KEGG T01117: KLTH0G07304g

Lachancea thermotolerans: KLTH0G07304g

Entry

KLTH0G07304g CDS T01117

Definition

KLTH0G07304p

Orthology

K14310

nuclear pore complex protein Nup205

Organism

lth Lachancea thermotolerans

Pathway

lth03013

RNA transport

Class

Genetic Information Processing; Translation; RNA transport [PATH:lth03013]

SSDB

Motif

Pfam:

DUF3414

Other DBs

NCBI-GI:

255718149

NCBI-GeneID:

8293625

UniProt:

C5DMA7

Position

G:585983..591001

AA seq 1672 aa
MMEWATAPFEVVYTSIETDTFDTSKYEEVLPDLKTLNVLDGKAKNSASRAQLEKGQIKVP
SGDTYQINQEFAIAAITLSDELNLDELLTAEIMLQNCDLDSVSENSVISLVNDAKVAFYV
RRQYILQIVSFITNCCSSEDKVYIDLVSDGTLAKNIIPAFKQIESQLGEIKVLVNKSAIL
ESYDTFAQQNVRFRRDFLLKEYDTLSQILYGLVKNGTLMKKDMLLELINCASMMDSGDFF
IIYFLPALFLAISQLHLLPDGHVREMHQTLLLELESDTISVQPVKASLIFAFLAFFIGWC
KAAPSQRAKSFNFATDVDEPMTKAVELGAIEQLMAFAADTSELDKDESIELFYDIRSLLE
RHIPRLYLKQLVDGDQPSPDAINNQRLLTNASMSQQSLSFFLSAFHHLLQVVITDCAFLL
TKMKDAEEDSLLSGEDLFLDEISAKADLERFFITVHYFYAFRPDYSAVFWQDKESNAYGF
IEWAMKCTDTLMRSCVFMMLSSLSFGPENSANVYHYVNLNANLSWNTVSQLISDYIVKIS
ELERKLLDGQQRDREEQDPTTIALKTGLNEEVIILLSSLYTLIGCVAHDLNEGAKAQLSS
LFTDILFEFVKVDTPLVGAALKVLSNLVPYDELERSKFWFNLDSWIFKGFRLTISDDSYR
EAFESILTHFQDITGFLQLLNSLLKVRTKSTNGYLEFGLLQFPPKLGHGYRKLGIWPYFD
YVFHGILAQSNKLPNPAERAAIHKPILEILSSALSSFDYSVILNSIPSGSNLDELVVTDN
FLTYAMESSTTAVLNYLFEENVFKNLLQNASFGVEKMGSITEEDCQSLALPCLALSTINQ
VLTIQETYVEELCPIVKKSASKNYFIPKDFGLHGLRSFYDAISFDLPLIVGIGLYVGHTN
YKIASNSLDILDKISTEMKGRDSQAIVKDKLLSVFDSVDESARIKQAFINQLQTSITNYE
SFSIKMRILDFISKNLSYTDKQPTVAHFLLGLQIGNTISLGPDLSTFVTSGCSVLTSIIY
LLQSSLMVLSSEEIEFLPAKLASSSMEILLKLCKNSATSKIVLRHMSESDFFETILARDP
KVDVNTRWSGEVFAGNSAGDSLGFIKQTSTGAFLSFLSYRSFALQYLSLDIHGLSGESLK
SRIKSRIDLLISNYLQPPRLFSFLDALNFDARPSPHETLKGLKVLSGINFNLPSLQKVTP
CTELIYDCSELESLIRLRTQFLGKHLPLNFHEETITNKETLDRISGAEAATIEKHLTDYM
SFEQFKSLQLSLLHSWVQLVQVVVLDGALPQVSISDFILRLFEAIVPKINDYVELDVCYS
EELVSLCVFLYDLYQKDQKLNNGEHTADGRLIALFLACINGIRSPLSTLALRSDFYILAN
RFLVSIMKEVNTAKQVLKTLKLTSERLVEVVCNDAISGEGSSRITGILFLDSLVQIAGLN
KVNFVLESLVKSNMLLLISHSIKTTDDLLSSGLEGITLDNLLYELTAFKSTIHFLIRIAE
SRSGAQALVENEIFRVIESCEFLEADPDLGLELIFTEVRTQESQAVRVTFSLDKSLNLSK
DACGLSLFEIIVPVFQLMTSILISMGSANKPVLKKTRNLLIHFRKLVQGVLKRDALIEGS
DEKHLDRSNSEGLQKLVKLVVLLCTLTGYNGGSQKNGLDPKIYTLPQSYGNK

