KEGG   Guillardia theta: GUITHDRAFT_160866
Entry
GUITHDRAFT_160866 CDS       T02925                                 
Name
(RefSeq) hypothetical protein
Organism
gtt  Guillardia theta
SSDB
Motif
Pfam: Ins145_P3_rec RIH_assoc Ion_trans RYDR_ITPR MIR
Other DBs
NCBI-GeneID: 17310550
NCBI-ProteinID: XP_005840541
JGI: Guith1_160866
UniProt: L1JYA3
Position
Unknown
AA seq 2741 aa
MQSILSSRSKVGSELFTNRTEHSFGAESLQFGVQHSNDKETPCVCLGDVLSLYFDDLGSC
ISSDGFVDEDCEVPKLSVMDSLRVDGTLFRVVAKQLYTFQKKLNSKVKKIIQTTHPVGGD
EVLNFEEVLPEERHFLEKLNAEAEAEKNHNMSECTRTLGAIVNYGQVIQLQHLKSGKFLA
IKPKEVAEIDSNCHRVVLTDQGSQEVWWILEPRYKLQNTIESINYGDSICLASVKVSGQY
LHCAHEVKSNVISSGTALSKYEVNASDVRISWKLKLYTSWQPGLDHVVKGGDLLQISHVE
SESYLSYGMEKSGLCLDKSKHLKIAKGYTKKREHIDVYSLWQIEQPECGDGGFFQFGGSF
RLRHIATNTYLAVRRIRDEGVPSMISEPIPQTLFKIHNAGQFASNTIVWDTIAYLQCTSS
SGFLHPEPDSHKKNIMQLQTGREASMCDTFRLNRVDPVIASVFYEIESYRNVLLSLLPPD
FGNDSSDFFLNNLDRAMYRTFVKTLKGIETFCSFRRNHANTVVSTSFRLESVQLSWANAV
TNIVLRQLFVHEMGVLQLVIKMTNSLQKAIKNLSNDPDQSMLLSASPRGALKSFRDSVLQ
TPGREATYSKYQHIIHLFQLSHRALSASLSNNKETVNALGDDMLLIMQQLSLDPRFAKYV
LQTVTTILSAKSHFVELMNPSILEHVLTSIDTHTTDRPVYVDLLSQFLKNQNRGIARNQC
LVLKRFIMDKRRRQYLYETFSPDQGIIMIKNCIDPKQKDVTAKTYDLEALAAGADDDVLR
MYTSTVELLDALCTGDNHASRVMITGGVYRFADFSTIMQCIGNERLPYNLRTLYSRLMNH
LYFKPNLVCSETTLKTVFTIEDLGADPFAVFDIEEKYADMHRELKRELLALFGNHSSFFV
PEVEKGSNEFSMSLIQLCYSLITNGAFRSESEIQQELVPVLICLLEPSTDEVKQSEMKNT
FSKFAPVGPDSQELAMELVAKCKAVLCDMLLFLFKLQVAVRTRKLLAICHELTPFTTSAN
TRRMSCSDPRISARSSKNTLLKRRASSFIWFNTFKPGESTMEADPCHQLLEKMRDVKERL
SRILVELWKYKDPQLAFKTFQVLLRCNSPTLDLYLQIFDVQVLSQDTSMRDYKMATSLFQ
DLKRMFPAFRLLALPNNDLNFFDASQRSQFVSCITSLADMCKIRGTIAEFESQRFTNQQM
LRRLGVHTFILDVIKSLILPHEQHSEDFVKRIEHGSTFYEPAVRSWIVDELLPACFSFIE
FFSSGMKRNQHFWGDHTRLLSRFFRAGISVAGALSGIFCGNEKLCQRLDLNIIDEVLRFI
SNESNKDEQGRDEKNYSSHISCVHFLEVAFMVDGKVVRRTQAYILQSLSGTVKHEEDGGR
EEAQEGSAPFGEDANRPLVLFRGEREPFLKRSRSKLDKAKLQPNNNIVEYNMSILRLLRF
LATDAGPGDMSIIRSILPVDRLVQDITGNYCISRAKGEMLHLFRIIYLQNHSDTRCYGFT
YSLSLWSILHHLSQLLQRCDPFSLLTVPDRSHGGDTFNSLTDSDVVMMELEMLFADHWVP
ILDVLMDEPILWYSLTDQARVDVEIIFCKLAKMLEVADVQKQNLLKAHKYEETPEIVQEF
RDLIESLGAKLASHKNLPFALPKIFRNQTDKDKIRSTLSARSQRRRSNIPKYVFRVAEEP
LESLHCNNTITIFGKAFKEIFDQPDNSTHNEQEEEEEEEDACSHASSHDELRGADDQSSK
AVQLSSRRRQEILELCKIFYYSQLGPRTIHEGQVEDLVEILISYFNPNRLQWERDVLEGL
EVLRQLADQWQHAITEQRPPGWLLKGIPRLIIEMVSREDSGDRVFFSCLGLAITVLNISP
QKPIQDSFFAIFTSSSSESFQFLNQLFLRMQQGEQETKLLMRTWQEMLQTDKSALKDYDS
