Meyerozyma guilliermondii: PGUG_02184
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Entry
PGUG_02184 CDS
T01150
Name
(RefSeq) hypothetical protein
KO
K06675
structural maintenance of chromosome 4
Organism
pgu
Meyerozyma guilliermondii
Pathway
pgu04111
Cell cycle - yeast
Brite
KEGG Orthology (KO) [BR:
pgu00001
]
09140 Cellular Processes
09143 Cell growth and death
04111 Cell cycle - yeast
PGUG_02184
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
pgu03036
]
PGUG_02184
Chromosome and associated proteins [BR:
pgu03036
]
Eukaryotic type
Chromosome condensation proteins
Condensin I
PGUG_02184
Condensin II
PGUG_02184
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
SMC_N
SMC_hinge
AAA_23
AAA_21
AAA_15
AAA_29
PilJ
Motif
Other DBs
NCBI-GeneID:
5127840
NCBI-ProteinID:
XP_001486513
UniProt:
A5DFY3
LinkDB
All DBs
AA seq
1183 aa
AA seq
DB search
MPRQKRALKRSRPTEEEPQESTFINNSDYITPDRTSEDDEQNTNHQASLNLDSALKDEII
EDEAMEDVNSESTPQDHLIENSKSMMNNNESNASPELSNIPHPASGNLLSPSPGASVSET
SMNAASTSEPAPQKSRLVISQLVLTNFKSYAGQQVIGPFNASFSAVVGPNGSGKSNVIDS
MLFVFGFRALKMRQGKLSELIHNSAGGEKLDFCQVDIHFNHVIDSNDDPVVSTVVPNSLL
VISRKAYKNNSSQYYINGKGSNYTEVTSFLKDQGIDLDHKRFLILQGEVEQIAQMKAKAE
KENDDGLLEYLEDIIGTSKYKSLIEENTTKADELNDVCIEKENRFELVEKDKELMEEKKN
EALSFLAKEKLLISKKSIQYQTNIQEHQKKLNDVEAKREELEEQLKAEKEGNKELTDKIE
ECSKLQKEISRVIDELSNQLNSLLKRSKAVNKVYVSGDEKIKNMTNKIKKAAKNQQSLKL
VLSTSTSKLEESNKNMEDLKDELSQLTKNLESEKHVLDEIRRRLTDKTSVFAKQIEAIQT
KLEPWNDQLKEKESEIQLVTSSIDMLQKEKENALNQIEEYKQKLINIKTEGKEKEQELIN
ARQKLDQISEQIQLGQSACEVEQKSLESKQSQLLAVRQQTQEAITSLSSHKNKSKVLTSL
VRLAKSGRIDGFYGRLGDLGTINDRYDVAISTVCPGLDSMVVETVETAQACIDYLRKNKL
GYATFICLNKLRNFNLDPISVPPNLKRLFDMITPQDQKFAPAFYSKLYNTLVTSTLLEAK
QVAYGAKRWKVVTLDGKVVDTSGTMSGGGTVSAKGAMKLESAKKSTQADVTEEEVEELRN
KLQVLEGEFDKARSELKEKQINLRKLQDLKPETEFSISRLELDIQSLVAEKKDILRICKN
LISEHEKSEQSSDAERELNSKLAKRKLLEEERDQLKSQMASMEAEVTMLEEKIMEAGGVE
LRLQSSKVDSTRQKIEIINDKISNDRMLIKKLENEIKKHTRILESSEIELKTSEDELTAF
RGQLELVTEELNDISKQVELLNEQKEAKEDEREKVKIQMEEWMLQINEFRSKEIDIENKL
EKVNGFIKRTKHGIKTNEEELKSLIVRDVSEYIGWLEESERKQYDGAAIDYLPEDELALL
DMDSINQEISELEDYMKKCESGHRNFKGIRCQEGLNMKSAGTT
NT seq
3552 nt
NT seq
+upstream
nt +downstream
nt
atgcctcgccagaaacgggcactcaagcgatctcgcccgactgaagaggaaccacaagaa
tcaacttttatcaacaatagtgattatattacccctgataggacttcagaagatgatgaa
caaaacaccaaccatcaagcctcattgaatctagactcagctctcaaggacgagattata
gaagacgaagctatggaagacgtaaactcagaatcaacaccacaagaccatttgatcgag
aatagcaagtctatgatgaataataacgaatcgaacgcgtcacctgaactcagcaatatc
ccacatccagcaagtggcaacctactttccccttcaccaggagcatcagtatccgaaact
tccatgaatgccgcttctacatctgagccggctccacaaaagtctcgactagtgatttct
caattagtgctcaccaacttcaaatcttatgcgggccaacaagtcattggtcctttcaat
gcatctttttctgcggtagtggggcccaatggaagtggaaaatctaatgtcatcgattct
atgttatttgtatttggatttcgtgctctgaaaatgcgtcagggcaagttgtccgaactt
attcacaattccgctggaggtgagaaactcgatttttgccaggtcgatatacacttcaac
cacgtcatagacagcaatgatgatccagttgtttccaccgtggtgcccaattcgctgctt
gtcatcagtcgaaaagcatacaagaataattcttcccagtactatatcaatggaaaaggc
