Alligator mississippiensis (American alligator): 102558677
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Entry
102558677 CDS
T03087
Symbol
TICRR
Name
(RefSeq) TOPBP1 interacting checkpoint and replication regulator
KO
K26117
Treslin
Organism
amj
Alligator mississippiensis (American alligator)
Pathway
amj04110
Cell cycle
Brite
KEGG Orthology (KO) [BR:
amj00001
]
09140 Cellular Processes
09143 Cell growth and death
04110 Cell cycle
102558677 (TICRR)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
amj03032
]
102558677 (TICRR)
DNA replication proteins [BR:
amj03032
]
Eukaryotic type
DNA Replication Initiation Factors
Other initiation factors
102558677 (TICRR)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Treslin_N
Treslin_STD
Treslin_M
SRPRB
Motif
Other DBs
NCBI-GeneID:
102558677
NCBI-ProteinID:
XP_006258142
UniProt:
A0A151M992
LinkDB
All DBs
Position
Un
AA seq
2105 aa
AA seq
DB search
MPRAHNVVLLLDTASPAPKQQLQLGSLRILNYLGCKFGLAKVRWGFKFFDSLGSRGRASR
VGDFRELGPRSWEDFEEELETRFGMQSCKSHLPGPVPRALITQTVLKETLLDYQWDRPEI
TSPTKPVLRSQKSKLLVAPDEPLESHMPSEGFVNLIFLFSPCPHSQRELLQFVSGNEVRS
CCELPTPQEVAEKLLPRRVREMITGQKIALYWVDTAERYKLLESPDHVGYWTMAELICPV
GGTIFPSETLIACLGHHRTDIPGFPGECSSSKPQFIPWTSSILPFDSTLSCLLSKPSVFQ
ASFPQQKGVLFLSMHGVEKQWSCEVILEPLVMNQRYFRSPVNIFLKGSLTDWNLTQAGSF
LTESWILQSSQAGQSVEDALFQQLVKRLTTEELYLVAEVSASEAWSSCTGVLSPLSDSAA
VLTVFCSEKTAEVQRCLLQGTVAENSSQDYSFDLPDIVSSVLSEIDSLTEDNLPSSGETP
VPEWVQQELSRTGGWSPAVVEGWYPLSNVCGASSDLMESFRLLQAVSVGEKEEVSQPEAE
LTNCLSEFYQRKSGEASVPSGPRDYKKRRGVPRTPVRQKMKTMSRSLQMLNVARLNVKAQ
KFQPDCAPPAAGEKVPQRLSVKRSDDKLEERGRALKIPKDFKTEDELLSHLTASHQKAVT
EGDVLLCACAQNMVLAIKRFLKIQDAPEKEVACVDRVRSRLLKTSKALRQEYGTNPDKEN
KVRECQLQIFLRLEMCLQYPFLQNSTDEMEQLVEEMTEMLRILCLAEDPGYLTKFLEEVL
ALYMDSIPRILGNLYYSLGTQIPTKLASVLPADFFSDDSMTMDSKSPTHPQSLPSAPAPS
TETEQLEELRTRSAKKRRNSALARHRSMTEMSQNLRQVEMPQIPKNPIRKENSRSYLAAE
KPKQMPVLQKEAAQEVTKVRRNLFNEDMLSPSKRSLKKMPRSQSVSAVEGVKHKRSYSDE
GTRDHRTLLTKRVAETPLHKQISRRLLHKQIKGRSSDPGSDISVVEESPEKTMSDGGLRR
SPRIKQLSLNRTHSGFFYSTTQSNSQNMQRVRLGQQEESSIHQDLDITLHPNNPTIQSPK
RLFFGAVIDISSPTVKDLPGTRRTRHNSFDLEKPVSFQTPRKTPRKATQKPLSSSSKMSR
KSPRALCRTPKSLEKAPGKGPAVKQSVAKCLGKFYSPSRHKDKSPPELNKRRRHCLVQIT
PGKDCSPEKRLPTPHKKVRLQTTREQAVDGVLDASGSPLKDSSPCTATQFSSPVQEKFTT
DLQTPRRSLRSTQNSASPAGPKRQILETETQGNPESNITLEPVPQEVERTPRKFRCTPAR
QSRSPVSVPLSPKSASKMQQESNYSPLDSSIKALATGALKSPNAIRTSPRKALRSLLHDP
EQAKCKTKSGEENIALLPAKASGNEKQYSNANVRPSAESNWIFKASGNIPMVERKELVGL