FLARLGNVVDYSDRSLHAILLRGFVDWDRSNSHVDSVFRFLHALCEGHNGKLQNFLRFQA
GNVRSIDMVTSVADFIVLSSGYINPLNIEIVKTAILALAEMIQQPCRPNQKAVCETPICT
SANNILNMTAEHYVSHYQALKHIKPSESDFEKYIDEAVACFDKKIYDLKASTITVRLIQN
MNDLLFVYNPTLVYELEDKGKIEAWQIPAAPPIGDDSKVAEQEAEQVAEQFYITYITLSQ
FDESGSLNAKLSPDYIWDYVNLKSKIGVIEISRKGVLERAYFTIPKSCSYLTSASKHDLL
LSVNRANLQTQLTDFSERFDSLYSEMQHQQKLTRNQILNFFRLTSGLREKTFFLNAVIIN
VLLLLFYNYECRGSFTCGDNEPLTYFRIRPGWDVLVNVLAYIQCILAFTRQWWYVIERGV
PRAREKMMESDVKTRRSLFSSFIKMILPDHFDSVFFHLTLSNQGNRSTINRVLLIQFLYI
LTDLQFWMITVMTITNILALAYPHNGNKLFLVVHLFEIFNRSRVLQNVMKSITFRANTLL
QTAGLAFIFIYFFGVSGFYFFPELFQFAEADVMGGRKLEPNNNGARCTSVWKCTLVVLDM
GLRKGDLGEAMDDIPWKLQSNESDKYRILYRMLYTLLFFIIVTTILMNIIFGVIIDTFAE
LRARKDEIDRDVSGKCFICGIDRFIFDQHGEGASGFQEHIEEEHNMWKYLYFQVYLREKQ
YDEYSGGESYVFSRTLELARDPATHLKLIDKETGVELKRPRGQVDLHWFPQKAAMRLKSK
KKELKDVVQEKIKTIQEENKLQAKRLDKSMDDALFLLSPTI
NT seq 8226 nt   +upstreamnt  +downstreamnt
atgcagagtatactgagctcgcgcagcaaggtagggagtgagctcttcacgaacagaaca
gagcacagcttcggtgctgagtctctgcaattcggtgtccagcacagcaatgacaaggag
acgccatgcgtgtgtctcggtgatgtgctgtcattgtacttcgacgacctgggtagctgc
atatcttccgatggctttgtagacgaggactgcgaagtacctaaactctccgttatggac
tcgttgagagtggatgggacccttttccgggtcgttgcaaagcagctgtacacgttccag
aagaagctgaacagcaaggtgaagaagatcatacagacgacgcaccctgtaggaggcgat
gaggtactgaacttcgaggaggtgcttccggaagagaggcatttcctagaaaagctgaat
gctgaggccgaggctgaaaagaaccacaacatgtctgagtgcacgaggactcttggtgcg
atcgtcaactacgggcaggtgatacaactccagcacctcaagagcggcaagttcctcgca
atcaaacctaaggaggtagcggagatagatagcaactgccacagggtagtgttgacagat
caaggtagccaggaggtctggtggatccttgagcctcgatacaagctgcagaacacgata
gagtcgatcaactacggtgactcgatctgtctggcgtccgtgaaagtgtctgggcagtac
ttgcactgtgcgcatgaagtgaaaagcaacgtgatatcttctgggacggccctgagcaag
tatgaagtcaacgcctccgatgtgagaatatcctggaagctcaagctctacacgagctgg
cagcctgggctggatcatgtggtgaagggtggagacctgctgcaaatctcacatgtggag
agcgaatcttacctttcgtacgggatggagaagtcggggctgtgtctggacaagtcaaag
catctcaagatcgccaaggggtacacgaagaagagggagcacatcgacgtctactcgttg
tggcagatcgagcagccagaatgtggcgacggggggttctttcagttcggcgggtctttt
cggctaaggcacatagctaccaacacttaccttgcagttcggaggattcgagatgaaggt
gtgccatctatgatctcagaaccgatcccacagactctcttcaagatccacaatgcagga
cagttcgcctccaacacgatcgtgtgggacacgatcgcctacctccagtgtaccagctcg
agtggatttcttcaccctgagccggactcgcacaagaagaacataatgcagctgcagact
gggagggaggcttcaatgtgcgacacgttccgcctcaatcgtgtagacccggtgatcgcc
tcggtcttctacgagattgaaagctatagaaacgtgctcctctccctcctcccacctgac
ttcgggaatgacagctcggattttttcttgaacaatcttgatagggcaatgtacagaacc
