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LotjaGi3g1v0401800.1

Overview

Field Value
Gene ID LotjaGi3g1v0401800
Transcript ID LotjaGi3g1v0401800.1
Related isoforms 1
Lotus japonicus genome version Gifu v1.2
Description Non-specific serine/threonine protein kinase; TAIR: AT1G01140.1 CBL-interacting protein kinase 9; Swiss-Prot: sp|Q9MAM1|CIPK9_ARATH CBL-interacting serine/threonine-protein kinase 9; TrEMBL-Plants: tr|I1MKE2|I1MKE2_SOYBN Non-specific serine/threonine protein kinase; Found in the gene: LotjaGi3g1v0401800
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr3:80434460..80442498) extracted from Lotus japonicus Gifu genome v1.2.

GCAAATGAAGAACATAGAAGTTCTCCCTACGTGGGATTCCTATCCATCCACTAAAAAGGAATAGGATAGGAGTGGAGGAA TGCATGCAGAGGCAAGGGAACAACACATGGTTTGTTTGTGATGTTTTTGTCCTCACATGAATGAATTAATCAAAACCGCA TGTAATGTAACATGGGTCCCACACCCACCTCAACTCTGTCCCCACACGTTTCAAACACGCATATACCCTCTCTCTATCCC CGCCCCATTCGTCACCGTCACCTTCATCTTCCGTTTCCAAACCCAATTCAATTCATTCATCAACAGCAACAACGGTGGTT GCAGAATGAGCAGCGCCGCGAAGGCACCGAGAGCTCGAACCAGAGTGGGGAAATACGAGCTGGGGAAAACCATTGGCGAA GGAAGCTTTGCGAAGGTCAAGTTCGCCAAGAACGTGCAAACTGGTGCCCATGTTGCCATCAAAATCCTCGACCGCAACCA TGTCCTCCGCCACAACATGATGGAACAGGCACGTCTTCTTCATTCCAATTTAATCTGTTTCAGATCACCCCAATTGTTAC TTCTATCTTCACATTAACTGTCTGTCTGTCTGGTTGGACTTTGGATTAACATTATAGTAGAATTGACAACAGAATTGATT CTATTAAAATTGGGTAAACATGAGATGTGGTATATGGTTTTGAATGTTTTTTTTTTGAGAAATCAGAAAAATGATTTTTA CATAATACTAGTCTTATAAAACTTAGTATTGATTATGTTTAACTCGGAATAACTATTTGTGGTTGCAAGTGAATCTAATT TTTATCCATGAAATCAATTTTTATTGATACATTCAAATATTATTTTCAACTGGTTAGAATTAATTTTATTCAGCTAGTAT TTATTTGCTTCCCAAATGTTCTTTTAGTGAACTGGGGCCAAGCTCAAAGGCAAAGACTAAACTTAGGGCATGTGAGTGGT GTTAGAGTAAAGTCTCCATGGTCGTCCCTCTTATATTGGATTGCTAAGTGATTGCGATCAGTTACTTCCCATTAATGTGT TGTCAAGCTTTGCTACTAAGCTTTCAACCAATGAAGTTGAGCAACCCGGGGATGACCCTTCATGTCCATGCATATTTGTA ATGACGATATTGGGTTCGAAGGAACAAGGTTTTTAATAACTGCCCCGTCATGGCCCAGCAGGGGCCTTGAAAAGGGGCTG TGTAATGTGCTCACGTTGAGTCCAGGGGGATCATAGCCCTCCATGCCTACCAATATAAGTGCTTGTTAGTTGTTAGGCTT AAAGTATGTGACTTCTTCCCACTCATTTATCTAGGTGCTTTGTTAAGTTTATGTCGAGTCTTGGAGGATAAGCAAACTTA GTCTAATTACTTCTCTCAATCTTTCCTCATTATTTTTTTCTCTTTCTTTTTATCAATCCCTTTTTATATTTTTATTTGGG GGCTTATATGCTTTTGGGATGTACAAGGATATTTTTAATTTCATTGTTTCTCAGTTAAATGAGTTTTAGGAATTAGGTTA