NT seq 5019 nt +upstreamnt +downstreamnt
atgatggagtgggccacggcaccattcgaggttgtctatacgtctatcgagaccgacacc
ttcgatacatccaaatatgaagaagtcttgcccgatttaaagacactcaatgtactagat
ggtaaagcaaagaatagcgccagcagagctcaattagaaaagggccaaataaaggtcccc
tcgggggatacctaccaaattaaccaagagtttgcaatcgccgcaataacattgtcagac
gagctcaatctcgatgagctgttgaccgcagagataatgttgcaaaactgtgatctggat
tcagtaagcgagaattctgtgatcagtttggtcaatgacgcgaaagtggccttttatgtt
agaaggcagtatatccttcaaattgtatcctttatcacaaactgttgcagttctgaagat
aaggtttacatcgacctagtatctgacggaactttagcaaagaatataattcccgctttc
aaacaaatagagagtcagctcggggaaattaaagttctagtgaacaaatccgcgatactg
gaaagctacgatacgtttgctcaacaaaatgttcgctttagaagggactttctcctcaag
gaatacgataccctaagtcaaattctatatggcttagtcaagaacggcactctcatgaaa
aaggatatgctgcttgagctgatcaattgtgcctcaatgatggactcaggcgactttttc
atcatttactttctacctgcattgtttttggctatctcccagcttcaccttctccccgac
ggtcacgttcgagaaatgcaccaaactcttcttctcgagcttgaaagtgatacgataagc
gtacagcctgttaaagcctctctaatttttgcatttctggcattctttataggatggtgc
aaagcagcaccctctcaaagagccaaatcttttaacttcgccacagacgtcgatgaacca
atgacaaaagcggtagaattgggcgcgattgagcagctaatggcatttgctgcggacacc
tctgagctagacaaagacgaaagcatagagctcttttacgatatcagatctttgttagag
agacatattccgagactttatctcaaacaacttgttgatggggaccagccatctcccgat
gccatcaacaaccagcgattgctcacaaatgcttcaatgtcacaacaaagcttgtctttt
tttctttcggccttccatcatttattacaagttgtgataactgattgcgcttttcttcta
acaaagatgaaagatgctgaagaggattctcttctttctggagaagatctgtttttggac
gaaatatccgcgaaggctgatctcgaacgattcttcattactgtacattacttttatgca
ttcagacctgactactctgcagtattttggcaagataaagaatctaatgcatacgggttc
attgagtgggcaatgaagtgcacagacacacttatgagatcttgtgtgttcatgatgctg
tcgagcctttcatttggcccagaaaattcggcgaatgtctaccactatgtgaatctcaat
gccaatctctcctggaatacagtttcgcaacttattagcgactacatcgtgaaaatttcc
gagttggaaaggaaacttctcgatggccagcagagagatcgggaagaacaggatcccact
accatagccctcaaaaccggacttaatgaagaggtcatcatccttctctcatcactgtac
actttgattggatgcgtggcccatgacttgaacgagggagcaaaggcgcaactctcatct
ctatttaccgacattctctttgaattcgtgaaggtcgatacacctcttgtgggtgctgca
ttaaaggtcttgagtaatcttgtcccttatgatgaacttgagaggagtaagttttggttc
aatctagactcatggatattcaaaggctttaggctcaccatctcggatgactcttaccga
gaggcttttgaaagtatcttgacccactttcaagatatcactgggttcctgcagctcttg
aatagccttttaaaagtgcgcacgaaaagcacaaacggctacctcgaatttggtcttttg
caatttcccccaaaactaggtcatggttacagaaagctgggtatttggccgtattttgat
tatgtcttccatgggatcctagctcaatccaacaaattaccaaatccggccgagcgtgcc
gctatccacaagccaattttggagatattaagcagcgctttgagctcgttcgactatagc
gtgattctgaactcaattccatcagggtccaaccttgacgaacttgttgtaactgacaac
tttctcacttacgccatggaatcttccaccacagctgttctcaattatctttttgaggaa
aatgttttcaaaaacctgcttcaaaacgcctcatttggggttgaaaaaatgggaagtata
acagaggaagactgtcaatcactagcattaccatgcctcgccttaagcaccatcaaccaa