tttgtgaagaccttgaaggggatagaaacgttctgttctttccgtcgtaaccatgcaaac
actgtcgtctcaacatctttccgcctcgagagtgtgcagctgtcgtgggcgaacgccgtc
accaacatcgttcttcggcagctgtttgttcatgagatgggagtgctacagcttgtcatc
aagatgacaaactctttgcaaaaggcgatcaagaacctgtcaaatgatcctgatcagtcg
atgcttctgtctgccagtccacgtggtgctctcaagagcttccgtgacagtgttctgcaa
actccagggcgggaggcgacttactccaagtaccagcacatcatccacctgtttcagttg
tctcatcgcgcactctcggcctcgttgagcaacaacaaagagactgtgaatgctctcggt
gacgacatgttgctcatcatgcagcaactttcgttggaccctcggtttgcgaagtatgtt
ctgcaaacagtcacgacgatcttatcggccaaatcccattttgttgagcttatgaatcca
tccatcttggagcacgtgcttacgtccatagacacgcacaccacagaccgtcctgtctac
gtcgacctcctttcgcagtttttgaagaatcagaatcgtgggattgcgaggaatcaatgt
ttggttcttaagcggtttatcatggacaagaggaggagacagtatctctacgagacgttc
tctcctgatcaagggatcatcatgatcaagaactgtattgatccgaagcagaaggatgtg
acggccaagacttacgaccttgaggccctggcagcaggagctgacgatgatgtcttgagg
atgtacacctcgacagtggagctcttggatgctctttgtacaggagacaaccatgcgtct
cgtgtcatgataacgggaggagtgtacagatttgcagacttcagcacaatcatgcagtgc
attgggaacgagcggcttccgtacaacctgaggactctctactcgcgcctgatgaatcac
ctgtacttcaaaccgaacctcgtctgcagtgaaacaacattgaagacagtgttcaccatc
gaagatctcggagccgatccgtttgccgtgtttgacatcgaggagaaatacgccgacatg
catcgggagctgaagcgagaactgctggcgctgttcggcaaccattcctccttctttgtc
ccagaggttgagaagggttccaatgagttctccatgagtcttatccagctctgctactcg
ctcatcactaacggagccttccggtcggagtcggagatccagcaggagctcgttcctgtc
ctcatctgcctcctggagccttcgacagatgaggtgaagcaatcggagatgaagaacact
ttctccaagttcgctccggtggggcctgacagtcaggagctcgccatggagctggtggca
aagtgcaaggccgtcctgtgcgacatgctcctgttcttgttcaaactgcaagtcgcagtg
aggacccgcaaacttctcgccatctgccatgagttgactcccttcaccacctctgccaac
acaagaaggatgtcctgctctgacccgaggatctcggcgaggagctccaagaacaccctg
cttaagaggagggcgagcagcttcatttggttcaacacgttcaaacctggcgaatcaacc
atggaagccgatccttgtcaccagctgcttgagaagatgagagatgtaaaggagcgcctc
agcaggatactcgtggagctctggaagtataaggacccgcagcttgctttcaaaactttc
caagtcctcctccgctgcaactccccgactctcgatctttacctccagatatttgacgtt
caggtgctgtcacaagacacttcgatgagagactacaagatggcgacaagtttgtttcaa
gacctcaagcgaatgttccctgccttccgcctccttgcgttgcctaacaacgacttgaac
ttcttcgacgcatcgcaacgatctcagttcgtctcctgcatcacatctcttgccgacatg
tgcaagatacgaggaactatcgctgagttcgagagtcagaggttcaccaatcaacaaatg
ttgaggcgtctcggagtacatactttcatcctggatgtgatcaagtcgttgatcttgcca
catgagcaacactcagaagactttgtcaagagaatcgagcatgggtccaccttttacgaa
cctgctgtccgttcctggatagttgacgagttgctacctgcttgctttagcttcatcgag
