KEGG T05044: 104769726

Camelina sativa (false flax): 104769726

Entry

104769726         CDS       T05044

Name

(RefSeq) potassium transporter 8-like isoform X1

K03549

KUP system potassium uptake protein

Organism

csat Camelina sativa (false flax)

Brite

KEGG Orthology (KO) [BR:csat00001]
09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:csat02000]
    104769726
Transporters [BR:csat02000]
Other transporters
  Electrochemical potential-driven transporters [TC:2]
   104769726

SSDB

Motif

Pfam:

K_trans NHL SBBP SGL

Other DBs

NCBI-GeneID:

104769726

NCBI-ProteinID:

XP_010492307

Position

20:6694338..6706551

AA seq 1228 aa
MDLERLSPRNPVKKESWWTVLTLAYQSLGVVYGDLATSPLYVYKSTFAEDITHSETNEEI
FGVLSLIFWTLTLIPLVKYVFIVLRADDNGEGGTFALYSLLCRHARISSLPNFQLADEDL
SEYKNNNSGEDSRRSLKATGWSLKNTLEKHKFLQNMLLVLALIGTCMVIGDGVLTPAISV
FSAVSGLELSMSKQQHQYVEVPVVCAILIILFSLQHYGTHRLGFVFAPIVLTWLLCISTI
GVYNIFHWNPHVYKALSPYYIYKFLKKTRKRGWMSLGGILLCITGSEAMFADLGHFTQLS
IQIAFTFAVYPSLILAYMGQAAYLSKHHVLESDYRIGFYVSVPEKIRWPVLGIAILAAVV
GSQAIITGTFSIIKQCTSLGCFPKVKIVHTSSRMHGQIYIPEINWTLMLLCLAVTIGFRD
TKHISNASGLAVITVMLVTTCLMSLVIILCWRKSSLYALAFIFFFGTIEALYFSASLIKF
LEGAWVPVALSFIFLLIMYVWHYGTLKRYEFDVQNKVSINWLLTLFGSSNLGIVRVRGIG
VINTELVAGIPAIFSHFITNLPAFHQVVVFLCVKSVPVPHVKPEERFLVGRVGPKEYRLY
RCIARYGYRDVHKDDVEFENDLICSIAEFIRSDKPLNYSPDPENESGTSERLTVVAASSS
NLEGVQFFEDEGSDKQEPSSSSEVTVVVTPSPRIKKRVRFVLPESARIERSAEEELTELT
EAREAGMAFIMGHSYVRAKSGSSVMKKIAINFGYDFLRRNSRGPCYGLSTPHASTLEVEI
VSGLVTNVASMLWKWLWSLQTSTTTTTTTKSGVSSRSMVKYESRYNIETVFDGSKLGIEP
YAIEVSPNGGELIVLDSENSNIHKIAMPLSRYGKPKLVSGSQEGYTGHVDGKLKEAKMNR
PRGLAIDDSGNIYVADTNNMVIRKISDDGVSTIAAGGRWSGGSKEESMRFSDDFDLIYVS
SSCSLLVIDRGNQMIREIQLHDHDCSHQEPDTDDSLHLGTALLVAAMFFGYMLALLVRRV
RSLFSWSRHDSKKYVAKQNMTMAPYQRYPRPVRQPLIPPQHEPEKEEGFLGSLGKLVVKT
GSSVSEMMSGSRNVIPPNFHQYHHQQEQNQWPVQESFAIPEEDGPPALEPRSGTNPDKPY
LRAQSTNQNRSYYQDYDQYQNQQKRNANDAASFEDNREKNEIVFGAVQEQDGRREAMVIK
AVDFNEAVSDQRNLRPRINYMGYSSQVY