gttctaactattcaggaaacgtatgtggaagagctctgtccaattgtaaagaaaagtgca
agtaagaattactttattccaaaagactttggtttacatggtctgcgctcattctacgac
gctatttcttttgatcttcctttgattgtcggtatcggtctctatgttggtcacactaac
tataagattgcatccaactcgcttgatatcttagacaagatatctacagaaatgaaaggt
agagatagccaagccattgtcaaagacaaactcctcagcgttttcgattcagttgatgaa
tctgcgcggataaaacaagccttcatcaatcaattacaaacttcaattaccaattatgaa
agtttctctattaaaatgagaatccttgattttatctcaaagaacttgtcatacacagac
aagcagccaacagtcgcacacttcctattaggtttacaaataggcaatacaatatcgtta
ggccccgatttgagcacattcgttacttccggttgttctgttttgacgtcaatcatatac
ctgcttcaatcttccctgatggttctgagttcagaagaaatcgaatttctcccagctaag
ttagcatcttcatcaatggaaattcttttgaagttatgcaagaattctgcaacttcaaaa
atagtcttgagacatatgagtgagtctgatttcttcgaaacaatactcgctcgtgaccca
aaggtcgacgttaacacaagatggtccggtgaggttttcgccggaaattcggctggcgac
tctcttggattcatcaaacagacttcaactggtgcatttttgtcttttctaagctacagg
agttttgcgttacagtatttgagtcttgacattcacggattgagtggcgagtcactcaaa
agcagaataaaatcaagaattgatctcctaatttcgaattacctacaaccacctcgtcta
ttttcgtttcttgatgccctaaacttcgacgccaggccttcgcctcacgagactttaaaa
ggcttgaaagtcctctcagggataaattttaacctgccttccttacaaaaagtcacacct
tgtacagaattgatttacgattgcagtgaacttgaatcactcattcgcttaaggacgcaa
tttttagggaagcatctacccttgaactttcatgaggaaacaatcacaaacaaggagacg
ctcgatagaatttcaggtgcagaggccgcgactattgaaaagcacctgacagattatatg
agctttgagcagttcaaatccttacaactttctctactacactcttgggttcaacttgtt
caagtggttgtgctagatggagccctcccacaagtgtcaatttcagactttattttacga
ctctttgaagccattgttccaaagatcaatgattacgtcgagcttgatgtgtgctattcg
gaagagcttgtttccttatgcgtgttcctttacgatctttaccagaaagaccaaaagctg
aataatggcgagcacacagccgatgggcgcctaatagctttgtttttggcttgtattaat
ggcatacgatctccgctttccactttggctcttaggtctgatttttacatccttgctaac
cgtttcctagttagcatcatgaaagaagttaacacggcaaaacaagttctcaaaacactg
aaactgaccagtgaacggctcgttgaagtggtctgcaatgatgcaatctcaggcgaggga
tcctctagaattactggtattttattcctggattcactggttcaaattgctggtctcaat
aaggtgaatttcgtcttagaaagccttgtcaaaagtaacatgctcctcctcatcagtcac
tcaatcaagactactgatgacctcctgagctcagggctagaaggtattactctggacaac
ctactatatgagctgactgccttcaagtcaaccattcatttccttatccgcatagctgaa
tcacgaagcggagcacaggctttggtggaaaatgagattttccgtgtcatagagtcttgt
gaattcttagaggccgatccagatttaggacttgaactaattttcactgaagtcaggact
caagagtcgcaggcagtccgcgtgacctttagcttggacaaatctttaaacctcagcaaa
gatgcttgcggtttatcgctgttcgagattatcgtcccagtgttccaactaatgacgtct
atcctcataagcatgggtagtgcaaataagcctgttctcaagaaaacaaggaatctttta
attcacttcaggaagcttgtgcagggtgttctaaagagagatgctcttattgaaggtagc
gacgaaaaacatttggaccgttctaatagtgagggcttacaaaaacttgtaaagcttgtt
gtcctgctttgtaccttgactggctataatggagggtcacaaaagaacggcttggatccc
aaaatatacacgttgcctcagtcatatggaaacaagtag

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (10)   

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