KEGG   Thermochaetoides thermophila: CTHT_0032010
Entry
CTHT_0032010      CDS       T03100                                 
Name
(RefSeq) hypothetical protein
  KO
K18442  brefeldin A-inhibited guanine nucleotide-exchange protein
Organism
cthr  Thermochaetoides thermophila
Pathway
cthr04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:cthr00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    CTHT_0032010
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cthr04131]
    CTHT_0032010
Membrane trafficking [BR:cthr04131]
 Endosome - Golgi transport
  Arf GTPases and associated proteins
   Arf GTPase associated proteins
    CTHT_0032010
SSDB
Motif
Pfam: Sec7 BIG2_C Sec7-like_HUS Sec7-like_HDS DCB DUF6264
Other DBs
NCBI-GeneID: 18257239
NCBI-ProteinID: XP_006693642
UniProt: G0S4X5
Position
Unknown
AA seq 1861 aa
MSSLKFVVSSLDIIAAHAGRNKQLAELAEKALSAIKENDQQLPDPEILFAPLQLATKAGT
IPLTTTALDCIGKLISYSYFSAPASSALSQDGAEQTPLIERAIDTICDCFQGETTLVEIQ
LQIVKSLLAAVLNDKIIVHGAGLLKAVRQVYNIFLLSRNTANQQVAQGTLTQMVGTVFER
VKTRLHMKEARASLGRLKQSRSSLAVDRTEDQDSQAEKLDSEEGTEGTGQAAQTDGAEDE
GGKLTLKDLEHRKSFDDSHMGDGPTMVSQVKPIRPSGRSVSEQSLSESSPEESSEALDAE
DEAYIRDAYLVFRSFCNLSTKVLTPDQLYDLRGQAMRSKLISLHIIHTLLNNHIIVFTSP
LCTIRNTKNGQSTHFLQAIKYYLCLSIIRNGASSVDRVFEICCEIFWLMLKYMRAPFKNE
IAVFLNEIYLALLARKNAPLSQKLTFVGILKRLCEDPRALVELYLNYDCDRNVDNIFQTI
VEDLSRFATATIPVTPAQELQYQEHHPKAIAAGEWQIKTVLPPPLSVALIATHHDADGEI
PKEYIMKRVALDALVDTLRSLLHWSQPGRPEANGAIVNSDRRASSDDARYSIDPSLSEAA
SRMETPLAPSTPVIDDDPDQLEKEKARKTALANAIKAFNFKPKHGIKQLIKEGFIPSDKP
EDIARFLLHEERLDKAQIGEYLGEGDQKNVEIMHAFVDMMDFSKKRFVDALREFLQAFRL
PGEAQKIDRFMLKFANRYITNNPNAFANADTPYVLAYSVIMLNTDLHSPQVQKRMTKEDF
IKNNRGINDNADLPDEYLISIYEDIQNNEIVLKSERQAAAAAGTLPQTTGLAAGLGQALS
NVGRDLQREAYVQQSEEISMRSEQLFRDLYRSQRKSAAKGIVKFIPATSFKHVGSMFDVT
WMSFFSTLSSLTQNTHNLEINKLCFEGMKLGTKIACLFDLSTPREAFISALKNTANLNNP
REMQAKNVEALKVILDLAQTEGNYLKESWKDVLLCISQLDRLQLISGGVDESVVPDVSKA
RFMPPPQRTETTDRRKSTSSVRKGRPRAHTGPQGVSLEIALESRSDEVIKSVDRIFTNTA
NLSREAIIHFARALTEVSWDEIKVSGSNDSPRTYSLQKIVEISYYNMSRVRFEWSHIWDV
LGEHFNRVGCHANTAIVFFALDSLRQLSMRFLEIEELAGFKFQKDFLKPFEHVMSNSTNV
AVKDMILRCLIQMIQARGENIRSGWRTIFGVFTVAAREPYESIVNLAYENVLQVYRSRFG
VVISQGAFTDLIVCLTEFSKNMRFQKKSLQAMETLKSIIPTMLKTPECPLSQKAPGTSSQ
GETNLKSPSQQSRTSVEEGFWFPVLFAFHDVLMTGEDLEVRSNALNYFFETLLRYGGDWP
SEFWDILWRQQLYPIFMVLRSRPEMTNAMNHEELSVWLSTTMIQALRNMITLFTHYFDAL
EYMLDRFLELLALCILQENDTIARIGSNCLQQLILQNVYKFTPEHWSKIVGAFCELFERT
TAYQLFTATTINSTASLAPPSSGLELGGPLSPTTEATLPVDQKSLKINGAELGDSASPES
NAADSEASQNSQSISATTPSSSTSQSQYTPQPQLEEFKPNNPLQQQPVVVTAARRRFFNR
IISRCVLQLLMIETVNELFSNDSVYTQIPSSELLRLMALLKKSFLFAKRFNADKDLRMRL
WREGFMKQPPNLLKQESGSAATYVSILFRMFADTSPERQESKADVEAALVPLCQDIIRGY
LALDEESQHRNIMAWRPVVVDVLEGYAAFPREAFSSHINNFYPLCVELLNKDLGLELRTA
LLLVLRRVGEVGLGIESMGAATAEQQRKRAGSVLSIHHGPRPSPSMESIGDDPSSRVMGK
A
NT seq 5586 nt   +upstreamnt  +downstreamnt
atgagctcccttaaatttgtggtgtcctcactggacatcattgccgcacatgccggccgg