ttcttctccagtgggatgaaacggaatcagcatttctggggagaccatacacgtctgctg
tcgaggtttttccgtgctggaatatccgtagctggagccctttcagggatcttttgtgga
aatgagaaactttgtcagaggctggacttgaacatcatagatgaagtcctgaggttcatc
tcaaacgagagcaacaaagacgagcagggtagagatgagaagaactactcgtctcacata
tcttgcgtccacttccttgaagttgccttcatggtggacgggaaagttgttcgacgcact
caggcgtacatcttgcaatctttgtcagggactgtgaagcatgaagaggatggtgggcgt
gaggaagcgcaggaaggaagtgctccttttggagaggacgcaaacaggccgctggtgctg
tttcgaggtgagcgggaaccgtttctcaagaggtcaagatccaagttagacaaggcgaag
ctgcaacccaacaacaacatcgtggagtacaacatgtcgatcctccgtttgctgcgattt
cttgccacggatgccggacccggtgacatgtccatcatccgtagcatccttccagtggac
aggctggttcaagacatcacagggaattactgcatttcccgagccaaaggagaaatgctc
catctatttcgcatcatctacctacagaatcactcggacacgaggtgctatggcttcact
tacagcctcagcttgtggtccatcctccaccacctctcccagctcctccagcgctgtgac
cccttctccctcctcaccgtccccgaccgctcccacggaggagacactttcaacagcctg
acagactctgatgtggtgatgatggagctggagatgctgtttgccgaccactgggtgcct
atcttggacgtcttgatggacgagccgatcttgtggtactcgctgactgatcaggctcgg
gtcgatgttgagatcattttttgcaaacttgccaagatgctcgaagtagctgatgtgcag
aaacagaaccttctgaaagcacacaagtacgaggaaactcctgagatcgttcaagagttt
cgtgacctcatcgagagtctgggtgccaagctcgcatcccacaagaacctcccgttcgct
ctccccaaaatcttccggaaccagacggacaaggataagatcaggtcgactctttctgct
aggagccagcgaaggcgctccaacatccccaagtacgtcttccgtgttgccgaggagcct
ctggagtcacttcactgcaacaacaccatcaccatcttcggcaaggccttcaaggagatc
tttgatcagcccgacaactccacccataatgagcaggaggaggaggaggaggaggaggat
gcttgttcccacgcctcttcccacgacgagctacggggggcagacgatcaaagctcgaag
gccgtgcagctgtcgtcccgacggaggcaggagatcttggagctctgcaagatcttctac
tactcccagctagggcccaggacgatccacgaggggcaggtggaggatctggtggagatt
ctcatctcctacttcaaccccaacaggctgcagtgggagagagacgtgctggagggcctc
gaagtgctcaggcagctggcagaccagtggcagcatgcgatcacagagcagaggccgccg
gggtggctgctgaagggcatccccaggctgatcatcgagatggtcagcagggaggacagc
ggcgatcgagtcttcttctcctgcctcggacttgccatcacagtcctcaacatatctccg
cagaagccgattcaagacagtttctttgctatcttcacctcttcgagctcagaatctttt
caattcctcaaccagcttttcctccgaatgcagcagggcgaacaggaaacaaaactcctc
atgcgcacatggcaggaaatgctgcagactgacaagagcgctctcaaagactatgactcc
ttccttgctcggctagggaacgtggtcgactatagcgatcgcagcttgcacgccattctc
ttgcgaggctttgtcgactgggatcggagcaacagccacgttgactcggtcttccgcttc
ctccacgccctctgcgaaggtcacaacggcaaactgcagaacttcctgcgctttcaagca
ggaaatgtccgcagcatcgacatggtgacttccgtcgccgacttcatcgtcttgagcagc
ggctacatcaacccgctgaacatcgagatcgtcaagactgcgatcctggcgctggcagag
atgatccaacaaccatgtcgtccgaatcagaaggctgtttgcgagacacctatctgcact