TTTGTTTATGAAGGAAAGTGTCTCAAAACATATTTTATTTTCTTATTTTCATACTTTTTGATAGGTAAACTAAGCATGAT CTTAATTGTTCATGACAAATGCAGCTTTGTAATACATGCATTTATGCAAATATAATTTTGTTTTCTTGCCTTAAAAATAT GCAGCTGAAGAAAGAAATCTCAACGATGAAGCTGATCAATCATCCAAACGTTATCAAAATATTTGAGGTATCACGCACTT TTCTGATTTTTCTTTCTCTGAATCAGAATTGCAGATGCTATTCTCTTTGAACTTGGGAGAAATTGATCTCTTGATTTTAG TTTTTTTTAACATCTCACTTCTCAGTCTCCATTAGTTTTTATTTCTCTTTTCTCAAGTTTCAAAAAAAAAAACTCTTTTT CTCAGGATAATGATACACGTGTTATACAATTATTTCTCTTATATCGACCACGTGACGTATCATTCATTGTTTTTTTTTAA ATAAGCGTATCATATATATTTTTTACATCAGAAAACAAAGCGTATTATATTATCTACCAAAAAAATATTGCTTATGCTAG ACTTTTATCATTTTTCTTTGACGGTGACTTTTATCATATTTAATATTGATTGATTGAAAAGAATTTAATTAAATATAGTT GTACAAAAAAAAAGTGTTAGTTACGTCTATGATTAATTGAAAAGAATTTAAATATAGTTGTACAAAAAAAGTGTTAATTA CGTCTATGATTGATTGAAAAGAATTTAAATATTGTTGTACAAAAAAAGTGTTAATTACGTCGATCGAAACCGACTTAATC AACATAACCGTCGGTTCTGGCAACCGACGTAATTGCTTCCAGCGTTTGGTATAAAATGACGGTTAACAAGCAACCGTCAC AACGACCAACGTATTATGAGAGGGAAGTAGCAGATCTGCGATATGAATCAAAATCAATTCGGAGAACCAGATCAAAACAA TTTAGAATCAAAATCTCTTACGAGTACGAAGGTGAAGAGGAGAGATCGAAGACCAGATGCAGTGAAGAAGAGAGATCGAA GACCAGATGCGGTGAAGAAGAGAGACCGAAGACCAGATGCGGTGAAGAAGAGAGATTCAGACCATGGTTGGAACTTGGAA GAGAGAGAGCTCGAGATTCATGCCATGGTTGGAAGAGAGAGAGCTCGAGATTCATGCCATGGTTGGAAGAGAGAGAGAGA GAGCTCGAGATTCATGCCATGGTTGCAAGAGAGAGAGCTTGAGATTGAAGAGAGTGAACCCTAAGGTGGAAGAGAGTGAA TGACAGCGTGGTAGAAGAGAGAGTGAAATTTTTATAAAAAAATAATTTACTTACGCCGGTTAAAACCGACATTATTTTAA ATTAAACCGACGTAATCTTATAGTATTGTGGCGGTTGTATTGACCGACGTAAAATACATATAAAACAGCGGTTTCTGTTA ACCGCCACAATTAACCGACGTAAAAGGAGCAATTTTTTGTAGTGATATATGGTTAGAGTGATTTAATCTAAATTTTATTT AGGGTTATTTTAACAACTCCCAATTAAATAAATTAATATATATGATAATATATACTTTGAATGAAAAAATATTTTAAAAG GTAATAATTTCTCTACAAGATCATTATTATCCATATTGTTGAGTGATACAATATATTTTTTACACCAAAAAGTATTGTTG ATTGATTGAAAAAAAATTAAACTATTAAATAAAAAATTAAGAAAAAATAATATATTATGTTTTATTGTTGAATCATTATT TAGAAAGGAAATTGATATTGATTTATTTTTTTAATATGAAAATCATAATTAAAAAGAAATTTAATTTGAAGAAAAGAAGT ATGTGATGCCACTTCCCTAAACTCATGTTGATTATCCGTATTTTTATATTTTCTTATTCTTATCCCGACCTTGAATTTTT TTATAGATTCTTTCATATTTTAATTTGGTCACCCAATAATAAAATCCTGGATGCGCCCCCAGTTAAACCTCGTCCACAAG AATTTAAACCAACCCTTCCCTTTGTAAGAGTACTAGTACCTATTTTCCATAAATGCATAGGTTTTTAGAGTAGATTGAAA