Torulaspora delbrueckii: TDEL_0C02620
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Entry
TDEL_0C02620 CDS
T02236
Symbol
TDEL0C02620
Name
(RefSeq) hypothetical protein
KO
K02541
DNA replication licensing factor MCM3 [EC:
5.6.2.3
]
Organism
tdl
Torulaspora delbrueckii
Pathway
tdl03030
DNA replication
tdl04111
Cell cycle - yeast
tdl04113
Meiosis - yeast
Brite
KEGG Orthology (KO) [BR:
tdl00001
]
09120 Genetic Information Processing
09124 Replication and repair
03030 DNA replication
TDEL_0C02620 (TDEL0C02620)
09140 Cellular Processes
09143 Cell growth and death
04111 Cell cycle - yeast
TDEL_0C02620 (TDEL0C02620)
04113 Meiosis - yeast
TDEL_0C02620 (TDEL0C02620)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
tdl03032
]
TDEL_0C02620 (TDEL0C02620)
03036 Chromosome and associated proteins [BR:
tdl03036
]
TDEL_0C02620 (TDEL0C02620)
Enzymes [BR:
tdl01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.3 DNA 5'-3' helicase
TDEL_0C02620 (TDEL0C02620)
DNA replication proteins [BR:
tdl03032
]
Eukaryotic type
DNA Replication Initiation Factors
pre-RC (pre-replication complex)
TDEL_0C02620 (TDEL0C02620)
Chromosome and associated proteins [BR:
tdl03036
]
Eukaryotic type
Centrosome formation proteins
Other centrosome associated proteins
TDEL_0C02620 (TDEL0C02620)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
MCM
MCM_OB
MCM_lid
MCM3_WHD
WH_MCM3_C
MCM_N
Mg_chelatase
AAA_3
Sigma54_activat
AAA_5
Motif
Other DBs
NCBI-GeneID:
11502021
NCBI-ProteinID:
XP_003680362
UniProt:
G8ZRK9
LinkDB
All DBs
Position
3:453901..456858
Genome browser
AA seq
985 aa
AA seq
DB search
MSHLSIMKNHFFFSTIQNNSIITKKVLNMDLGTEADGDYNFVPDAVFSDRVRRFQEFLDT
FTIYRDAVRSVQLYNSAIENGSEKKTGNPDVLLQRITISLDDLREFDRTFWTGVLNAPAH
FIPPAEKALTELATSINDVPQNHSIRASLSAKRPWCLSFKGSFGSHALSPRTLNSHFLNK
LVSLEGIVTRTSLVRPKIVRSVHFAEKTGRFHYRDYTDSTTTLTTRIPTPAIYPTEDQDG
NKLTTEYGYCTYLDHQRITVQEMPEMAPAGQLPRSVDIILDDDLVDKTKPGDRINVVGVF
KSLGAGGLNQSDSNALNGFRTLIIGNTVYPLHARSTGVSARQTLTDFDIRNINKLAKRVD
IFDVLAQSLAPSIYGHEHIKRAVLLMLMGGVEKNLENGSHLRGDINILMVGDPSTAKSQM
LRFVLNTASLAIATTGRGSSGVGLTAAVTTDRETGERRLEAGAMVLADRGIVCIDEFDKM
TDVDRVAIHEVMEQQTVTIAKAGIHTTLNARCSVIAAANPVFGQYDVNRDPHQNIALPDS
LLSRFDLLFVVTDDINEIRDRSISEHVLRTHRYLPPGYLEGEPIRESLNLSLSVGADDEE
EDSIENPKHKGGQDGDMDEEDSVFEKFNPLLQAGAKLAKNRGNHNGSDIPSIVAIPFLRK
YIQYAKERVQPQLTQEAIDVIVKSYAELRNDENTKKSPITARTLETLIRLATAHAKVRLS
KTVNRRDALVASNLLRFALLGEDVGSEIYYEDESEEELLQKVSPKKSPKKKQRIRQRNDI
ASSPTKITTPSRTPNLSSRGGTPSTIRSRRKLTFVDDDDDDVEDESDQSAGKVGKAMLPL
PQNEEEDLQRRLQQGLRVSPRRQEQAPAPGGPLTEVAGTPRLPNLSTAGQDEGDQEENDA
FLAEYEPGSISTGRLSLISGIIARLMQTDLFEEESYPKVALLERINEELTDEEKFQVPEY
LAGLRIMQARNNLMISDEDGKVYKV
NT seq
2958 nt
NT seq
+upstream
nt +downstream
nt
atgtctcatctctcaattatgaagaaccacttcttcttcagtaccattcaaaacaactct
atcatcaccaagaaggtcttaaatatggatctgggtacagaagctgatggggattacaat
tttgtgcccgacgcagttttctcggatagagtacgaaggttccaggagtttttagatact