EAQGSSPRERQKSLEESASFSPSAKEQVHSLDIVEMHEQLESSSVSTNTRASLPSEPQAG
QSQDLPETTVLPTGEFKQQRPFTHKRRSSSGLTVLSSTPTSASPAYALRCTADRRQREAA
ARLRNPEIPARFCTPNSPHHMGPVSPTAYEVELEMQASGLPKLHIKKIGSCSPLEGQPET
KAGKPEEEESLVNDLTVACCSRHPGKLAASCVSPSCFRSSHTTPGKGGRQTYICHSYTPT
ICASTTPSHVDATPTSASSAYALRCTADRRQREAAARLRNPEIPARFSTPNIPHHMASAS
PTAYEVELEMQASGLPKLRIKKIGSCSPLEGQPETKAGKPKEEESPVNDLTVTWCSRHPG
KLAASCVSPSCFRSSHTTPGKGGGQTYICQSYTPTSCASTTPSPSRVDAGVPWTPSPKYK
GKTTPDAIKDWPRKKKAVGHNTNAGCGPIEKSMDCVGSLSTGEEARISDYNSKASHLVDF
ELEGVYKLQDQSPPGDSEPRAPESTSLDVLGLTSRKRAFQHLSPHGQTRQEAKKSCTSNA
DPDWVCSPTDETSRKGTCTVLPGRTRASSNGAQVQQSSVGDDEVFLSSGLTPPVKSSLSA
SGLRALTQSPLLYQGQTPPSWRKCTGDDNLDVFPGAAEQEVSPFHSMAFQRRPLGRTYSR
KRLLS
NT seq
6318 nt
NT seq
+upstream
nt +downstream
nt
atgccccgcgcccacaacgtggtgctcctgctggacacggccagcccggcgccgaagcag
cagctgcagctgggctccctgcggatcctgaactacctgggctgcaagttcggcctggcc
aaggtgcgctggggcttcaagttcttcgactcgctgggctctcggggccgagcctcgcgc
gtgggcgacttccgcgagctggggccccgcagctgggaggacttcgaggaagagctggag
accaggtttgggatgcagagctgcaagtctcacctgccgggccccgtgccccgagccctc
atcacccagaccgtgctgaaggagacgctgctggactatcagtgggatcgccccgagatc
acctcgcccaccaagcccgtcttgagaagccagaagagcaagctgcttgtggctccggat
gagccgctggagagccacatgccctccgagggctttgtgaacctcatctttctcttttct
ccgtgcccccattcccagagggagctgctgcagtttgtttcggggaacgaagtccgttcc
tgttgtgagctgcccactcctcaggaggtggcagagaaactcttgcccaggagagtccgg
gagatgataacggggcagaaaatcgctctgtactgggtggacaccgctgaacggtacaag
ttgcttgaatctccagatcatgttggatactggacaatggctgaactgatctgcccggtt
gggggcaccatttttccatctgagaccttaattgcgtgtttgggtcaccatagaacagac
attcccggctttcctggagagtgcagctcctctaagccacaattcatcccgtggacctcc
tccatcctgccttttgactcgaccttgagctgcctgctctctaagccttccgtattccaa
gcatcattcccacaacagaaaggagtgttattcctcagcatgcatggtgtggagaagcag
tggagctgtgaggtgatcttggagcccttagtcatgaaccagagatacttccggagtcca
gtcaatatcttcctgaaaggcagcttgacggactggaatttgacacaagctggcagcttt
cttacagagagctggatcctgcagagctcccaggcaggacaatctgtggaagatgcattg
tttcagcagcttgtaaaaaggctaacgacagaagagttatacttggttgctgaagtatct
gcatctgaggcttggtcctcctgcactggtgttctgtcccccctctctgatagtgctgca
gttcttactgtgttctgcagtgaaaagacagctgaagttcagagatgcctcctccaagga
acagtagcagagaactcttcccaagactactcctttgacctcccggatatagtgagcagt
gtgttgagtgaaattgattccctgactgaagacaatctgcctagttctggagaaactcca
gtcccagaatgggtccaacaagaattgtcccgcacaggtggctggagtcctgcagtagtc
gaagggtggtaccctttatccaatgtctgtggagcaagctcagatttgatggagtcattc
aggctgctgcaggctgtttctgttggtgagaaggaagaggtatcccagcctgaagcagag
ctgacaaactgtctgtctgaattctatcagaggaaatctggtgaagcatctgtgccatct
