Alligator sinensis (Chinese alligator): 102370374
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Entry
102370374 CDS
T02922
Symbol
MCM6
Name
(RefSeq) DNA replication licensing factor MCM6
KO
K02542
DNA replication licensing factor MCM6 [EC:
5.6.2.3
]
Organism
asn
Alligator sinensis (Chinese alligator)
Pathway
asn03030
DNA replication
asn04110
Cell cycle
Brite
KEGG Orthology (KO) [BR:
asn00001
]
09120 Genetic Information Processing
09124 Replication and repair
03030 DNA replication
102370374 (MCM6)
09140 Cellular Processes
09143 Cell growth and death
04110 Cell cycle
102370374 (MCM6)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
asn03032
]
102370374 (MCM6)
Enzymes [BR:
asn01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.3 DNA 5'-3' helicase
102370374 (MCM6)
DNA replication proteins [BR:
asn03032
]
Eukaryotic type
DNA Replication Initiation Factors
pre-RC (pre-replication complex)
102370374 (MCM6)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
MCM
MCM_OB
MCM6_C
MCM_lid
MCM_N
Mg_chelatase
AAA_5
AAA_3
Sigma54_activat
Motif
Other DBs
NCBI-GeneID:
102370374
NCBI-ProteinID:
XP_006018464
UniProt:
A0A1U7RT18
LinkDB
All DBs
Position
Unknown
AA seq
851 aa
AA seq
DB search
MTVNIHSESQVTKPAFIFQEPTFIQKLQQLLFQFLKSFKHLPFQQPSNAAVRQKLFVLRN
TNKFQNSDGEVKYLHDAEELIRPERNTLIVSFVDLEQFNQQLSTTVQEEFYRVYPYLCRA
VKTFARDHGNVPPNKDFYVAFQDLPTRHKIRELTSARIGSLMRISGQVVRTHPVHPELVS
GTFLCLDCQTVIKEVEQQFKYTQPNICRNPVCANRRRFLLDTNKSRFVDFQKVRIQETQA
ELPRGSIPRSVEVILRAEAVESAQAGDKCDFTGSLIVVPDVSQLSTPGVRAETGSRVSGT
EGYETEGVRGLRALGVRELSYKLVFLACYVAPTNPRFGGKELRDEEQTAESIKNQMSVKE
WEKVFEMSQDKNLYHNLCTSLFPTIHGNDEVKRGVLLMLFGGVPKTTAEGTSLRGDINVC
IVGDPSTAKSQFLKHVEEFSPRAVYTSGKASSAAGLTAAVVKDEESHEFVIEAGALMLAD
NGVCCIDEFDKMDLRDQVAIHEAMEQQTISITKAGVKATLNARTSILAAANPVGGRYDRS
KSLKQNINLSAPIMSRFDLFFILVDECNEVTDYAIARRIVDLHSRIEESVDRVYSLDDIR
RYLLFARQFKPKISKESEDFIVEQYKRLRQRDGSGVTKSSWRITVRQLESMIRLSEAMAR
MHCCDEVHPKHVKEAFRLLNKSIIRVETPDINLDQDDEQQMEDEEDHDGISGEAQAPAGV
NGLVNGLDGRSEDTSKEAAPKASLKLGFSEYRRISNLLVLHLRKAEEEDDDSSLKKSELI
NWYLKEIESEIESEEELINRKKIIERVIHRLTHYDHILIELTQSGLKGSMEEESLDEDSF
LVVNPNYLMED
NT seq
2556 nt
NT seq
+upstream
nt +downstream
nt
atgactgtcaacatccacagtgaaagccaggtcacaaagccagcttttatctttcaggag
cctacattcatccaaaaacttcagcagctgctatttcagtttctaaaatctttcaagcat
cttccctttcaacagccatctaatgctgcagtgaggcagaagctcttcgtcctccgtaac
accaataaattccagaacagtgatggagaagtcaaatacttgcatgatgctgaagagctg