GCATAGTTAAGCCATCATCTTACTTTAAGTTGGTGATAGATTGTAATATTAGTGCAAATTAACGACTGATTTAAGGAGGT AATTAACCTCAATTCCTAGAACACATACAGAAATTCAAATTCGAAGCAAATTTCGCATAGATAACATCTTATATCCCATG TTTCTGCAGTTAAATTGGAATTAGTCATTTCTTATGAACGATATGCTAGACTTGTAGTTACCACTCACAGATTCATTAAC TATTCCCTGTTTAAGCATAGGTGATGGCAAGCAAAACGAAGATTTACATTGTATTGGAGTTGATCAAAGGGGGAGAACTA TTTGACAAAATAGTAAGTTGGAGTGTATAATGTGGTGTTTATTAAGTAATAAGTACATTGATGTTTTGCTTGGATCATGA ATCTAAAGAATTCACTTGTTGCCTCGTAATTTGATTTCTAGGCTAGACATGGAAGACTTAAAGAGGATGAAGCAAGAAGT AATTTCCAACAACTAATCAATGCAGTTGATTACTGCCATAGTAGAGGCGTGTATCACCGCGACCTGAAGGTCTTTCAACT TTTTTAATACTCCATTTTCCCTGTAATTTAATTATTTGATTGTTTGGGGGGAGCAGGAATCAACATTGTTTTCGCTTCTA AAGAAAAATTAAGAATCAGACTCATATTCACATTAATTTGCAGCCTGAGAATCTTCTTCTGGACTCTAGTGGTGTTCTTA AAGTTTCAGATTTTGGACTGAGTACGTATTCACAGCAGGTAAGATGATGTCTCTTCTGTACTATCAGCATGTGTGCATGT TATGGATTTTTGATTTAGTGCACTTGCTGCTCCAAGTTATAATAAGTATTAAAAACACCACAACACAATTGGATTCCTTC TACTGTCTCAGTTAAGTTATTCCAAAAACAATTAGCAGCCTATCAAATATCAATCAATGCTAGGTTCCCTTATCATAGTT TATTGATGGAACAAGATTGTTATGGATTGAATTGACATAATTAATTGTTAGACCACATTTTCGGTTAATAACTTGATGTC GGATTTTATTTTGGATGTTCTTTCATTTAAGTATGTTTTACTACCTAGTCTTTTGCCCTTTGTTGTTTTGAAACTGTCTC ATCTTCACTCTCATTTCAGCTATCTAGTATATAGGTAGTTCATTTGCATAAACTTAGGACTCACCCTTGTTTAAATTCTT AATTATTTATTGCAGGAGAATGAACTCCTCCGCACTGCTTGTGGAACTCCAAATTATGTTGCTCCTGAGGTACTTACTAT CTCTTTGTGGATAACATGAAAGACTAGATTCGCCGTTCAAACTGAAGTAAATTTTATGTGGTGTGCCATTTGTATCAGGT TCTTAATGATAGAGGTTATGTTGGTTCTACATCTGATATCTGGTCCTGTGGAGTCATTCTCTTTGTACTTATGGCTGGTT ACTTGCCGTTTGATGAGCCAAATCATGTGGCACTGTACAGAAAAGTAAGTAACTTCAGACTATAATCCATGAGAATAAAA AGTGAAAAGAGTTGCTTATTTCACATGGTTGGCCTTATGGGGGGACAAAATCTATAACATATTTCTCAGATTAGCAGGGC TGAATTCACATGTCCATCTTGGTTTTCGCCTGAGGCTAAGAAGCTGCTGAAGTCTATTCTTGACCCAAACCCTCTAACTG TGAGTTCTGAGCCAAAAACTTTCTTACTTGTTACATTTTTTCTTTTCTGAGCCAAAAACTTTCTTACTTGTTACATGCAT TCTTTTTCCTACTTAAGGTGCCCTTACCCTTCTATTTGTCTGATTCTGTTTAGTGTGATACTAATTCTGTAATTTACTCT TAAAATATATGTGGTTAAAGAACATCTTGCAGTTAGCTTATGCTTTCTCCTTTAATACTGGGTTGTTTTTTGCAGAGGAT AAAAATTCCTGAAATCCTAGAAGATGAATGGTTCAAAAAAGGATACAAGCCACCATCTTTTAAAGAGGAAGAGGATATCA ATGTAGATGATGTAGCTGCTGCTTTCAATGATTCTAAGGTAAAGAGTTTTTTCTCAGTATTTTATTCATCTCCTGCATGG AAAGCAACTAGCCTTGTGTAGATAACGGCTAAAAACATAACTTGTTTACTCTGATTAAAGGTTTTACTCATTATGATCAA