KEGG   Torulaspora delbrueckii: TDEL_0F04920
Entry
TDEL_0F04920      CDS       T02236                                 
Symbol
TDEL0F04920
Name
(RefSeq) hypothetical protein
  KO
K18442  brefeldin A-inhibited guanine nucleotide-exchange protein
Organism
tdl  Torulaspora delbrueckii
Pathway
tdl04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:tdl00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    TDEL_0F04920 (TDEL0F04920)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:tdl04131]
    TDEL_0F04920 (TDEL0F04920)
Membrane trafficking [BR:tdl04131]
 Endosome - Golgi transport
  Arf GTPases and associated proteins
   Arf GTPase associated proteins
    TDEL_0F04920 (TDEL0F04920)
SSDB
Motif
Pfam: Sec7 Sec7-like_HUS BIG2_C Sec7-like_HDS DCB
Other DBs
NCBI-GeneID: 11501898
NCBI-ProteinID: XP_003682514
UniProt: G8ZXF9
Position
6:complement(925383..931022)
AA seq 1879 aa
MSNEETPQDSVASIAPDSTVSLSSSVEAVVPEPQQPEEVPERSQEEEHENENQDEQTNLN
VVVDSPPKQEPVSKTSKHTRNISTVSSVAGHSNIKSTISLVKGTLQAIQEERDLKKHPNA
QKMVERTLSRLSETMTQSNNDPHYLDSLLVFEVLRSTCRTKSTRIQLKALDCFSKLFSFR
ALDESLLVNPPDSSASNDQSQETSTTGITPPPKQKLIDAAIDTIAECFQGEGTDHRIELQ
IVRALSSCILVEDASSLCHGASLLKAVRTIYNIFIFSLSGSNQGIAQATLTQIVSSVFDK
IDLQKLSEAPIASHKENSNASVEVEAGKEESPAQTPLTLRTMAAINDEDDERIVEADPQE
NGTGGGSSSTDDLFIKDAFLVFRAMAKISAKPLEADLDMRSHAVRSKLLSLHIIHSIIKD
HVDVFLCRTAYVPGTENVTFLESVRQYLCLVLSRNAASSVFPVFEITSEILWLLISNLRA
EFKREIPVFFTEIYFPISELTTSTPQQKRYFLSIVQRLCNDPRTLIEFYLNYDCNPGMPN
VMEMMVDYLTRLALTRVEINQTQRSYYEEQLGRPLSTFSTGQVPLLSITNMSAATDVSQA
VLPFPLEFALKMTSLNCIVSVLRSLSSWAHRALNTNLSLDNGTPRNLSRSVSSFGHAKRA
SSVFDSSNSIKSIAADELSTSAQSQDIDDPTQFDNLKQQKTELSACIKIFNNKPKKAIPE
LIKKHFLQDDSPKSIAEWLLNTDGLDLAAVGDYLGEGDETNIAIMHAFVDEFDFTGLSIV
DALRNFLQKFRLPGEGQKIDRFMLKFAERFVDQNPGVFSKADTAYVLSYSLIMLNTDLHS
SQIKNKMTLQEFLENNEGIDNGNDLPKDFMIGLFNEIAKNEIKLQSEQHQAMLSDDKTFV
QQQQAPSAFNFFSSRDIVREAYMQVSKEISSKTELVFKNLNKTKEKNNIGVFHAASHVEH
VKSIFETLWMSFLAALTPPFKDYDDLETTNKCLDGLKISIRISATFGIEYARKSFIGALV
QFCNLQNLEEIKIKNVNAVIVLLEVALAEGNFFRESWKDVLLVVSQVERLQLISKGIDRE
SVPDVAQAKFASHRVSFESTRSNSTSFFEKWTKKATPSELAQEKHYNQSLSPEISKFISS
SELVVLMDNIFTQSSKLSGNAIVDFIKALTDVSLEEVESSQDARTPRMFSLQKMIDVCYY
NMDRIKVEWTPIWAVMGAGFNKIATNPNLAVVFFAIDSLRQLSMRFLDIEELSGFEFQSD
FLKPFEYIVQNSGNTEVQTMIIECFRNFILTKSSKIKSGWKPILESLQYTAQSPNEAIVY
KTYTLACNDIVANHFESVFAQESAFGELVAVFKEITKNQKSQKLSLHALEALKKMTQKIA
AICFDKKESKEVRESHALLLRGKDVFHDIWFPMLFCFNDTIMTANDLEVRSRALNYMFDS
LVAYGGEFDDEFWGKICTKLLFPIFGVLSKHWEVNQFNSHDDLTVWLSTTLIQALRNLIA
LFTHYFDSLNKMLDGFLGLLISCICQENDTIARIGRSCLQQLILQNVTKFDKSHWRDIGD
VFNKLFDMTTATELFEYDPLHQGRRKSSVHQVSTSGSESTQTENGANGNIEETVQRAHQE
EASEDVGNDMQAEQEETAADNNAKADLGRTESAPEADHVPQNNNLRPARRLVQTKSSEDL
RRRITVKNSIVIKCVLNLLMIELLSELFENEDFARCIPHKEAAKITRLLEKSYEFARDFN
EDYDLRTRLVEARVVDKIPNLLKQETSAAAVLINILFKLYLNDDDKKTELSERLIHICTN
VVHGYVSLDDRTMERSINSWRPVIVEILQGYYEFDDDDFQQYCSVMYDLVLKILDKSVPT
DLRHAIRIFLARVGELYIR
NT seq 5640 nt   +upstreamnt  +downstreamnt
atgtcgaacgaagagaccccacaggactccgtggcctcaattgcaccagattctactgta