tccgctaacaacatcctcaacatgacagccgagcattatgtcagtcactatcaggcattg
aagcatatcaagccttctgaatctgatttcgagaaatatatcgacgaggccgtagcatgt
tttgacaagaagatatatgatctcaaagcttctactatcactgtgagattgatacaaaac
atgaatgatcttctgttcgtgtacaatcctaccttagtctacgaactcgaagataaggga
aagatagaagcatggcagatcccggctgcgcctcccatcggtgatgactcgaaagtagca
gaacaagaggcagagcaagttgcagagcaattttacatcacctacatcactctcagtcag
ttcgatgaatccggaagtctgaatgcaaagctgtcgcccgattacatctgggactatgta
aacttgaagtcaaagatcggagtgatagagatctcgcgcaagggagtgcttgagcgagca
tacttcaccatccccaagtcctgcagctaccttaccagtgcatcaaaacacgatctgctg
ctgagtgtcaacagagcaaacctgcagacccagttgacggacttcagtgaacgattcgat
tcgctgtattcggagatgcagcatcagcagaagttgacaagaaatcagattttgaacttc
tttcgactgacttctggattgagagaaaagactttctttctcaacgctgtcattatcaac
gttctcttgcttctattctacaattatgaatgtcgagggagcttcacttgtggggataac
gagcctctcacctactttcgcatcagaccaggatgggacgtgctagtgaatgtccttgca
tacattcagtgcatcctcgccttcacaaggcagtggtggtatgtcattgaaagaggtgtt
cctcgtgcaagagagaagatgatggagagcgatgtcaagacaaggagatcgttgttctcg
tcgttcatcaagatgattttaccggatcatttcgattcagtcttcttccacctcactctt
tccaaccaaggcaatcggagcacaataaatcgagttctcctgatccagttcctctacatc
ttaacagaccttcagttctggatgatcactgtcatgacaataacaaacatactggccctt
gcttacccgcataacgggaacaaactcttcttggtggtacatctctttgagatcttcaat
cgttctcgagttctccagaatgtcatgaagtcaatcacattccgggcgaacactctattg
caaaccgccgggctcgctttcatcttcatttacttcttcggagtctccggcttctacttc
ttcccggagctcttccagtttgctgaggcagatgtcatgggaggaagaaaactcgagccg
aacaacaatggagcgagatgtacatcagtatggaaatgcacacttgtagtacttgacatg
gggttgcgaaagggtgatcttggagaggccatggacgacattccatggaagcttcagtcc
aacgaatcggacaaatatcgaattctctaccgcatgttatatactctccttttcttcatc
atcgtcaccactattctgatgaacatcatctttggtgtgatcattgatacgttcgccgag
ctgcgcgcaaggaaagatgagatcgatcgggatgtatcaggcaaatgtttcatctgcggg
atcgaccgattcatcttcgatcagcacggggagggagcgagtggattccaggagcacatt
gaggaggaacacaacatgtggaagtatctttacttccaggtttatttgagggaaaagcag
tatgacgaatattcgggaggagagtcttatgtgttcagccgcacactggagcttgcaaga
gatcctgcaacccatctcaagttgatagacaaggagactggcgtcgagctcaagaggcca
agggggcaggtcgacctgcactggttcccacagaaggcggcgatgcggctgaagagcaag
aagaaggagctgaaggatgtggttcaggagaagataaagacgatacaggaggagaacaag
ttgcaagcgaagaggttggacaagagcatggatgacgcgctcttcttgctctcgccgaca
atctga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (96)   
   RefGene (92)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (105)   

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