tttaccatctatagagacgcggtaagatctgttcaactatacaacagtgcaattgaaaat
gggtccgagaaaaaaactggtaatccagatgtacttttgcaaaggattactatctcactg
gatgatttacgtgagtttgataggacattttggaccggtgtgctcaatgcacctgctcat
ttcatcccacctgcagagaaagctctaactgagttagccacatctatcaatgatgttcct
cagaaccattcgattagagcttctctttcagcgaaaagaccttggtgtctttctttcaaa
ggttcatttggttcccatgcgctttccccgcgtactttgaactcgcatttcctcaataaa
ttggtctcattagaaggtatcgtcactagaacttctctagtgaggcccaagattgttagg
tctgttcattttgcggaaaagacaggtagatttcactaccgggactatacggattccact
acaactctcactacacggatacctacacctgcaatctatccgaccgaagatcaggatggt
aacaagctcaccactgagtatggttattgtacttatttggaccatcagcggatcactgtc
caggaaatgcccgagatggcaccagcaggtcagttgcctaggtccgttgatatcatttta
gatgacgatttagtcgacaagaccaagccaggtgacagaatcaatgttgtcggtgttttc
aagtcacttggggcaggtggacttaatcaaagtgattcgaacgcattgaatggatttagg
actttgatcataggtaataccgtctaccctttgcacgctagatccacaggtgtctcggct
aggcaaactttgacagatttcgatattagaaacattaataagcttgctaagagagtggat
atctttgatgttttggcacaatcgctagcgccatctatttacggtcacgaacacatcaag
agagctgtgcttttgatgcttatgggtggtgtcgagaagaacttggaaaatggatcccat
ctgagaggtgatatcaatatcctaatggttggtgatccctccacggctaaatctcaaatg
ctaagattcgtcttaaatacagcctctttggcaatcgctacgactggtagaggttcttct
ggtgttggtctaacagcagccgtgaccacggatagagagactggtgaaagaaggttagag
gcaggtgcaatggtattagcggaccgtggtattgtttgtattgatgaattcgataagatg
acagatgtcgatagagtggctatccatgaagtcatggaacaacaaacggtcacaatcgcc
aaggctggtattcatacaacactaaatgcccgttgtagtgtcattgccgcggctaacccg
gtgtttggtcaatatgatgtcaatagagaccctcaccaaaatatcgccttgcccgattca
ttactgtctcgtttcgatttgctatttgttgtcactgatgacatcaatgaaataagggac
agatccatcagtgaacatgttttaaggactcacagatatttgcctccaggatacttggaa
ggtgagccaattcgcgagtccctgaatctgtccctgtcggttggtgccgatgatgaagaa
gaggatagcatcgagaaccctaagcataaaggaggccaagatggagatatggatgaagag
gattctgtttttgaaaaattcaatcctttacttcaagcaggtgcaaaattggcgaagaat
agaggtaatcacaatggtagcgatattcctagcatcgttgcaatcccattcttaagaaaa
tatattcagtacgccaaagagagggttcagccgcaattgactcaagaggctatcgatgtc
attgtgaaaagttatgcagagctgagaaatgacgaaaacacaaagaaatcaccaattaca
gcaagaactttagaaactttgattagattggccacggcccatgctaaggtaaggctttca
aagacggtaaacagacgtgatgctctcgtagcttcgaatcttctgagattcgcgttattg
ggtgaagatgttggaagtgaaatctattatgaagatgagagtgaagaagaattgctacaa
aaggtttcgcccaaaaaatcaccaaagaagaagcaaagaattaggcagagaaatgatatt
gcttcatctccaactaagataactactccatctaggactcccaacttatcttcccgtggt
ggtactccatcaaccattcgatctcgtagaaagctcacatttgttgacgatgacgatgac
gatgttgaagacgagtctgaccaaagcgccggaaaagttgggaaagcgatgttaccattg
cctcaaaacgaggaggaagacttacaaagaagattgcaacaaggtctgcgggtatcgcct
cgtcgtcaggaacaggcccccgcgccgggaggaccactcaccgaggtcgcaggtacgcca
agactaccaaacctttctactgctggacaggacgaaggtgaccaggaagaaaacgacgcc
tttttggccgaatatgaaccaggatctatctcaactggtagactgtctctgatctcaggg
attatcgcacgcttaatgcagacagatttattcgaggaagagtcatatccaaaagttgcg
ttactcgagagaattaatgaagaattaactgatgaggagaaattccaagttcccgagtac
ttggcaggtttgcggattatgcaagccagaaataatctgatgatttctgatgaagacggt
aaggtatacaaggtatag
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