KEGG   Nelumbo nucifera (sacred lotus): 104612756
Entry
104612756         CDS       T04131                                 
Name
(RefSeq) guanine nucleotide exchange factor SPIKE 1
  KO
K21852  dedicator of cytokinesis protein 6/7/8
Organism
nnu  Nelumbo nucifera (sacred lotus)
Brite
KEGG Orthology (KO) [BR:nnu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:nnu04131]
    104612756
Membrane trafficking [BR:nnu04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    104612756
SSDB
Motif
Pfam: DHR-2_Lobe_A DOCK-C2 DHR-2_Lobe_C DHR-2_Lobe_B
Other DBs
NCBI-GeneID: 104612756
NCBI-ProteinID: XP_010278623
UniProt: A0A1U8BF44
Position
Un
AA seq 1848 aa
MEESPSGGHRFRRIPHQLFDSCPELDPLLNENLEQWPHLNELVQCYKADWVKDENKYGHY
ESISPILFQNQLFEGPDTDVETEMRLANVRHSKAEDATDDDAPSTSGRQSSDIGSTNMLY
SKVLKHFGESPLPAYEPAFDWENERSKIFGQRTPESHPMQYKSGLKISVKLLSLSFQAGL
VEPFYGTICLYNRERREKLSEDFYFRVLPTDIQDDRLSSERHGVFSLDAPSPAVCLLIQL
ERPATEEGGVTPSVYSRKEPVHLTERERQKLQVWSRIMPYRESFAWALVPLFDNHIAASS
GGATSPSSPLAASMSVSSSQESAEPVTRIMLDGKPTQYSSESCVVEISNLNKVKECYTED
SLQDPKRKVHKPVKGVLRLEIEKLQSGHFDLDNISECGSVTNDSIDAGDRFADSAFSKCL
SNGSEGARNGNSRWNVLESKELRRNGSSVVTGNNPDFSADDFHAFDFRTMTRSEPFSELL
HCLYLYPLTVNLSRKRNLFIRVELRKDDADIRKQPVEAMYPRGPGLSLQKWVHTQVAVGA
RVACYHDEIKLCLPALLAPQHHILFTFFHIDLQTKVEAPKPVIVGYAALPLSAHIQLHSE
ISLPIMRELVPHYLQDNGKERLDYLEDGKNVFRLRLRLCSSLFPINERIRDFFLEYDRHT
LRTSPPWGSELLEAINSLKNVESMFLLQFLQPILNMLLHLIGDGGETLQVAAFRAMVNIL
TRVQQESADGAERNRFLVNYVDYAFDDFGGRQPPVYPGLSTVWGSLARSKAKGYRVGPVY
DDVLAMAWFFLELIVKSMALEQTRLFYHSLPLGEDVPPLQLKEGVFRCIMQLYDCLLTEV
HERCKKGLSLAKRLNSSLAFFCYDLLSVVEPRQVFELVSLYMDKFSGVCQSVLHDCKLTY
LQILCDHDLFVEMPGRDPSDRNYLSSVLIQELFLTWDHDDLSLRSKAARILVVLTCKHEF
DVRYQKPEDKLYIAQLYFPLIGQILDEMPVFYNLNAVEKREVLIVVMQILRNLDNASLVK
AWQQSVARTRLFFKLLEECLVLFEHKKPNDSTLLGCSSRSPDREGPVSPKYSDKLSPAIN
NYLSEASRQEVRPQGTPENGYLWQRISPQLSSPSQPYSLREALAQAQSSRIGPSTRALRE
SLHPILRQKLELWEENLSASVSLQVLEITEKFSTAAASHSISTDYGKLDCITSILMSFFS
RSQSLAFWKCLFPVFNNIFNLDGATLMARENDRFLKQIAFHLLRLAVFRNDNIRKRAVIG
LQILVRSSFYYFMQTTRLRVMLTITLSELMSDVQVTQMKSDGSLEKSGEAKRLGKSLEEM
ADDVRSPNLLKECGLSEDVLTAVPEGSTEIRWSWLEVKPLSDSLLQALDAGLEHALLAST
MTVDRYAAAESFYRLAMAYAPVPDLHIMWLLHLCDAHQEMQSWAEAAQCAVAVAGVIMQA
LVGRNDAVWSRDHVAALRKICPMVSSEITAEASAAEVEGYGASKLTVDSAVKYLQLANKL
FSQAELYHFCASIQELIIPVYKSRRAYGQLAKCHTTLTNIYESILEQESSPIPFTDATYY
RVGFYGERFGKLDRKEYVYREPRDVRLGDIMEKLSHIYESRMDGNQTLHIIPDSRQVNAD
ELQPGVCYLQITAVDPVMEDEDLGSRRERIFSLSTGSMRARVFDRFLFDTPFTKNGKTQG
GLEDQWKRRTVLQTKGSFPALVNRLLVIKSESLEFSPVENAIGMIETRTAALRNELEEPR
SSEGDQLPRLQSLQRILQGSVAVQVNSGVLSVCTAFLSGEPATRLRSQELQQLIAALLEF
MAVCKRAIRVHFRLIGEEDQDFHTQLVNGFQSLTAELSHYIPAILSEL
NT seq 5547 nt   +upstreamnt  +downstreamnt
atggaagaatcaccatctggtggacatcggtttagaagaataccacaccaactatttgat
tcttgtccagagttagatccactgctcaatgaaaatttggagcagtggccgcatctcaat
gaactggttcaatgctataaggcagattgggtaaaggatgaaaacaagtatgggcactat
gaaagcatatctcctattttgtttcaaaatcagctatttgaagggcctgatactgatgta
