KEGG T01150: PGUG

Meyerozyma guilliermondii: PGUG_01711

Entry

PGUG_01711 CDS T01150

Definition

hypothetical protein

Organism

pgu Meyerozyma guilliermondii

Class

SSDB

Motif

Pfam:

Arrestin_C Arrestin_N

Other DBs

NCBI-GI:

146420165

NCBI-GeneID:

5128111

UniProt:

A5DEL0

AA seq 1073 aa
MRLDILKRKSRRASDSSLVDRLSFSERRNSLSNPMIVISETNTIKRSPSLSHVTLDDAQD
IQATRRLRANSLSIMSQTRSRSRSASRPVTKKRAKELIKQETSIVALKKLHLLLHEMGLQ
DPIPIDLYKSSSSGSKSSTANIYVANSSNCIYLPPATSASFTYEDVDNGGIPEGRSGSVT
GDQTLSEELTLLERETSEAAPPVYSSNVPPHLLQFKSPNFLCTKIDSDIPIPHTFAVIID
LNKPTNVRDLKFVFQSCTSILWPTGEIGTKGHSKEKFKIGMLEWNTSLGEADFFANRFNS
NDTRCGDTSPELLAERTRQYKLASISNTDTSELQTDDASSAHNNDTIYPEGLYVFLLPIL
LPEHIPPSITTINGSLEHTLSVLFSKTSDKLNRKVKLQAAYNIPMVRTPPSLANSVSNKP
IFVDRVWNDSLHYTITFPRKYVPLGSEHPINIKLIPLVKDVVVKRIKFNIHERITYVSQS
MAREYDYDGEDPFQLHQGTDNKTRERIVSVCELKTKSKANTTSLVPYKEELIKCPDNNLL
FSCYEPELSDSRVENYSDNIENFRVHGMRLNTSIGDDTTRSTMIASPLDINIALPFLTTK
ADKNNIVERPVEYKNHQTRPSHTPNTSRRASLNIQSNDHGIIYSPASPTIGTLETNISHS
HADHGYLSDEDPDFITPDYSTFLNSQSSKQNLKHGYTSVPRALYPDSNFRHIQVHHRLQI
CFRISKPDDTVESKMHHYEVVVDTPLVLMSSQCNEDAIQLPTYDASGSHEQPEVSFNEPD
YQGNGVTISKYDPLAPDTLPSFEEAVSAPTSPLMRSASIEEPLSSIPSISPLAHAPLGPA
PAYENVSSTSVDSVFGQLSIDDVVQHDSSNLAMRQSTIRSSLSSSFATPSHRPADYDHQQ
ESELGRDNETVATSSSLTTADSSEGTPSSQSKSSLESSLEIGNRKSDSYPHSDSTGVSTV
DAVLMEDPLTLSKLNELDGVDEPEHNDSVSEINASSDGLVSEVNASSDDLVSVVTQPFEQ
RIPLLRNVSVDGYNLSNVATNSSFRSHEPRMRREPSEASIMTHPVKHEMHHAI

