EKS-MUA-00671

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-MUA-00671

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
Atypical/ABC1	168.9	3.1E-49	124	390	267

Status

Unreviewed

Ensembl Protein

GSMUA_Achr6P03760_001

Gene Name

Gene Synonyms/Alias

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
GSMUA_Achr6G03760_001	GSMUA_Achr6P03760_001	GSMUA_Achr6T03760_001

Organism

Musa acuminata

Protein Length

947

Protein Sequence
(FASTA)

MGWGNIYKRR LKVFTLALVI YLDYKAVQKR EKWFSKSKKE ALWQRTHERN AKRVLNLMIE 60

MEGLWVKLGQ YLSTRADVLP EAYIYLLKQL QDSLPPRPLK EVSQTIEKEL GKSVNDIFSH 120

FVEAPLATAS LAQVHRATLR DGQEVVVKVQ HEGIKEVILE DLKNAKSIVD WIAWAEPQYD 180

FNPMIDEWCK EAPKELDFNQ EAENTRKVYK NLRVKNEHDD INSVNRVDVL IPEVIQSSER 240

VLILEYMDGI RLNDKASLDE YGVDKQKLVE EITCAYAHQI YVDGFFNGDP HPGNFLVSKE 300

PPHRPILLDF GLTKLISSSM KHALAKMFLA CAEGDHVALL AAFTEMGLKL RLDMPDQAMD 360

IASVFFRNST PASEALENVK SLADQREKNM KFIQEKMKLN KKEVQHFNPV DAFPGDAVIF 420

IRVVNLLRGL SSTLDVRIVY LDIMKPFAES TLLGSIRTEP ALDTQWIYDS PIHSDVEAKL 480

RQLLVELGNE KILGIQVCAY KDGKVLIDTA AGMLGRYDPR PVQPDTLFPV FSVTKGITAG 540

MLHWLVDKGK FKLDETIANI WPEFSASKKD MIKVHHVLNH SSGLHNAMSD VMRTNPLLLC 600

DWEESLHRIA QSAPETEPGS QQLYHYLSFG WLCGGVIEHA SGKKFQEVLE EAFIHPLNIE 660

GELYIGIPPG VESRLAALTL DTEDLQNLLE INGRPEMPSS LQEGNLAEIA SGVPVLFNTL 720

NIRRAVIPAA NGHCSARALA RYYAALANGG STPPPHSLVS KPPLGSHVHV PTFPSFKQPK 780

KKLRIKEIDN PDTPTKKTDG LRRRGCSNSN SPKNNKAYNI VDNNIDNDAQ KSVQRIFSSP 840

KIHDAFMGVG DYSDMVIADG KFGLGFRRFN TAAGNPTSFG HSGVGGSTGF CNIEHNFSIA 900

VTVNKMSLGG VTRSIIQLVC SELNIPVPEE FSRFGEKGPD MQFNLGL 947

Nucleotide Sequence
(FASTA)