GAAATACAAGAGTCTGCAGAATCTCTTTTAACATGTGTAATTTATTTATTCTCTTTGGTGTGTAGGAAAATCTTGTGACA GAGAGGAAAGAGAAACCCGAATCGATGAATGCTTTTGAGCTCATTTCAAGATCGCAAAGCTTCAATCTTGACAGTTTGTT TGAGAAGCAGATAGTATGTCCACGTTAGTTTTATGCTTTCCTCATTTATATGTCACTATTGTAGTTATTAGTTAACGGAT TCAACTAATTGCTGTTAACTGTTGCTGTAAATAGTTGAGTCAGATTTTGTTAGTTAAGCTAGTTTGTTGCTGAGGCCTGA GGGGAAGTGATAGAAATACTATAAATATCGTTCATGTGTCTTACCCCATCATCTTAAGCTTTTTGGATAGTTGGTTCATG TCTTCATGACAATAGCTTAATAGTTATTTTAGCTATTAGTCCTGATCAATGTATACAAGAGACACTTCAGATCAATGAAC TGCAAATTTCTCCCTCTCACACAGCATGTAAAAGTTGTGCTAACATTTCCAGTCATGTGGAAAATTGTGACCTATGTAAT GTTTGGATCAAGTTTAGGTGGATCTATGTTTAATTAAGAGCCTGATCTTTATTCAATTGGTTCCTTTTAGTAATTGGCTA ACAAAATAGTGATAATGAGATGTGAGTATTCTTTCTTGCTAATGATGCTTGTTTCCTCACTTTATATAATCTCAAGGCAC AGGGGGTTGTAAAGCGCGAAACACATTTCACATCTCAGCGACCTGCAAATGAAATTATGTGTAAAATTGAGGAAGCTGTC AAGCCTTTGGGATTTAATGTTCACAAGAGAAATTATAAGGTAATAATATATCTCTGCATAAATAATTATAAGTAATGGTA TGCTCTATCTATCCGCCAAGACCTATCTTTCATTTAATAATGATATAGAATACTCAGTCTCATCTTGATTTAAATTCCAC AGATGAAGCTGCAAGGTGATAAGAGTGGAAGGAAGGGTCACCTTTCAGTGGCCACTGAGGTACTAAGTCATTCCATTATG ATTGTAGTCTTTGTCTGTATGTACTCATTAGGTAACATATTGTTTGTGGGTATGAATGATAATTTCAACTTTTTTTTTTC TGTTGCCTTATTCATCTAATTGTTTAAAATTTAAATATTAATTATTTGATCAACTTCATACACCAAAAAGATGTATTGTT TAGTCTTTTGAGGCAAGTGTTCTGCACCTTAGGAGCTCGACTCTTTGTTATACCTGAAGACATAACACATAAATTTCACT CTTGGAAATGTAGATTGGACTATTGGAGCCTTTCAATTTTCAATATTACCTGATAACTTAAATTGTCAAAAGAAATGTGC AAGAGATTTACAATGTTTTCTTCCAACTTGTTTGATCTGACATAAGATGTATGGTGCAACTTGTCGCCTACTGTTACAGG TTTTCGAAGTGGCTCCCTCCTTGCACATGGTGGAGCTGCGAAAGACCGGGGGTGACACACTCGAGTTTCACAAGGCATGT GAACATTACTTTAGTTCTGACTTTTGATTTTTGGGGAGCAAGAAAAGAAATCTATCCATTTTTTTTAAACTTGGCATTGC TCATTTTCTTTAATTGAACCGACGTTTCTACTTCTGTTAACAAGTCATTAACTCGACCATTTTGTCACATCTGTTTCATT TCCTTTGTATTTTAAGGAAAGAACAACGACATCATGTCAATGTCAAAGTTATGTTGTTGTTGATTGACACTAACTTCATT CATTGATTCATATGCAGTTCTACAAAAACTTTTCATCAGGGTTGCAAGACATAGTGTGGCATCCTCAAGAAAAATAATGA AGAATTTTAGGTATCCCTTTTCTCTTTCTCTTCCTGCTATGTACTTTTTTACAATGGAAAACCACATAAGTTGTAGATTA TTTTAGCCTTATCAGGTTCATTTGTTCACAATTCACTGATTATTTTGACCAATTATTTGTTTATTATCATGCAGGTGGTA AAGCTATTGTTCTGGTTCATGGAAGACATCATGCTTGGCTAAAGCTGGTGCATGTATTAGTTGGGAGAGTTTGGTTTAAT TTCTGATAGAAGGAAAAGAATAGATCCTATGGAACATAGGCATATATTTCTTTCTACTTAGAAGTTAGAATATGTACTCA AAATATTTTATGAGCTTAATTCATTTCATCTCCTTTCTCATATAATTTCATTATATGCAACCCTGGACACCCAGATCCTC TGCTGCCTCTTCAACATAAAAAAGATCAACTAATTAATT
