTGCATTACTTCCCTTCCAAGGAATGACCCCAGTGCAAGCTGCTTTTGCTGTTTCTGAGAAGA ATGAAAGACCTCCACTGCCTGCAAGTTGTCAACCTGCACTTGCTCATCTGATAAAGCGTTGTTGGTCAGCAAACCCTTCG AAGCGACCAGATTTCAGTGACATTGTGTGTACTCTCGAGAAGTACGATGAGTGTGTCAAGGAAGGTCTTCCTCTCACTCA CCATTCAAGCCTAGCAGTCAGCGGAAACGCCATTATTGAATGCATAAAAAGCTGCTTCTCAATGAACTCCTCCTCCATAC CTGTATATGCTTGA
Download CDS Sequence

Protein sequence (LotjaGi4g1v0009600.2) extracted from Lotus japonicus Gifu v1.2 Proteins.

MAGSCFHALRLRRTKSKPFPSSSPSSSKARWNSDAENMERKRFDSLESWSMILDSENVETWEASNEDQEEWTADLSQLFI GNKFASGAHSRIYRGIYKQRAVAVKMVRIPNQNEERRGLLESQFKSEVALLSRLFHPNIVQFIAACKKPPVYCIITEYMS QGTLRMYLNKKEPYSLSTETILRLALDISRGMEYLHSQGVIHRDLKSNNLLLNDEMRVKVADFGTSCLETRCRETKGNMG TYRWMAPEMIKEKPYTRKVDVYSFGIVLWELTTALLPFQGMTPVQAAFAVSEKNERPPLPASCQPALAHLIKRCWSANPS KRPDFSDIVCTLEKYDECVKEGLPLTHHSSLAVSGNAIIECIKSCFSMNSSSIPVYA
Download Protein Sequence

Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

Merging data from EBeye. Please wait…

Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
PANTHER
PTHR44329:SF76
4 351 348 3.3E-208
IPR015783
PANTHER
PTHR44329
4 351 348 3.3E-208 –
MobiDBLite
mobidb-lite
15 35 21 - –
MobiDBLite
mobidb-lite
16 32 17 - –
SUPERFAMILY
SSF56112
56 332 277 6.52E-81
IPR011009
Gene3D
G3DSA:3.30.200.20
67 160 94 2.2E-23 –
SMART
SM00220
78 339 262 4.5E-62
IPR000719
ProSiteProfiles
PS50011
78 351 274 42.463
IPR000719
Pfam
PF07714
80 331 252 1.8E-66
IPR001245
CDD
cd13999
85 329 245 4.08047E-128 –
PRINTS
PR00109
156 169 14 3.5E-19
IPR001245
Gene3D
G3DSA:1.10.510.10
161 366 206 3.2E-61 –
PRINTS
PR00109
194 212 19 3.5E-19
IPR001245
ProSitePatterns
PS00108
200 212 13 -
IPR008271
PRINTS
PR00109
240 250 11 3.5E-19
IPR001245
PRINTS
PR00109
259 281 23 3.5E-19
IPR001245
PRINTS
PR00109
303 325 23 3.5E-19
IPR001245

Gene function (GO predictions)

GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .

GO term Namespace Name Definition Relationships
GO:0004672
Molecular function Protein kinase activity Catalysis of the phosphorylation of an amino acid residue in a protein, usually according to the reaction: a protein + ATP = a phosphoprotein + ADP.
Subterm of
GO:0004674
Molecular function Protein serine/threonine kinase activity Catalysis of the reactions: ATP + protein serine = ADP + protein serine phosphate, and ATP + protein threonine = ADP + protein threonine phosphate.
Subterm of
GO:0005524
Molecular function ATP binding Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator.
Subterm of
GO:0006468
Biological process Protein phosphorylation The process of introducing a phosphate group on to a protein.
Subterm of
GO:0071244
Biological process Cellular response to carbon dioxide Any process that results in a change in state or activity of a cell (in terms of movement, secretion, enzyme production, gene expression, etc.) as a result of a carbon dioxide (CO2) stimulus.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi4g1v0009600.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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