KEGG   Helianthus annuus (common sunflower): 110897370
Entry
110897370         CDS       T05101                                 
Name
(RefSeq) G-type lectin S-receptor-like serine/threonine-protein kinase SD2-5
Organism
han  Helianthus annuus (common sunflower)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr B_lectin PAN_2 S_locus_glycop Kinase-like PAN_1 ABC1 PAN_4 YukC
Other DBs
NCBI-GeneID: 110897370
NCBI-ProteinID: XP_021999815
Position
13:4714367..4717958
AA seq 1076 aa
MRINISSFFFAFFLILMLSPIATAESYSATAELSTTWSTNYSAVNPILRRETNVAVFTCG
FFCEDNCTFYYFAIFISPSTESPGQSKFVWSAKQPVRENAILNFTAAGDLVLVDVDGFIV
WNTDTAGKSVAGMNLTDTGNLVLFDDQNSVVWQSFDDPTDSLLPGQKLFQEQELQSHTSL
TQFWEGMYSLKLTDTGVFGYAYNSQLYYRWLVYGKGTNKGRRYMKFLNGSLSFCIEYSSE
PSEPVGVIAIPEASSAQYMKLRPDGHLQVFEWQLEEWKVIKDLTTVFQSYSYTADLSTTW
DTNYSDVQPMLLRRANGVQFACGFLCEGNCTDDNKTFHYIFAIFISPATYNFNNENKAVW
SANRDHPVGIDAILNFTAAGELVLKDGDGSIVWTTNTAGKSVVGMNLTDTGNLVLFDDQN
SVVWQSFDHPTDCLLLGQKLLQDQKLKSSVSSSNFSEGMFSLQVTNEGLFGYIESNPPQV
YYIRLVYGKDTNKERKYIRFLNGSLSFFNHSSKPSDPVGVIDIPEASSAQYMKLMPDGHL
QVFEFQSDEWRMVSDVTSDAVEECDYPLRCGRYSICSTNNEQCSCPGIEYFRLVNDRQPN
LGCYEITPLTCNSTQTQGFITLENVTYFTYIPDMKEVSIETCKQACLHNCSCKAAFYHYG
WNSSSGKCFLRSELFTMKTVDQGYYTATAFIKVQNATTHHVSHQVAKIVGSTIGSFMLLL
VVAIGFVTYVVHKRKWDVEMEEDYLDQVPGMPTRFSYEELRIATENFSKKLGEGGFGSVF
EGSLKDESKIAVKCLEGLSHIKKSFLAEVQSIGSIHHVNLVRLRGFCTWKSQRLLVYDFM
SNGSLDRWIYHGVREQILEWECRKKVTLDIAKGLAYLHEDCRQKIVHLDIKPQNILLDNN
FNAKVSDFGLSKLIDKTQAEVMTTIKGTPGYIAPEWWSSIITEKVDVYSFGIVLLEILCG
RRVFDRSQPEESWHLLFVFQKCWEQGTLSDMVDEHSEDMQVHKTEVLEMMKLAAWCLQTN
YKKRPSMSTVVKVLEGGMNVEPNLDYNFTDPRIQEPTVGDKKDFTLLPSTLLSGPR
NT seq 3231 nt   +upstreamnt  +downstreamnt
atgaggattaatatttctagtttcttctttgccttttttctaattctcatgttatcaccc
attgccactgctgaatcatattcagctacagcagagctttccaccacatggagcaccaat
tactcggctgtcaatcccatcctccgtagagaaaccaatgtagctgtattcacctgcggc
ttcttctgtgaagataattgtaccttttactactttgccatattcatttctccgtcaact
gaatcccctgggcaatctaaattcgtatggtcagccaaacaacccgtccgggaaaatgca
atactgaattttactgcagctggagacttggtgctagtggatgtagatggatttatagtt
tggaacaccgacacagctggaaaatcggttgctggcatgaacctaactgatactggaaat
ctggtgttgttcgatgaccagaactcggtagtttggcaatcttttgatgacccaactgac
tctttgttacctggccaaaagctgtttcaagaacaagaactgcaatctcatacttcttta
acccagttttgggaagggatgtattctcttaaactcacagatacaggggtgtttggttat
gcatacaatagtcaactgtattacagatggttggtctatggaaaaggtacaaacaaagga
agaagatacatgaagttcttgaatgggagtttatcgttctgtatagagtactcttccgag
ccaagtgaacctgttggtgtgattgccatacctgaagcatcgtcagctcagtatatgaaa
ctgaggccagatggccatttgcaagtgtttgaatggcagttagaagagtggaaagtgata
aaagatcttactacagtttttcaatcatattcttatacagcagacctttcgacaacatgg