Download Genomic Sequence

CDS sequence (LotjaGi3g1v0401800.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGAATGAATTAATCAAAACCGCATGTAATGTAACATGGGTCCCACACCCACCTCAACTCTGTCCCCACACGTTTCAAAC ACGCATATACCCTCTCTCTATCCCCGCCCCATTCGTCACCGTCACCTTCATCTTCCGTTTCCAAACCCAATTCAATTCAT TCATCAACAGCAACAACGGTGGTTGCAGAATGAGCAGCGCCGCGAAGGCACCGAGAGCTCGAACCAGAGTGGGGAAATAC GAGCTGGGGAAAACCATTGGCGAAGGAAGCTTTGCGAAGGTCAAGTTCGCCAAGAACGTGCAAACTGGTGCCCATGTTGC CATCAAAATCCTCGACCGCAACCATGTCCTCCGCCACAACATGATGGAACAGCTGAAGAAAGAAATCTCAACGATGAAGC TGATCAATCATCCAAACGTTATCAAAATATTTGAGGTGATGGCAAGCAAAACGAAGATTTACATTGTATTGGAGTTGATC AAAGGGGGAGAACTATTTGACAAAATAGCTAGACATGGAAGACTTAAAGAGGATGAAGCAAGAAGTAATTTCCAACAACT AATCAATGCAGTTGATTACTGCCATAGTAGAGGCGTGTATCACCGCGACCTGAAGCCTGAGAATCTTCTTCTGGACTCTA GTGGTGTTCTTAAAGTTTCAGATTTTGGACTGAGTACGTATTCACAGCAGGAGAATGAACTCCTCCGCACTGCTTGTGGA ACTCCAAATTATGTTGCTCCTGAGGTTCTTAATGATAGAGGTTATGTTGGTTCTACATCTGATATCTGGTCCTGTGGAGT CATTCTCTTTGTACTTATGGCTGGTTACTTGCCGTTTGATGAGCCAAATCATGTGGCACTGTACAGAAAAATTAGCAGGG CTGAATTCACATGTCCATCTTGGTTTTCGCCTGAGGCTAAGAAGCTGCTGAAGTCTATTCTTGACCCAAACCCTCTAACT AGGATAAAAATTCCTGAAATCCTAGAAGATGAATGGTTCAAAAAAGGATACAAGCCACCATCTTTTAAAGAGGAAGAGGA TATCAATGTAGATGATGTAGCTGCTGCTTTCAATGATTCTAAGGAAAATCTTGTGACAGAGAGGAAAGAGAAACCCGAAT CGATGAATGCTTTTGAGCTCATTTCAAGATCGCAAAGCTTCAATCTTGACAGTTTGTTTGAGAAGCAGATAGCACAGGGG GTTGTAAAGCGCGAAACACATTTCACATCTCAGCGACCTGCAAATGAAATTATGTGTAAAATTGAGGAAGCTGTCAAGCC TTTGGGATTTAATGTTCACAAGAGAAATTATAAGATGAAGCTGCAAGGTGATAAGAGTGGAAGGAAGGGTCACCTTTCAG TGGCCACTGAGGTTTTCGAAGTGGCTCCCTCCTTGCACATGGTGGAGCTGCGAAAGACCGGGGGTGACACACTCGAGTTT CACAAGTTCTACAAAAACTTTTCATCAGGGTTGCAAGACATAGTGTGGCATCCTCAAGAAAAATAA
Download CDS Sequence

Protein sequence (LotjaGi3g1v0401800.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MNELIKTACNVTWVPHPPQLCPHTFQTRIYPLSIPAPFVTVTFIFRFQTQFNSFINSNNGGCRMSSAAKAPRARTRVGKY ELGKTIGEGSFAKVKFAKNVQTGAHVAIKILDRNHVLRHNMMEQLKKEISTMKLINHPNVIKIFEVMASKTKIYIVLELI KGGELFDKIARHGRLKEDEARSNFQQLINAVDYCHSRGVYHRDLKPENLLLDSSGVLKVSDFGLSTYSQQENELLRTACG TPNYVAPEVLNDRGYVGSTSDIWSCGVILFVLMAGYLPFDEPNHVALYRKISRAEFTCPSWFSPEAKKLLKSILDPNPLT RIKIPEILEDEWFKKGYKPPSFKEEEDINVDDVAAAFNDSKENLVTERKEKPESMNAFELISRSQSFNLDSLFEKQIAQG VVKRETHFTSQRPANEIMCKIEEAVKPLGFNVHKRNYKMKLQGDKSGRKGHLSVATEVFEVAPSLHMVELRKTGGDTLEF HKFYKNFSSGLQDIVWHPQEK