attcgcccggagaggaacacattgatcgtaagctttgtggatttggagcagttcaatcag
cagctctctaccactgtccaggaggagttctacagagtttatccttacctgtgccgagca
gtaaagacatttgccagagaccatggaaatgttcctccaaacaaggacttctatgttgca
ttccaggatctgcctaccagacacaaaattcgggagttgacatcagccagaattggctct
ctgatgcgtataagtggacaggtggttcgtacccatccggttcatccagagcttgtcagt
ggaaccttcctgtgcctggactgtcagacggtgattaaagaggtggagcagcagtttaaa
tacacgcagccaaacatctgcagaaacccagtctgtgccaacagaaggagattcctgcta
gacacaaacaaatcaagatttgttgactttcaaaaggttcgcattcaagagacacaggcc
gagctgccgcggggaagcattcctcgcagtgttgaagtgatcttgcgtgctgaagcagta
gagtctgctcaggctggtgacaagtgcgacttcacaggatcactaattgtggtacctgat
gtgtctcagctatccactccaggcgtgcgtgcagagactggttcccgtgtcagtggtaca
gaaggttatgaaactgaaggagtccgaggacttcgtgcccttggagtcagagagctgtct
tataagctagtcttcctagcatgttacgttgctcccacaaatccacggtttggtggaaaa
gaacttcgagatgaggaacagactgcagagagcattaaaaaccaaatgtctgtaaaggaa
tgggaaaaggtgtttgaaatgagccaagataaaaatctttaccacaatctctgtaccagc
ctcttccctactatacatggtaacgatgaagtgaaacgaggagttctgctcatgcttttt
ggaggagtccctaagacgaccgcagaaggtacttcattgcgtggggacatcaatgtctgc
attgttggtgatccaagtacggccaaaagtcaatttctcaagcacgtggaagagtttagt
ccccgtgctgtatacaccagtgggaaagcctccagtgcggctggtctgacagctgctgta
gtgaaagatgaggagtctcatgagtttgtcattgaagcaggagcactgatgttggcagat
aatggggtttgttgcattgatgaatttgacaaaatggatttgcgggatcaggttgccatt
catgaagcaatggaacagcagactatatctataactaaagcaggtgttaaggcgactctg
aatgccaggacctccattttggctgcagcaaatccagttggtggacgttatgacagatca
aagtctctgaaacagaacataaacttatcggctcccatcatgtccagatttgatcttttc
ttcattcttgtggatgaatgtaatgaggttacggattatgccattgccagacgcatagtg
gatctgcattcgcgaattgaagaatctgttgatcgtgtctattcactagatgacatcagg
aggtatctgctttttgcaagacagtttaaaccaaagatttctaaagagtccgaggacttc
atagttgagcagtataaacgactacgtcagcgtgatggctctggtgtcacaaaatcatcc
tggagaatcactgtgagacagctggaaagcatgattcgactgtctgaagctatggcacga
atgcactgctgtgatgaggttcatccgaagcatgtgaaggaagcattccggttgttaaat
aaatctatcatcagagttgaaactccagatatcaatttagaccaagatgatgaacagcaa
atggaggacgaagaggaccatgacggaatcagtggtgaggcacaagctccagctggtgtc
aacggtcttgtgaatggactcgacggccgctctgaggataccagcaaagaggcagctccc
aaggcttccctgaaacttggattctctgaatatcgccgcatctctaacctcctagtcctg
cacctcaggaaagcagaagaagaagatgatgattcctcgttaaagaagagtgagcttatt
aattggtacttaaaggaaattgagtcagaaatagagtctgaagaagaactgataaataga
aagaagatcatagagagagtcattcaccgacttacacactatgaccacattctcatagaa
ctcacgcagtctgggctgaaaggctccatggaagaagaaagcttggatgaagactcattt
ttagtagtaaaccccaactatctgatggaagactaa
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