ATGGGATGGG GAAACATTTA CAAAAGGCGC CTGAAAGTAT TCACTCTAGC ATTGGTGATA 60

TACCTCGATT ACAAGGCCGT GCAGAAAAGA GAGAAATGGT TTAGTAAAAG CAAAAAGGAA 120

GCCTTATGGC AGCGAACCCA TGAGCGAAAT GCTAAACGTG TTCTCAATTT GATGATCGAG 180

ATGGAAGGTC TGTGGGTAAA ACTTGGTCAA TATTTATCTA CCCGAGCAGA TGTTCTTCCA 240

GAGGCTTATA TATATCTTCT CAAACAGCTG CAGGACTCTC TTCCTCCTCG GCCATTGAAA 300

GAGGTTAGCC AAACTATAGA GAAGGAGCTG GGAAAATCTG TGAATGATAT TTTCTCTCAT 360

TTTGTCGAGG CACCCCTTGC TACTGCATCT CTGGCACAAG TTCATCGTGC AACTCTAAGG 420

GATGGGCAAG AGGTGGTTGT TAAAGTTCAA CATGAGGGCA TCAAAGAAGT CATCTTAGAG 480

GATTTAAAGA ATGCAAAATC AATAGTTGAC TGGATAGCCT GGGCGGAGCC ACAATATGAC 540

TTCAACCCTA TGATTGATGA ATGGTGTAAG GAGGCACCTA AAGAACTTGA TTTCAATCAA 600

GAAGCAGAAA ACACTAGAAA AGTCTACAAG AACCTACGAG TAAAAAATGA GCATGATGAC 660

ATAAATTCTG TGAACAGAGT AGATGTACTG ATCCCAGAAG TTATTCAGTC ATCTGAGAGG 720

GTCCTCATTC TGGAATATAT GGATGGCATT CGTTTAAATG ACAAGGCATC ACTGGATGAA 780

TATGGTGTGG ACAAGCAAAA GCTTGTTGAA GAAATTACAT GTGCATATGC TCATCAAATA 840

TATGTTGATG GGTTTTTCAA TGGTGACCCA CATCCAGGAA ATTTTCTTGT GAGCAAGGAA 900

CCCCCCCATC GTCCAATTCT GCTTGACTTT GGCCTTACTA AGTTGATATC AAGCTCTATG 960

AAACATGCAC TAGCAAAAAT GTTTTTGGCA TGTGCTGAGG GGGACCATGT AGCTTTATTG 1020

GCAGCCTTCA CGGAGATGGG ACTTAAATTG CGCCTTGACA TGCCCGACCA GGCTATGGAC 1080

ATTGCATCAG TATTTTTTCG CAATTCCACA CCAGCAAGTG AAGCACTTGA AAATGTGAAA 1140

TCTTTGGCTG ATCAAAGAGA GAAGAATATG AAGTTTATTC AAGAAAAGAT GAAGTTGAAC 1200

AAAAAGGAAG TTCAGCATTT TAACCCTGTT GATGCTTTCC CAGGTGATGC AGTTATATTT 1260

ATAAGGGTAG TAAATCTTCT TCGAGGGCTT TCTTCTACAC TTGATGTTCG TATTGTTTAT 1320

TTGGACATCA TGAAACCATT TGCTGAGTCA ACACTACTAG GAAGCATCAG GACTGAGCCA 1380

GCGTTGGATA CCCAATGGAT TTATGATTCA CCAATTCACT CTGATGTGGA GGCCAAGTTG 1440

AGGCAACTCC TGGTTGAGCT GGGAAATGAG AAAATACTTG GGATACAAGT GTGTGCATAC 1500

AAAGATGGAA AGGTCTTAAT AGATACTGCT GCTGGCATGC TTGGGAGATA TGATCCTCGA 1560

CCTGTTCAAC CTGACACCTT ATTTCCTGTC TTCTCAGTAA CAAAAGGAAT CACTGCTGGG 1620

ATGTTACATT GGCTTGTGGA TAAGGGGAAA TTCAAGCTTG ATGAAACCAT AGCAAATATT 1680

TGGCCAGAGT TTAGTGCCAG CAAAAAAGAT ATGATAAAGG TTCATCATGT TCTTAACCAC 1740

TCATCTGGTT TGCACAACGC TATGTCTGAT GTAATGAGGA CCAATCCTTT GCTACTTTGT 1800

GACTGGGAGG AATCTCTACA CCGTATTGCT CAGTCAGCTC CTGAGACAGA ACCAGGTTCC 1860

CAACAACTAT ACCACTACTT GTCTTTTGGT TGGCTATGTG GTGGTGTAAT AGAGCATGCA 1920

TCTGGAAAGA AATTTCAAGA AGTACTGGAA GAAGCTTTTA TTCACCCTCT CAATATTGAA 1980

GGTGAACTAT ATATTGGCAT TCCTCCTGGT GTAGAGTCTC GGTTGGCAGC ACTCACACTG 2040

GACACAGAAG ATCTACAAAA TCTCCTTGAA ATCAATGGCA GGCCGGAAAT GCCATCCAGC 2100

TTGCAGGAGG GTAATTTAGC TGAGATCGCA TCTGGCGTTC CTGTGCTCTT TAACACACTA 2160

AACATCCGGC GAGCCGTGAT TCCTGCTGCC AATGGGCATT GCTCGGCTCG TGCCTTGGCA 2220

CGCTATTATG CTGCCCTTGC TAATGGTGGA TCCACTCCTC CACCTCATTC ACTTGTTTCC 2280

AAGCCTCCCC TCGGAAGTCA TGTACATGTT CCAACATTTC CTTCCTTCAA GCAACCCAAG 2340