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.

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Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
Gene3D
G3DSA:3.30.200.20
69 159 91 9.7E-31 –
PANTHER
PTHR43895
70 497 428 3.8E-226 –
PANTHER
PTHR43895:SF11
70 497 428 3.8E-226 –
SUPERFAMILY
SSF56112
77 351 275 8.77E-91
IPR011009
ProSiteProfiles
PS50011
80 333 254 51.326
IPR000719
SMART
SM00220
80 333 254 7.3E-101
IPR000719
Pfam
PF00069
80 333 254 9.4E-72
IPR000719
ProSitePatterns
PS00107
86 109 24 -
IPR017441
Gene3D
G3DSA:1.10.510.10
160 340 181 5.6E-68 –
ProSitePatterns
PS00108
199 211 13 -
IPR008271
Gene3D
G3DSA:3.30.310.80
369 497 129 1.0E-49 –
ProSiteProfiles
PS50816
370 394 25 12.422
IPR018451
Pfam
PF03822
372 434 63 2.4E-20
IPR004041
CDD
cd12195
376 491 116 1.25382E-50 –

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: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:0007165
Biological process Signal transduction The cellular process in which a signal is conveyed to trigger a change in the activity or state of a cell. Signal transduction begins with reception of a signal (e.g. a ligand binding to a receptor or receptor activation by a stimulus such as light), or for signal transduction in the absence of ligand, signal-withdrawal or the activity of a constitutively active receptor. Signal transduction ends with regulation of a downstream cellular process, e.g. regulation of transcription or regulation of a metabolic process. Signal transduction covers signaling from receptors located on the surface of the cell and signaling via molecules located within the cell. For signaling between cells, signal transduction is restricted to events at and within the receiving cell.
Subterm of
Part of

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Expression data

Expression pattern

Expression pattern of LotjaGi3g1v0401800.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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