gaaacggagatgcgtcttgccaatgtaaggcattccaaggctgaagatgctactgatgat
gatgctcctagcacctcaggaaggcaatcctcagatattggctcaactaacatgctgtac
tcaaaggttttgaagcattttggtgaatctccattgcctgcttatgagccagcttttgat
tgggaaaatgagaggtcaaaaatatttgggcaaaggactccagaaagtcatccaatgcag
tataaaagtggattgaagatctctgtgaaacttttgtcattatcatttcaggctgggctt
gttgagccattttatggtacaatttgcttgtataatagagagagaagagagaaactgtcg
gaggatttctattttcgtgtgctaccaacagacatacaggatgatagactttcttctgag
cgacacggtgttttctctttagatgctccatcaccagcagtttgcctgctgatacagcta
gagaggccagcaacagaagaaggaggggttactccttctgtatattcacgcaaagaacca
gtccatttaactgagagagaaaggcagaagcttcaagtgtggtcccgaatcatgccttac
agagagtcttttgcttgggctttggttccactgtttgataaccacattgctgcatcttct
ggtggtgctacctctcctagcagcccccttgccgctagtatgtctgtgtcaagttcccaa
gagagtgctgaacctgttacaagaattatgttagatgggaaaccaacccaatattcaagt
gaaagctgtgttgtcgaaatttcaaacctaaataaggttaaagaatgctatactgaggac
tcacttcaggatcctaaacggaaggttcataagccagtgaaaggtgttctgaggttggaa
attgaaaagctacaatctggccattttgatctggacaatatttcagaatgtggcagcgtg
accaacgattcaattgatgctggcgaccgttttgctgattctgcattctctaaatgcctc
agtaatggttctgaaggtgctcggaatggcaattctagatggaatgtccttgagagtaaa
gaattgcgcagaaatggttccagtgttgttactggaaataatcctgatttcagtgctgat
gatttccatgcttttgacttccgtactatgacaagaagtgaaccattttcagagcttctt
cattgtctttatttgtatccattgactgtcaatttgagtcggaaaaggaatttatttata
agggtggaattgagaaaagatgatgcagatatccgtaagcaacctgttgaggcaatgtat
ccaagaggcccaggtttatcgcttcagaagtgggttcatacccaagtagctgttggtgct
cgggtggcctgttaccatgatgaaattaagctctgtcttcctgctcttttggcaccgcaa
catcatattttatttactttctttcatattgatcttcaaacaaaagttgaagctccaaaa
cctgtgatagttggttatgctgcactcccattgtctgcacatattcagttacattctgaa
atttcccttccgattatgagagagctggttccacactatctgcaagacaatggcaaggag
aggctggattacttggaagatggaaagaatgtgttcagattgcggttgaggctgtgttcc
tctttatttccgattaatgagcgcattcgagatttttttcttgaatatgataggcatact
cttcgcacaagtccaccttggggatctgaacttctggaagcaatcaacagcttgaagaat
gttgaatccatgttcttgctgcagtttctgcagccaatcttgaatatgcttctccatctt
ataggcgatggtggtgaaacacttcaggttgcagcctttcgagccatggtcaatatatta
acccgggtacaacaggaatcagcagatggtgctgaaagaaaccgttttcttgttaattat
gtggattatgcttttgatgactttgggggtagacagccaccagtttatcctggcttatcc
acggtctggggcagcttggctcgcagcaaggctaaaggttaccgtgttgggccagtttat
gatgatgtgttagcaatggcttggttttttctagaattaatagtgaagtcaatggcgcta
gagcagactcgtctattctatcatagtcttcctttaggtgaagatgttccaccattacaa
ttgaaggaaggtgtattcagatgcatcatgcagctgtatgactgcctacttacagaggtg
catgaacgctgcaagaaggggttaagcttggcaaaacgtttgaatagcagcttggccttc
ttttgttatgatcttttgtctgttgttgagcctagacaggttttcgagctggtatcattg
tacatggacaaattctctggggtttgtcaatctgttttgcatgactgcaaacttacatac
ttgcagatattatgtgatcatgatcttttcgtggaaatgccagggagggatccttctgat
aggaactacctttcatctgttctaatacaggagcttttccttacatgggatcatgatgat
ttatctctgcgatccaaagcggctcgaatcttggttgtgcttacgtgcaagcatgagttt
gatgttcgataccaaaagcctgaagataaattatacattgcccagttgtattttccactt
ataggacagatcctagatgaaatgcctgttttttacaacctgaatgcggttgaaaagcgt