aacaaacagctggccgagctggccgagaaggccctctccgcgatcaaggagaacgaccag
cagctccccgatcccgagatcctattcgcgccgctccagctggccactaaagccggcact
attccgctgactacaaccgcactcgactgtattggcaagctcatatcatactcctacttc
tctgccccagcgtcctctgctctgagtcaagacggcgccgaacaaacccctctcattgag
cgcgccattgacaccatctgcgactgctttcagggcgagacaaccctggtggagatccag
ctgcagatcgtcaagtcgctccttgcagcagtgctcaatgacaagatcattgtgcacggc
gccggccttttgaaggcagttcgccaagtttacaatatctttctgctgtctcggaacact
gcaaaccagcaagtggcacaagggacacttacccagatggtgggcaccgtattcgagcgg
gtcaagacacgcttgcacatgaaggaggctcgtgcttcattaggaagactgaagcagagc
cgcagcagtctggcggttgatcgcaccgaagaccaggattcacaagccgagaagctggac
agtgaagagggaaccgagggcacaggacaagctgcccagactgacggtgccgaagatgaa
ggcgggaaactgacactcaaagatcttgaacaccgcaagagcttcgacgactcgcacatg
ggcgatgggcccaccatggtttcacaagtcaagcccattaggccatccgggcgatctgtc
tctgagcagagcctcagtgaaagttctccggaagagtcgtcagaagctttggatgccgaa
gacgaggcctacatccgggatgcttacctggtgttccgttctttctgcaacctctctaca
aaggttctgacaccggatcaactctatgaccttcgtggccaggccatgcgctccaagctt
atctcactccatatcatacacaccctgcttaacaaccacatcattgttttcacgtcgccc
ctctgcacgatcaggaataccaaaaatggacagtccacacactttttgcaggccatcaag
tattatctctgcctcagcatcattcgcaacggtgccagctcggtagaccgggtgttcgaa
atttgctgcgaaattttctggctgatgctgaagtacatgagagcgccattcaagaatgaa
attgccgtattcctcaatgaaatctacttggccctcctagcccggaagaacgcacccttg
tcccaaaagctcactttcgtgggcattctcaaaaggttatgcgaagatccgcgggctttg
gtcgagttataccttaattatgactgtgacaggaacgtggacaatattttccagacgatt
gtcgaggatctatctcgttttgcgacagctaccatccctgtcactccagcccaagagttg
caatatcaggagcaccacccgaaagcaattgcagccggcgagtggcagatcaagacggtt
cttccgccgccgctttcggttgctctaattgccactcatcacgatgcggatggagaaatc
cccaaggagtacattatgaagcgtgtggcccttgatgctcttgtggatacgttgcggtct
ctccttcattggtcgcagcctgggaggccagaagccaacggagccatcgttaattctgat
cggagagcctcgagtgatgatgctagatactcgattgacccctctcttagcgaggctgcc
tcgcgcatggaaacgccacttgcaccgtcaaccccggtcattgacgatgaccccgatcaa
cttgagaaagagaaagcaaggaaaacggctttggctaatgcgattaaagccttcaacttc
aagcctaagcatggtattaagcagttgatcaaggaagggtttatccctagtgacaagcct
gaggacatcgctcgcttccttttgcacgaagaacgattggacaaggctcagattggcgag
tacttgggtgaaggcgaccagaaaaatgtcgagatcatgcatgcctttgtggacatgatg
gacttcagcaagaagcgttttgtcgatgctctgcgtgagttcctgcaggcattccgtcta
ccgggcgaggcacaaaaaatcgatcgcttcatgctcaagttcgccaatcgctatattacc
aacaatccaaatgcatttgctaatgcagatacgccctatgtcctcgcttattctgtcatt
atgctcaataccgatctgcacagccctcaagttcagaaacggatgacgaaagaggacttc
atcaaaaataaccggggcattaacgacaatgctgatctgcccgatgagtacttgatcagt
atatatgaagacatccaaaacaacgagattgttctcaagagcgaacgacaagcggcagca
gctgctggcactctcccccagactacaggccttgctgctgggcttggccaggccttgtcc
aatgtcgggcgtgatctgcaaagagaagcatacgttcaacagtccgaagagatttccatg
cgttccgaacagctcttcagggacctgtatcgcagccagaggaagagcgctgcaaaagga
attgtcaagttcatcccagcaacctcgttcaagcatgttggctctatgttcgatgttact
tggatgtctttcttttcgactctgtctagcctgacacagaatacgcataatcttgagatc
aacaagctttgttttgaaggcatgaagctgggcactaagattgcctgcctctttgacctt
tccactcctcgagaggccttcatctctgccctcaagaacaccgccaacctcaacaacccg