AAGAAATTGA GAATCAAGGA GATAGATAAT CCAGATACAC CGACCAAGAA GACCGATGGC 2400

TTACGTCGCA GGGGTTGTAG CAATAGCAAT AGTCCAAAAA ATAACAAGGC TTATAACATT 2460

GTAGACAACA ACATCGACAA TGATGCACAG AAAAGTGTCC AAAGAATATT TAGCAGCCCC 2520

AAGATCCATG ATGCTTTCAT GGGTGTGGGT GATTACTCCG ACATGGTTAT TGCAGACGGT 2580

AAATTTGGGC TCGGGTTTAG GAGATTTAAT ACTGCAGCTG GTAATCCAAC GAGTTTTGGC 2640

CACTCTGGAG TAGGCGGATC CACTGGATTC TGTAATATTG AGCACAATTT CTCAATTGCA 2700

GTCACAGTAA ACAAGATGTC ACTTGGTGGT GTTACAAGAA GTATAATTCA GCTGGTTTGC 2760

TCTGAGCTGA ACATTCCTGT GCCCGAAGAA TTCTCGAGGT TCGGGGAGAA GGGACCCGAC 2820

ATGCAGTTCA ATCTGGGTCT GTAG 2844

Domain Profile

S: 3     kPlaaASlaqvhkArLkdGeeVAVKvqypgvkesidsDlktlelllkvlevlfkdlklew  62

          Pla+ASlaqvh+A L+dG+eV+VKvq+ g+ke i  Dlk+ +++++  +   +++ ++

Q: 124   APLATASLAQVHRATLRDGQEVVVKVQHEGIKEVILEDLKNAKSIVDWIAWAEPQYDFNP  183

         7***********************************************************

S: 63    lvdelkkeLaleldferEarnaekfrkllkkfk...........alkvPkvleelstkrv  111

         ++de  ke + eldf++Ea+n +k+ k+l+  +           ++ +P+v++  s++rv

Q: 184   MIDEWCKEAPKELDFNQEAENTRKVYKNLRVKNehddinsvnrvDVLIPEVIQ--SSERV  241

         *****************************865566789999999999******..*****

S: 112   LtmelvegvpvddleyiessqilrneiaekliklllkeifvdnfvhtDphpgNvlvqkss  171

         L+ e+++g +++d   +++ ++++++  e++  +++++i+vd+f   DphpgN+lv k++

Q: 242   LILEYMDGIRLNDKASLDEYGVDKQKLVEEITCAYAHQIYVDGFFNGDPHPGNFLVSKEP  301

         ********************************************************9888

S: 172   kegklelvLLDfGlsrelsekfrrlyikllkavvdrDrkkvkkksqrlaeltgeeaklla  231

              + +LLDfGl++ +s ++ ++++k+++a ++ D+ ++ +   +++ l +      +

Q: 302   P---HRPILLDFGLTKLISSSMKHALAKMFLACAEGDHVALLAAFTEMG-LKLRLDMPDQ  357

         8...7889********************************999999999.5555555555

S: 232   dalvervltlgeafasqarkeveeleklaverl  264

         ++++++v     + as+a ++v+ l ++  +++

Q: 358   AMDIASVFFRNSTPASEALENVKSLADQREKNM  390

         666666666666666665666555544443333

Domain Sequence
(FASTA)

APLATASLAQ VHRATLRDGQ EVVVKVQHEG IKEVILEDLK NAKSIVDWIA WAEPQYDFNP 60

MIDEWCKEAP KELDFNQEAE NTRKVYKNLR VKNEHDDINS VNRVDVLIPE VIQSSERVLI 120

LEYMDGIRLN DKASLDEYGV DKQKLVEEIT CAYAHQIYVD GFFNGDPHPG NFLVSKEPPH 180

RPILLDFGLT KLISSSMKHA LAKMFLACAE GDHVALLAAF TEMGLKLRLD MPDQAMDIAS 240

VFFRNSTPAS EALENVKSLA DQREKNM 267

Keyword

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Arabidopsis thaliana"; ?>Brachypodium distachyon"; ?>Brassica rapa"; ?>Cyanidioschyzon merolae"; ?>Glycine max"; ?>Oryza brachyantha"; ?>Oryza glaberrima"; ?>Oryza indica"; ?>Oryza sativa"; ?>Physcomitrella patens"; ?>Populus trichocarpa"; ?>Selaginella moellendorffii"; ?>Setaria italica"; ?>Solanum lycopersicum"; ?>Sorghum bicolor"; ?>Vitis vinifera"; ?>Zea mays"; ?>