gataccaattactcagatgtccaacccatgctccttagaagagccaatggggttcaattc
gcctgtggctttctctgtgaaggaaattgtacagacgacaacaaaactttccactacatc
tttgccatattcatttctccggccacttataatttcaataacgaaaataaagctgtttgg
tcagccaacagagaccatccggtcgggattgatgcaatactgaatttcactgcagctgga
gaattggtgctaaaggatggagatggaagcatagtttggaccaccaacactgcaggaaaa
tcagttgtgggcatgaacctgactgataccggaaatttggtgttgttcgatgaccagaac
tcggtagtttggcaatcttttgatcacccaacagactgcttgttacttggccaaaagctg
ctacaagatcaaaaactgaaatctagtgtttcatcaagtaacttttcagaaggtatgttt
tctcttcaggttacgaatgaaggtttgtttggttatattgaatcaaacccacctcaagtc
tattacattaggttggtctatggcaaagatacaaataaagaaagaaaatacattaggttc
ttgaatgggagtttgtcattcttcaatcattcttccaagccaagtgatcctgttggtgtg
attgacatacctgaagcatcatcagctcagtatatgaaactgatgccagatggccatttg
caagtgtttgagtttcaatctgatgagtggagaatggtatcagatgttacaagtgatgct
gttgaagagtgtgattatcctttgcgttgcggaagatattccatttgctcaactaataat
gaacaatgtagttgtcctggaatagaatattttagactagtgaacgatcgtcaacccaac
ctgggttgctatgaaattactcctctcacatgtaattctacacaaactcaaggttttatc
acactcgaaaatgtcacgtacttcacctatattcccgacatgaaggaggtgagtattgag
acttgcaaacaagcgtgtctacacaattgctcatgcaaagcagctttttaccactacggt
tggaattcttcgagtggaaaatgttttctgcgttcagagctatttacaatgaagactgtt
gatcaaggttattatactgctacagcttttataaaagtccagaatgctacaacacatcat
gtgtctcatcaagtggcaaaaattgtaggctctacgattggaagttttatgcttctactt
gttgtggccatagggtttgttacgtatgtagtccacaagcgcaaatgggatgttgaaatg
gaggaagactatttagatcaagtgccaggaatgccgactcggttttcttatgaagaactg
agaatcgccacagagaattttagtaaaaagcttggcgagggaggatttggatcggttttc
gaagggagtctcaaagatgaatcaaagattgcagtaaaatgccttgaaggcctttcacac
attaagaaatcattcctagctgaggttcaatccattggcagcattcaccatgtgaatctg
gttagacttcgaggattttgtacatggaaatcacaaagacttctagtgtatgattttatg
agtaacgggtcattagatcggtggatctaccatggagttcgggagcaaatactcgaatgg
gaatgcagaaagaaagttactcttgatatagccaaaggtttagcgtatctccatgaagat
tgtaggcaaaaaattgtgcaccttgatattaaacctcaaaacatacttcttgacaacaat
ttcaatgccaaagtatccgactttgggttatctaagctcattgataaaactcaagccgaa
gtgatgactaccataaaaggaacacctggatatatcgctccagaatggtggagctcaatt
atcacagaaaaggtggacgtttacagctttgggatcgttcttttggagatcttatgtggg
aggagagttttcgatagatctcagccggaagaaagctggcacttgctctttgtctttcag
aaatgctgggagcaaggaacattgtcggatatggttgacgaacacagtgaagatatgcag
gtacacaaaactgaagtcctggagatgatgaaactggctgcatggtgtttacaaacaaac
tataagaaaaggccttcaatgtcaacggtggttaaggtgttagaaggaggaatgaatgtc
gaaccgaacttggattacaacttcacagatcccagaatccaggaaccaacagttggagac
aagaaagatttcacattattgccgtcaactcttctctcggggccaagataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (19)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (32)   

Download RDF
DBGET integrated database retrieval system