agagaaatgcaagcgaagaatgttgaggctctgaaggtaatacttgatctggctcaaact
gaaggcaactacctaaaggagtcctggaaggacgttctcctgtgcatcagccaacttgat
cgtctccagctaatttccggtggtgtggacgaaagcgttgttcctgatgtctccaaggct
cgattcatgcctccgccccaacggacagagacaactgatcgtcgaaagtcgacgtcttct
gttcgcaagggccgtccacgtgcccatactggcccgcaaggtgtctcactggagatcgcc
cttgagagtcgctcggacgaagttatcaagagcgtcgatcggatctttaccaacacagcc
aatctgtcgagagaagccatcattcactttgcccgggctttgactgaagtcagctgggat
gagatcaaagtctcgggatcgaatgattcgcctcgtacctacagcctgcagaagatcgtc
gagatcagctactacaatatgtctcgtgttcgtttcgagtggagtcacatttgggatgtc
cttggtgagcacttcaatcgcgtaggctgccacgccaacacagccatcgtcttcttcgct
ctcgactcactacgccagctctccatgagattcctggagattgaagagctggcaggcttc
aagttccaaaaggattttttaaagccattcgagcatgtcatgtctaactcgactaatgtt
gcggtcaaggatatgattcttcgctgccttattcaaatgatccaggcccgaggcgagaac
atccgctcaggctggaggaccatctttggcgtcttcaccgtggctgcccgggagccatat
gagagcatcgtcaacttggcctacgagaacgtgctccaggtttatcggagtaggtttggt
gttgttatctcgcaaggcgccttcaccgatttgattgtctgccttactgaattctccaag
aacatgcgtttccagaagaagagcctgcaggctatggagactcttaaatccatcattccg
acgatgctaaagactcctgaatgccctctatctcagaaagcaccgggtacttccagtcaa
ggcgagacgaacttgaagtccccttcacagcagtctcgtacttctgtggaagagggattc
tggtttccagtactcttcgccttccatgacgtactcatgactggcgaagacctcgaggtg
cggtctaacgccctcaactacttcttcgagaccttgttaaggtatggtggagactggccg
tcagaattttgggacattctatggaggcagcagctctaccctatcttcatggtcttacgg
tccaggccggaaatgaccaatgctatgaaccacgaggagctttcggtctggctctccaca
accatgattcaggcccttcgcaacatgattaccctcttcacacattattttgatgcctta
gaatacatgcttgatcggtttctcgaacttctcgctctttgtatcttgcaggagaatgac
accattgcaaggataggtagcaattgcttgcaacagcttatcctgcaaaatgtctacaaa
ttcacaccggaacattggtcaaaaattgtcggcgctttctgcgagttgttcgagaggaca
acggcataccagctcttcacggccacaactatcaactccacggcctctcttgctcctccg
tccagtggtctcgagctcggtggtcctcttagcccgaccacagaggccactttgcccgtt
gatcagaagtcactgaagatcaatggagccgaattaggggactctgcgtcacccgaaagc
aatgctgctgacagtgaagctagccaaaacagtcaaagcatatctgcgacaactccttcg
tcctccacatcacaaagccagtataccccacaaccccagctggaagagttcaaaccaaac
aacccattgcagcagcagcctgttgtcgtcactgctgctcgtcgtcggttcttcaaccgc
atcatcagccgctgtgtcttgcagctactcatgatcgaaacggtcaacgagctcttcagc
aacgactccgtctacacccaaatcccttcctccgaactcctccgcctcatggccctgctc
aagaagtctttcctctttgccaaacgcttcaacgccgataaggacctgcgcatgcgtctc
tggcgcgaagggttcatgaagcagccgcccaacctgctcaagcaggagtcaggcagcgca
gccacctacgtctccatcctgtttcgaatgttcgccgacacctctcccgagcggcaggag
agcaaggctgatgtggaggctgcgctggttccgctgtgccaggacatcatccggggttat
cttgcgctcgacgaggaaagccagcacaggaacattatggcctggcgccccgtcgtcgtg
gatgtgctcgaggggtatgccgcgttcccacgcgaggcgttctcttcccatattaataac
ttctacccgctctgtgtggagttgttgaataaggacctggggttggagctgcgcacggcg
ttattgcttgtcctcaggcgggttggcgaggtcgggctgggtatcgaaagcatgggcgct
gctactgctgagcaacagaggaagagggccgggagcgtgctctctatccatcatgggcca
cggccgtcgccgagcatggagagcatcggtgatgacccgtcaagtcgggttatgggtaag
gcttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (17)   

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