gggccgcgggattacaaaaaaaggcgtggagtgccccgaactccagtccggcagaagatg
aagaccatgtcccgctccctgcagatgctcaatgtagcaagactgaatgtcaaggctcag
aaatttcagccagactgtgcgcccccagcagctggtgagaaggtgcctcagaggttgtca
gtaaagagatcagatgataagctagaagaaagaggaagagccctgaaaatccccaaagat
ttcaaaacagaggatgagctgctttcccatttaactgcaagccaccagaaggctgtgact
gagggagatgttctcttgtgtgcatgtgcccagaatatggtcctggccattaaaaggttt
ctgaaaatacaagatgccccagagaaagaggtagcctgtgtggacagagtcagaagccgt
ctcttgaagaccagcaaagccctccgacaagagtatggtaccaatcctgacaaggaaaat
aaagtcagagagtgccagcttcagatatttctgcgccttgagatgtgcctgcagtacccc
tttctacagaacagcacagatgaaatggagcaactggtagaagagatgacagagatgctg
cgtattttgtgtctggctgaagacccaggataccttacaaagtttttggaggaagtccta
gcattgtatatggattctataccgaggatccttgggaatctttactacagtctgggcaca
cagattcccacgaagctggcatctgttctgcctgcagacttttttagtgatgactccatg
actatggatagcaaatctccaacccatccccaatccttgccatcagccccggctccaagc
acagagacagaacagctggaggaactgcgcaccagatctgccaagaaaaggaggaacagt
gccttagccagacacaggagtatgacagaaatgtcacaaaacttgcgccaagttgaaatg
ccccaaattccaaagaatcccatcagaaaggaaaattctcgctcttaccttgctgctgag
aaacccaaacagatgcctgtcttgcagaaagaggcagcacaagaggtgacaaaggtgaga
aggaacctcttcaatgaggatatgctttctccatcaaaaaggtctctaaagaagatgcct
cgaagtcagtcagtatctgctgtggaaggtgtgaagcacaaacgcagctactcggatgag
ggcactagagaccatcgcactctactgaccaagagagttgcagagacaccactgcacaag
caaatctccaggagactgcttcataaacagatcaaaggccggagttctgatccaggttct
gatatcagcgttgtagaagaatctcctgagaagaccatgagtgatgggggtttaagaaga
agcccacgcatcaaacagctgtcattgaataggacacactctggctttttctactctaca
acacagtccaactctcagaatatgcagagagtgcgtctagggcagcaggaagagtcctcc
attcaccaggacttagatattacactacatcccaataacccaaccatccagtctcccaag
aggcttttttttggagcagttattgatataagcagccctacggtgaaagatttacctggc
acaaggagaacaagacacaactcgtttgacttggagaagccagttagctttcagactcct
agaaaaactcctcgcaaggctacccagaaaccactgagttcgtctagtaaaatgtcaagg
aaatcacctcgtgctctgtgcagaacaccaaaaagtctggagaaggcccctggcaaaggt
ccagctgtcaagcagtctgtagctaaatgtttgggcaagttctactccccttctagacac
aaggacaagtcaccacctgaacttaacaagaggaggagacattgtttagtacaaataact
cctgggaaagactgttctccagagaaaagacttcccacccctcacaagaaggtgaggtta
caaacaacaagagagcaggcagtggatggagtgctagatgcatctgggtcacctctaaaa
gattccagtccatgcacagccacccagttttcatctccagttcaagaaaaatttaccaca
gatctgcaaactcccagacgctccttgagatccactcaaaattcagcatctccagctggt
cctaaaaggcaaattctcgagacggagactcagggaaatccagagtcaaacatcactttg
gagccagtacctcaagaagtagaaagaactcccaggaaattcagatgtacacctgcaaga
caatctaggagcccagtgagtgttcctttatctccaaaatctgcctcaaagatgcagcaa