agtaactacactgaggtcactagctttttgaaggaccaaggaatcgatttagaccataaa
aggttcttaattcttcaaggtgaagtcgaacagattgctcaaatgaaagcgaaagctgag
aaggagaacgatgatggtcttttagaatatttggaggatatcattggaacttccaagtac
aaatctttaatcgaggagaacacgacaaaagctgacgaacttaacgacgtttgtatcgaa
aaagagaatcgatttgagcttgttgaaaaggacaaggaactgatggaggaaaagaagaac
gaagcattgagctttcttgcaaaagagaagttattaatcagcaaaaaatccattcaatat
cagacaaacatccaagagcatcagaagaaattgaatgatgttgaggcaaaaagggaagag
ttggaggaacaactaaaggcagagaaggaaggtaacaaagagctcaccgacaaaatcgaa
gaatgctcaaagttacagaaggaaatttcaagagttattgacgaactttctaatcagttg
aattctttactgaagcgaagtaaggctgtcaataaagtctacgtatcgggggatgagaag
atcaagaacatgacaaataagatcaagaaagctgcaaaaaatcagcaaagcctgaagctc
gttttgagcacttccacttcaaagctagaagagagcaacaaaaacatggaagatttgaag
gatgagctttcccaacttacaaaaaatttggaatctgaaaagcatgtattagacgaaatc
agacgcaggctcacggataaaacgtccgtttttgctaaacaaatcgaagccatacaaacc
aagctcgaaccatggaatgatcagctcaaagaaaaggaaagtgaaatacaactcgtgaca
tcttcaattgatatgcttcaaaaggagaaggagaatgccctaaaccagatcgaggaatat
aaacaaaagttgatcaacatcaagactgagggcaaagaaaaagagcaggaattgatcaat
gcccgtcaaaaattagatcaaatctcggagcaaattcagcttggccaaagcgcgtgcgaa
gtggaacagaagtcactcgagtcaaagcaatcacaattacttgctgttcgtcagcagaca
caggaagcaatcacctcactctcatcacacaaaaacaagagcaaagtattgaccagcttg
gtacgcttggccaaatcgggcagaatagacggcttttatggaagattaggagatttgggt
accatcaatgataggtatgatgtcgcaatttcgacagtctgtccagggttggactcgatg
gttgttgaaacagttgaaactgcgcaggcgtgtatcgattatttgaggaagaacaaatta
ggatatgctacattcatttgcttgaataagctccgcaacttcaatctcgatcctatatcc
gtgcctcccaatctgaagcgattattcgacatgataactccccaggatcaaaaatttgca
cctgccttttacagtaaactttacaatactttagtgacatccacgttactggaggctaag
caagttgcttatggggcgaaaagatggaaagttgttaccttggatggtaaagttgtcgat
acctcgggtactatgtctggtggtgggacagtatctgcaaaaggtgccatgaaacttgaa
tcagctaaaaagtctacacaggcagatgtcacagaggaggaggttgaagaattgcgcaat
aaacttcaggttcttgaaggcgaatttgacaaggcacgttcagaacttaaggaaaagcaa
atcaatttgagaaagctacaagacttgaagccagaaacggagttttctatatcgaggcta
gaacttgatattcaatccttagttgcagagaaaaaggatatcctgaggatatgcaaaaat
cttattagtgagcacgagaaaagcgaacagagcagtgatgctgagagggagctaaattcc
aagttagctaagagaaaactgctcgaagaagagagagatcaattgaagtcacagatggcc
agcatggaagctgaggtaacaatgctcgaagaaaagatcatggaggccggtggagttgag
ttgagattacaaagctccaaggttgactcaaccagacaaaagattgagattatcaatgac
aaaatttctaatgatcgtatgttaatcaaaaagctcgagaatgaaatcaagaagcatact
aggatattagaaagctcggagatagagctcaaaacatcagaagacgagctcacagcattt
cgtggtcaacttgaactggtcaccgaggagctcaacgatatctcaaaacaggtagaactg
ctaaacgaacagaaagaggccaaagaagatgagcgtgagaaagtcaagattcaaatggaa
gagtggatgctgcaaataaatgagttcaggtcgaaggaaattgacatcgaaaataagttg
gaaaaagtgaatggatttataaagcggacgaaacatggaattaagacgaatgaagaggaa
ctcaagtcattgattgttcgtgatgtttcagagtatattggatggctagaagagtctgag
cgcaagcaatatgacggagctgccattgattacttacccgaggacgagcttgctctgctc
gacatggattccattaaccaagagataagtgagctcgaagattacatgaaaaaatgtgaa
agtggacatcgaaattttaaaggaatacggtgccaagaagggctgaatatgaagagcgcc
gggacgacttaa
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