NT seq 3222 nt +upstreamnt +downstreamnt
atgcggttggatatactcaagcggaagagtagaagggcgtcagactcctcactcgtggat
cgtctatcgttctccgaaagacgcaactcgctatcgaatcccatgatagtcatttcggag
acaaataccatcaaacggtctcccagtctatcgcacgtaacattggacgatgcccaagat
atccaggcgacacgtcgactccgtgctaattctctttccatcatgtctcagactcgatcc
cgatcccgatcggcttcccgaccagtgaccaagaaaagagcaaaggagctcattaagcag
gaaacgtcgattgtggccctgaaaaagttgcacttgcttctccacgaaatgggtcttcag
gacccgattcctattgacctctacaagagctcatcatcgggaagtaaatcttccacggcc
aacatttatgttgccaactccagcaactgtatatatctcccaccagcgacgtccgcgagc
ttcacatacgaggacgtagacaacggtggaattcccgagggccgcagcgggtcggtaact
ggtgaccaaacactgtctgaagaactgacacttctggagcgagaaacttccgaggcagct
cctcccgtgtactcatccaacgttcctccacatcttctgcagtttaagtcccctaacttt
ctctgcacaaaaattgactccgatatacccattccccacacctttgcggtcatcatcgac
ctcaacaagcctacaaatgtacgggacctcaagtttgtatttcaatcttgtactagcata
ctatggcccactggggaaatcggcactaaaggtcatagcaaggaaaagtttaaaattgga
atgttggaatggaatactagtcttggagaggcagatttttttgcaaacagattcaattcc
aacgatactcgatgcggcgatacgtctccagagctgctagcggagagaactcgccagtac
aagttggccagcatcagtaatactgatacgtctgagctgcaaactgacgatgcttcttct
gctcacaataacgacaccatatatccagagggactttatgtctttttattgcccatcttg
cttcccgaacatattcccccttccattacaactataaatggcagccttgaacacactctt
agtgtgctgttttccaaaacaagtgataaactaaacagaaaggtaaagttgcaggcagct
tacaatattcctatggttcgtacacctccttcattggcaaattccgtgtctaacaaaccc
attttcgtggatagagtatggaacgattctcttcactatactattacattcccacgcaag
tatgtgccacttggctccgaacatcctatcaatattaagcttattcctttggtgaaagat
gtggttgttaaacgtataaaatttaatatccacgagcggattacctacgtatcgcagtcc
atggctcgtgagtatgactatgatggtgaagatccattccagctccatcagggaaccgac
aacaaaacccgagaacggattgtatctgtttgcgaattgaagacaaagtccaaagccaac
acaacttcgttggtgccttataaagaggaactcatcaagtgtcccgacaataacttgtta
ttctcctgctatgagccggaactgtcagattctagagttgaaaattatagcgacaacatc
gaaaactttcgagtgcatggtatgagactgaacacgagtatcggtgatgataccacgagg
tccaccatgatagcgtctccacttgatatcaatatagctcttccctttctcaccacgaaa
gctgataagaacaatattgttgaaagacctgttgagtataaaaatcaccaaactcgtcca
tcacatacacccaatacgtccagaagagcttctttaaacatccaatccaatgatcatggc
atcatctactcgccagcttcacccactatcggcacacttgagaccaacatttcccattca
cacgcagaccacggctacttgagtgatgaggatcccgactttattactcctgattattcg
acgtttctgaactcacagagtagtaagcagaatttgaagcatggatacacttctgttcct
agagctctttacccagattcgaatttccgtcatattcaagtacaccatcgtctccagatt
tgtttccgaatctcaaagccagatgatactgtggagagcaaaatgcatcattatgaagtg
gtggtcgatactcctttagtgttgatgagctcgcagtgtaacgaggatgccatacaactt
cctacctacgatgcttcaggaagtcatgaacaacctgaagtatcttttaacgaaccagat
taccagggaaatggcgtaacgatatccaaatacgatccactggcaccagacactcttccg
tcgtttgaagaagcggtttcagcccccacttcacccctcatgagatcggcatctatcgaa
gaaccgttgagttccataccatctatatctccacttgcacatgctccacttggacctgct
cctgcttacgaaaatgtgtcctctacaagtgttgatagtgtttttggtcaacttagcatt
gacgatgttgttcagcatgattcttcgaatcttgcaatgaggcaatcgactatcagatcc
tcactttcaagttcgtttgcaacaccatcacacaggcccgctgactatgatcaccaacaa
gaaagcgaacttggacgggacaacgaaacagtagcgacatcttcatcgttgaccacggcg
gattctagtgaaggtactccatccagccagtctaaatcgtcattagagtccagtcttgaa
ataggaaacaggaagtcagactcgtatcctcactcagatagcaccggggtgtctacagtg
gatgctgttctcatggaagatccattaacgttatcgaaactgaatgaactggatggagtt
gatgaaccggaacataacgattcagtgtcggagatcaatgcttcttctgatggtctagtt
tcggaggtcaacgcttcttctgatgatctagtgagtgttgtaactcagccattcgaacag
agaatacctctacttcgaaacgtgagtgttgatggctacaatctttcgaatgtggctact
aattcgagcttccgaagccacgagcctcgtatgagacgagaaccaagcgaagcgtcgatc
atgacccatccagtcaaacacgagatgcaccatgccatatag

All links

Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (9)   

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