gaatctaattattctcctcttgattcctccataaaagctctggccacaggtgctctaaag
tctccaaatgctattcgtacatccccaaggaaagccctcaggtctctgctccatgaccct
gagcaggccaaatgtaaaactaaatctggagaagaaaatattgctcttctacctgcaaag
gcttctggaaatgagaaacaatacagcaatgccaatgttaggccttctgcagaaagcaac
tggattttcaaggcttctggaaatattcccatggtagagagaaaggaactagtgggtcta
gaggctcagggctcctctccaagagagaggcagaaaagtctggaagagagtgcctctttt
tcaccttctgctaaagaacaagtgcacagcttagatattgtggagatgcatgagcagttg
gagtcctcctcagttagcacaaacactagggcatccctccccagtgaacctcaagcggga
cagagccaggacctgccagaaacaacggttttgccaacaggagagtttaaacagcagagg
ccatttactcataagagacgttcctcatctggcctgactgttttgtcttctacaccaaca
tctgcctctcctgcttatgccctgcgctgcaccgcggacagaaggcagcgggaggctgct
gctcgcctaaggaatcctgaaatcccagccaggttctgcactccaaacagtccccatcac
atgggtcctgtgagcccaacagcttacgaggttgaactggaaatgcaagcctctggcctg
cccaagcttcatattaagaagataggctcttgttcaccattggaaggacagcctgaaaca
aaggctggcaaacctgaggaggaagaaagccttgtcaatgatctcacagttgcttgctgt
agcagacacccagggaaactagcagcttcttgcgtttcaccctcctgctttcgctcttcc
cataccacacctgggaagggtggaaggcaaacatacatatgtcattcgtacacccccact
atctgtgcctctaccaccccctcccatgtggatgctacaccaacgtctgcctcttctgct
tatgccctacgctgcactgcagacagaaggcagcgggaggctgctgctcgcctaaggaat
cctgaaatcccagccaggttctccactccaaacattccccatcacatggcttctgcgagc
ccaacagcttatgaggttgaactagagatgcaagcctctggcctacccaagcttcgcatt
aaaaagattggctcttgttcaccattggaaggacagcctgaaacaaaggctgggaaaccc
aaggaggaggaaagccctgtcaatgatctcacagtcacttggtgtagcagacacccaggg
aaactagcagcttcttgtgtttcaccctcctgttttcgctcttcccatactacgcctggg
aagggtggagggcaaacatacatatgccaatcgtacacccccaccagctgtgcctcgacc
accccgtccccctcccgtgtggatgctggagtgccctggacaccttccccaaagtataaa
ggcaagactacccccgatgccatcaaagactggcctcggaagaaaaaagcagtgggccac
aacacaaatgctggctgtggcccaatagagaaaagtatggactgtgtgggaagcttgtca
acaggcgaagaagccagaatctctgattataatagcaaagcttcgcacctggtggatttt
gagctggaaggagtctacaagcttcaggaccagtcacctcccggtgactcagaacccaga
gctcccgagagcacttccctggatgtgttgggcctgacatctaggaaacgggcttttcag
cacctgtctccacatgggcaaaccagacaggaagcaaagaagtcttgcacaagtaatgct
gacccggattgggtctgctctcccacagatgagacaagcagaaagggaacttgtacggtg
ctacctggtagaacccgagcatcctcaaatggagctcaagtgcagcagagctccgtgggg
gacgatgaagtcttcctttcttcaggcttaactccgccagtcaagagctccctctcggca
agcggccttcgggcactgactcagtctccgctgctttaccagggacaaacgccaccatct
tggaggaagtgcactggagacgacaacctggatgtctttcctggtgctgcagagcaggaa
gtgtccccgttccatagtatggccttccagagacggccccttggcagaacttactcccgg
aagaggctgctcagctga
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integrated database retrieval system