NT seq 3687 nt +upstreamnt +downstreamnt
atggatctcgagcgtctaagcccaagaaacccagttaagaaagaatcttggtggacagtt
ctgactttagcataccagagcttaggtgtagtctatggagatttagcgacttcgccattg
tatgtctacaagagcacttttgctgaagacatcacacattcagagacaaacgaagagatc
tttggtgttctgtctctcatcttctggacattaactttaatcccacttgtcaaatacgtt
tttattgtgcttcgtgctgatgataatggtgaaggtgggacttttgctctctactcttta
ctgtgtcgtcatgctagaatcagctctttgcccaatttccagctcgctgatgaggatctt
tctgagtataagaataataactccggggaggattcgaggaggagtttgaaagctactggg
tggagtttgaaaaacacgttggagaagcataagtttcttcagaacatgttgcttgttctt
gctctgattgggacttgtatggttattggtgatggtgttcttacacctgcaatctctgtt
ttctctgcagtctctggattagagttatccatgtccaagcagcaacatcaatatgtggag
gtgcctgtggtctgcgccatactcataatcttgttctcgctacaacactatggaacacat
cgtttagggtttgtatttgctcccattgtgctgacatggcttctctgcataagcaccatt
ggtgtatacaacatcttccactggaatcctcatgtttacaaagcattgtctccttattac
atctacaagttcctcaagaaaactcgtaaacgcggttggatgtctctcggtggcatcctt
ttatgcataacaggatcagaagctatgtttgctgatctaggacacttcactcagttgtca
atacagattgcattcacatttgctgtttacccgtcgttaatcctcgcatacatgggtcaa
gctgcgtatctatctaagcaccatgtcctagagagtgattaccggattggattttatgtt
tctgtacctgagaaaataagatggccagttttggggattgctatattggcggctgttgtt
ggaagtcaggcgataatcacaggaacattctcgatcatcaagcaatgtacttctctaggt
tgcttcccaaaagtcaaaatcgtacacacttcatctagaatgcacggtcagatatatatc
cctgagatcaattggactctcatgctcttgtgcttagccgtcaccattggcttccgcgat
accaaacacataagtaacgcctcaggtttggcggttattaccgttatgctggtaacgacc
tgcttgatgtcactggtaatcatcttatgctggcgcaaaagctcactctacgcactagcc
tttattttcttctttggaacaatcgaagctctttatttctcagcttcactaatcaaattc
ctcgaaggcgcttgggttccagtagcactctctttcatcttcctcctcatcatgtacgtt
tggcactacggtacccttaagcgttacgaattcgacgtccagaacaaagtctcaatcaac
tggctcctcacactcttcggctcctcaaacctaggcatcgtccgagtccgtgggataggc
gtgatcaacaccgagctagtagccggcataccagcaatattctctcatttcatcactaac
cttccagcgtttcaccaagttgtcgtctttctctgcgtgaaatcagtccccgtcccgcat
gtgaaaccggaagaacggtttctcgttggaagggtcggaccaaaggagtaccggctatac
cgatgtatagctcggtatggataccgtgacgtccacaaagatgacgtcgagtttgagaac
gacctcatttgcagtatcgcggagtttatacgttcagataaaccgttaaattactctccg
gacccggaaaacgaatccggaaccagtgagaggctaactgtcgttgctgcttcctcatcc
aatcttgaaggcgtacaattctttgaagatgaggggtctgacaaacaagaaccatcctct
tcttccgaggtaaccgtggtggtaactccttcgccaagaatcaagaaaagggtacggttt
gtgttaccggaaagtgcgaggattgaaagatctgcggaggaggagctaacagagcttact
gaggcgcgtgaggcaggaatggcgtttataatgggacattcgtatgttagagcaaaatcg
gggtcgagtgtgatgaagaagatcgctatcaactttggttacgattttctaagaagaaac
tcgagagggccttgttatggtctctctactcctcacgcttctactttagaagttgagatt
gtaagtggacttgtgacaaatgtagcatcaatgctctggaaatggttatggtctcttcaa
acatcaacaaccacaacgaccaccacaaaatctggtgtttctagtcgttcgatggtgaaa
tatgaaagtagatataacatagagacagtgtttgatggaagtaagcttgggattgagcca
tatgcaattgaagtttctccaaatggtggggagcttattgtcttggattctgagaacagt
aacatccacaaaatagccatgcctctttctagatatggtaaaccaaagctagtctctggt
tcacaagaaggctacacaggacacgtcgatggaaagctcaaagaagcgaaaatgaatcgt
cctcgaggattagctatcgacgacagtggaaacatctacgtcgcagatactaacaatatg
gtcatacgcaagatcagcgacgacggagtctcaaccatcgccgccggaggaagatggagc
ggtggatctaaagaagagtcgatgagattctctgatgactttgatttgatctacgtctct
tcaagctgctctcttctagtcattgatcgaggaaatcaaatgattagagagattcaactt
cacgatcacgactgctctcatcaagaacccgacactgatgatagtctccatcttggaacc
gctttgctcgtagctgctatgttctttggatatatgttagcattattagtacgtagagta
cgatcgttgttctcttggtctcgccatgatagtaaaaagtatgtagcaaaacagaacatg
acaatggctccatatcaacgttatccaagaccggttcgacaacctttaatcccacctcaa
cacgaaccggaaaaagaagaaggatttctcggttcgcttggaaagctagtggtgaaaacc
ggttcttcggtttccgagatgatgtccggttctagaaatgtaatcccaccaaactttcat
cagtaccaccatcagcaagaacagaatcagtggccggtacaagagagctttgctatacca
gaagaagatggaccaccggctttagaaccacgatcaggtacgaatccggataaaccatac
cttagagcacaatcaacaaaccaaaaccggtcttattaccaagactatgaccaataccaa
aaccagcagaaacgaaacgcgaacgatgcggcgtcgttcgaagacaaccgagagaagaac
gagatcgtatttggggctgttcaggagcaggacggtcgccgagaagcaatggtgatcaag
gccgttgatttcaacgaagccgtgagcgatcagcgaaatctacgtcctagaattaattat
atgggatactcttctcaagtttactga

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (4)   
   Pfam (4)   
All databases (17)   

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