tcactttcttcgagtgtcgaggctgtagtaccggaaccacaacaacctgaagaggtcccg
gaaaggtcgcaagaggaagaacatgaaaatgaaaatcaagatgagcagacgaatctgaat
gtggttgttgattctcctccaaaacaggaacctgtttcaaaaacctccaagcacacgaga
aatatttcgacagtctcttcagtcgctggtcactccaatatcaaatcaacaatttcactt
gtgaagggaactttacaagctatacaagaggaaagagatcttaaaaagcacccaaatgcg
cagaaaatggtggaaaggactttgagtaggctctcagagacaatgactcaatcaaataac
gacccacactatctggattccttattagttttcgaagtattaagatctacttgcagaact
aagtccaccaggatacagttaaaggcgttggattgtttctctaaattattctccttcagg
gccctagatgaatcgcttttggtcaatcctccagactcttcagcttccaatgatcaaagt
caggagacttcaaccactggaattacaccaccaccaaagcagaagttaatcgatgcagca
attgacactattgcagagtgtttccaaggtgaaggcaccgatcatcggattgagttacaa
atagtcagagcgctatcgagctgcatactcgtagaggatgcgagctctctatgccacggt
gcttctcttttgaaagctgtaagaacaatctacaacatattcatcttttccttgagtggt
tcaaaccagggtattgcacaagctacgttgactcaaatcgtctcatccgtattcgataag
atagatctgcaaaagctctcagaagcacccattgcttctcacaaggaaaattcaaatgct
tcagtggaggttgaagctggcaaggaagaatcaccagctcaaacaccactgactctgaga
accatggcggcaataaacgatgaagatgatgaaagaatcgttgaggcagatccacaggaa
aatggcaccggaggaggatcttcaagtactgatgatcttttcataaaggatgcatttttg
gtttttagagctatggctaaaatttcagccaaacctttggaagctgatctagacatgaga
tctcacgcagttaggtccaagttgttatcgctgcatatcatacattcgataatcaaggac
cacgttgacgtgtttctttgcagaacggcgtacgtaccaggtactgagaacgttaccttc
ctagaatcagttcgacaatatctgtgcctagtgctgtcccggaatgcagcttcttcagtt
tttcctgtctttgagatcacctcggagatactatggcttttgatatccaacctgagggca
gaattcaaaagagaaataccggtttttttcacagaaatctatttcccaatatcagagcta
actacttcaactccacaacaaaaaagatattttttgagcattgttcagagactttgtaac
gaccccagaacgctgatagagttctacctaaattatgattgtaaccctggcatgcccaac
gtgatggagatgatggtggattatttaacgagactggctttaacgcgggttgaaatcaat
cagacacagaggtcctattatgaagagcaacttggcagacccctgtcaacttttagcact
ggacaagtaccgctgttatctattacaaacatgtcagcagccactgatgtgagccaggct
gttttgcccttccctcttgagtttgcactgaaaatgacctctttgaactgtattgtgtcc
gtattacgatctttgagttcctgggcacatcgcgctctgaatacgaacctaagcttggac
aacggaacacctagaaacctgtcccgttcagtttcttcattcgggcacgcaaagagagct
tcatctgtctttgactctagtaacagtataaaaagtattgccgctgatgaactttccact
tctgcccaatctcaagacatagacgaccctactcaatttgacaacctaaagcagcaaaag
acagaactttcagcgtgtattaagatcttcaacaacaaaccaaagaaagctatcccggaa
ttaatcaaaaagcactttttgcaggacgattctccaaagtcaattgccgaatggcttttg
aacacggatggcttggacttagcagcggtgggtgactacctcggcgaaggagatgagacg
aacattgcaataatgcacgcttttgtcgatgagtttgactttaccggtctgtccattgtt
gatgcactcagaaattttcttcagaaattcagacttccaggtgaaggacaaaagattgat
cggtttatgctgaagtttgcagaaagatttgtcgatcaaaacccaggcgtgttttcaaag
gctgacacagcatatgttctttcttattcgttgattatgttgaacaccgacttacactcc
tctcaaattaagaacaaaatgaccttgcaagagtttctggagaataatgaaggtatagac
aacggcaacgatttgcccaaggatttcatgattggcttatttaatgagattgccaaaaat
gaaataaagttacaatcagaacaacaccaagctatgctgtcggatgataagaccttcgta
cagcaacagcaggcaccctcggccttcaactttttcagtagccgtgatattgtcagggaa
gcatatatgcaggtttcaaaggaaatttcttcaaagaccgagcttgtcttcaaaaatttg
aacaaaaccaaagagaagaacaatattggtgtcttccacgcggcatcccatgtggagcat
gttaaatctattttcgaaacgttatggatgtcgttcttggctgcattgacaccacctttc