gaggtcttaatagttgttatgcaaattctgcgcaatttggacaatgcatcacttgtcaag
gcctggcaacaaagtgttgctcgaaccagattattcttcaaactcctagaggagtgtctt
gttctttttgagcacaaaaaaccaaatgacagcacactactggggtgtagttctcgtagc
cctgacagagaaggacccgtttccccaaagtactctgataagctctcacctgcaatcaac
aactatctttctgaggcatctcgacaagaagttagacctcagggaacaccagaaaatggt
tatttgtggcagagaatcagtccccagttgagctcccctagccagccatattctttgaga
gaagctcttgctcaggcacagtcttctaggattggaccttcaacacgggcactaagagag
tctttgcacccgatattaaggcaaaaactggagctttgggaagaaaacctaagtgcatct
gttagtcttcaagttttagagatcactgagaagttttcaactgctgcagcatcccacagc
atatctactgattatggaaagctagattgtatcacttcaatacttatgagttttttctca
cgaagccagtcactggccttttggaaatgtttgtttcctgtgtttaacaatatcttcaat
cttgatggtgcaacactaatggcaagggagaatgatcgcttcttgaagcaaattgcattc
catcttcttcgactagcggttttccgaaatgataatattaggaaaagggcagtcattggt
cttcaaatacttgttaggagttccttctattacttcatgcagacaacaaggttgagggta
atgctgacaataaccttgtcagagttgatgtctgatgttcaagtgactcaaatgaaatct
gacggatcacttgagaagagtggtgaagctaagcgtcttgggaaatccttggaggaaatg
gcggatgatgttaggagtcctaacctattaaaagaatgtggactttcagaggatgttctt
acagcagttcctgaaggttctacagagattcggtggtcatggttagaagtgaaacctctc
tctgacagtctacttcaggcccttgatgctggtttggaacatgcacttcttgcttccaca
atgacagtagatcgatatgcggctgcagagagcttctatcgacttgcaatggcatatgca
cctgttcctgatcttcacataatgtggttgttgcatttatgtgatgcacatcaggagatg
cagtcctgggctgaagctgcacaatgtgctgttgctgtggctggtgttatcatgcaggcc
cttgttggaagaaatgatgctgtgtggagcagagaccatgttgctgctttacggaaaatc
tgtcccatggtcagcagtgagattactgctgaggcttctgcggctgaagtagagggttat
ggtgcatcaaagcttactgttgactctgctgtgaaatacctacagcttgcaaacaagcta
ttctctcaagcagagctttatcatttttgtgcaagcattcaagaactgatcattccagtt
tataagagtcggagggcatatgggcagcttgcaaaatgccatacaaccctgaccaacatc
tatgagtcaatccttgagcaggaatcaagcccaataccattcactgatgctacatactac
cgtgtggggttctatggagaaagatttggcaagctagacaggaaggagtatgtatacaga
gaaccccgtgatgtacgccttggtgatataatggagaagcttagtcatatctacgagtcc
aggatggatgggaatcaaacactgcatataattcctgattctagacaagtcaatgcagat
gagttgcagccaggggtatgctatttgcagataactgcagtggatcctgtcatggaggat
gaggatcttggcagcagaagagagaggatcttctctctttctactgggagcatgcgcgca
cgtgtctttgatcgcttcttgtttgacactccatttacaaaaaatggaaagacccaaggt
ggcctggaagatcagtggaagagacgaactgtacttcagacaaagggctcattcccagct
ctagtaaatcgtcttctggtgatcaaatctgaatcacttgagttctcaccagtagagaat
gcaattgggatgattgaaactcggacagctgcactaaggaatgagcttgaagagcctcgc
agttctgaaggagatcagcttccacgcctccaaagtttacaaagaatactccagggcagt
gtagctgttcaggtgaacagtggagttctgagcgtgtgtacagcctttctatcaggcgag
cctgcaaccaggctgcgttcacaagaactgcagcaacttattgctgctctgcttgaattc
atggcagtttgcaagcgtgcaatcagggtgcactttaggttaattggagaagaagaccaa
gatttccacacgcagcttgtgaatggattccagtccttaactgccgagctttcccactac
attcctgctattctctcagaattatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (17)   
   KEGG ORTHOLOGY (1)   
   RefGene (13)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (31)   

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