aaggattatgatgacttagaaaccactaacaaatgtttagatggtttgaagatttccatc
agaatttctgccacttttggaatcgagtacgcaagaaaatcattcattggtgcattggtt
cagttttgtaacctgcagaatttggaagaaattaagatcaagaatgtaaatgcggtcatt
gtacttttagaagtagcactagcagaaggcaactttttcagagagtcgtggaaggatgtt
ttgctcgttgtctcgcaagtggaacgattgcagctaatttcgaagggtattgatagagaa
agtgttccagacgttgcccaggcgaaatttgcaagtcatagggtgtcattcgaatctact
agatctaattcaacttcgttctttgagaaatggactaaaaaagccactccatctgaactg
gctcaagagaaacattacaatcaaagcctgtccccagagatctccaaatttatctcatcg
agtgagctagttgtattgatggataacatcttcacgcaaagttccaaactctcaggaaac
gccatcgttgatttcatcaaggctttaacggacgtttcactggaagaagtcgagtcatcg
caagatgctaggacacctagaatgttctcattgcagaagatgattgacgtttgttactat
aatatggaccgtatcaaagttgaatggacacctatttgggctgtcatgggcgccggtttc
aacaaaatcgcaaccaatccaaaccttgcggttgtctttttcgccattgattccttgcgt
caattgtctatgagatttttagacattgaagagttatctggttttgaattccagagcgat
ttcctgaagccctttgagtacattgttcaaaacagtggaaacactgaggttcagacaatg
ataatcgagtgtttccggaactttatactgacgaagtcaagtaagatcaaatctggttgg
aaacctatactggaatccctccagtacacagcccaatcgccaaatgaggcaattgtttac
aagacctacactctggcatgtaatgatatcgttgctaatcattttgagagtgtttttgct
caggaatcagcatttggtgagctagtggcagtctttaaagagataacaaaaaatcaaaaa
tctcaaaaactatcgttgcacgcactagaagcactcaagaaaatgacccaaaagattgcc
gcaatttgtttcgacaagaaggagagtaaggaggtgagggaatcccatgcattgttatta
cgtggtaaggatgtattccacgatatatggtttcctatgttgttttgtttcaacgatacc
atcatgaccgcaaacgatctggaagtgagatcgcgtgcattgaactacatgtttgattcc
ctagtggcgtatggtggtgaatttgacgacgaattttggggcaagatctgtacgaagcta
ttattccctattttcggagtcctctcgaagcattgggaagtcaaccaattcaacagtcac
gatgatttgaccgtttggctttctacgacgttgatccaggctctgagaaatctgattgcc
ttattcacccattatttcgattccttaaacaagatgttagatggattccttggtctattg
atctcatgtatttgtcaagaaaacgacacaattgcaaggattggtaggtcgtgcttgcag
caactgatcttacagaacgttaccaaatttgataaatctcactggagggacattggagac
gttttcaacaaactgtttgacatgactaccgcaaccgagctattcgagtacgatccgctg
caccagggaagacgtaaatcgtccgtccaccaggtgtcaacatcaggcagcgaatctact
caaactgaaaatggagccaacggcaacatcgaggagacagtgcaaagggcacatcaggaa
gaagctagtgaagatgtgggtaacgacatgcaagccgaacaagaagaaaccgctgcagac
aacaacgccaaagccgatctcggtagaacagagtctgccccagaggccgaccacgtccca
caaaacaataaccttcgtcccgcacgcaggctggtacagaccaagagtagcgaagatctg
cgccgcagaataacggttaaaaactcgatcgttatcaaatgtgtcttaaacttgctcatg
atagaactactaagtgaactcttcgagaatgaagattttgcccgctgcatacctcataag
gaagctgccaagattaccagactgctggaaaagtcctacgagtttgctcgtgatttcaac
gaggactacgacctcagaacaaggctggtagaggcccgcgtagtcgacaagatcccaaac
ctactcaagcaagaaaccagcgccgcagcagtgctcatcaacatccttttcaagctctat
ctcaacgacgacgacaagaaaactgaactaagcgagcgtttgatccacatctgcacaaac
gtggtccacggctatgtatcactcgatgaccgcaccatggagcgtagcattaactcctgg
cgaccagttattgtcgagatcctacaaggttactacgaattcgacgacgatgacttccag
cagtactgctccgtcatgtacgacttagtgctcaagattctcgacaagagtgttcccaca
gacctaaggcacgccattaggatcttcctcgctagggttggtgaactttacattcgctaa

  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 (5)   
   Pfam (5)   
All databases (16)   

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