Pyxicephalus adspersus (African bullfrog): 140337204
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Entry
140337204 CDS
T11284
Symbol
HFM1
Name
(RefSeq) probable ATP-dependent DNA helicase HFM1
KO
K15271
ATP-dependent DNA helicase HFM1/MER3 [EC:
5.6.2.4
]
Organism
pads Pyxicephalus adspersus (African bullfrog)
Brite
KEGG Orthology (KO) [BR:
pads00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
pads03036
]
140337204 (HFM1)
Enzymes [BR:
pads01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.4 DNA 3'-5' helicase
140337204 (HFM1)
Chromosome and associated proteins [BR:
pads03036
]
Eukaryotic type
Meiosis-specific proteins
Others
140337204 (HFM1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Sec63
DEAD
WHD_SNRNP200
Helicase_C
ResIII
DEXQc_Suv3
AAA_22
BES1_N
Motif
Other DBs
NCBI-GeneID:
140337204
NCBI-ProteinID:
XP_072276899
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All DBs
Position
8:29435403..29480118
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AA seq
1174 aa
AA seq
DB search
MTGCEQPMSTAAKTQCGILRPVSEIPKQFSAIFKEFPYFNYIQSKALDDLLYSNKNFVMC
APTGSGKTVIFELAIVRLLMEVPAPWTNIKIVYMAPIKALCGQRYDNWKEKFEPIGLKCK
ELTGDTEVDDLFEIQHAHIIMTTPEKWDAMSRKWRDNMLVQLVRLFLIDEVHTVKDESRG
ATLEVVVSRMKTMQVSLAHTTNRAEVKLPMRFVAVSATIPNANDIAEWLSDGQCQAICMK
MDESHRPVKLRKVVLGYPSASNQTEYKFDLTLNYKVAGVIQTYSDQKPTLVFCATRKGVQ
QAASILAKDAKFIMCIEHKQRLQKSANAIKDGKLRDLVLYGVGYHHAGMDVSDRKIIEAT
FTEGDLPVLFTTSTLAMGVNLPAHLVIIKSTLHYASGMFQEYSETDILQMIGRAGRPQYD
STATAVIMTRLCTKEKYIQILDGADTIESSLHRHLVEHLNAEITLHTITDVNIALEWIRS
TFLYIRTLKNPSHYGFQGGLDKLGIEAKLQELCLKNLNDLSSVGLIEMDEEINFKPTETG
KLIASYYIAFDTAKLFYSIHGKETLSDLVTMISTCKEFSDVQLRTSEKKLLNTMNKDKNR
ITIRFPMEGKIKSSEMKVNCLIQAQLGCIPVQDFSLTQDMAKIFRHGIRVTKYLCEFLAL
QKNKLNAFLNALILAKCFRCKLWENSSHVSKQLEKIGVTLANAMVNAGLTSFQKIEDTNP
RELELIVNRHPPFGNQIKESVHHLPNYKLGIEQLPRYSSSVAEIVVTVLLTNYERLQKKR
TAPDFHHIILIIGDSDNNVVFKQKIMDSALLKSGIWTRKIDINRAFTSDELSVNLISSEY
VGLDIQQNFQAIYVGTQKLGANIDVELKPDSKQLGSRNMQFNSAGQPILQTMLKTGMREC
HHNCKNKEACGHECCKIGVSHKADSKTNSNFSSYLSDLRNRNSVSSAPPVKRLKIQAEIN
TNLQQFSYTCKPDINSLLRSPTLTSAATQTVTQDAFHVNQRSYKDQPPDGASCVYSGGKN
YGNKQSQNITDHQKNLTDINKFSSWSVEPAGVTFDLGNDVWDDCDDESLVNDSNFQKSVE
SPILAGSSTAPATTYSSSAPQENTILESTDIIKNNTEYAMQNHANLENKGISNYRLNGKR
PDEQYLENTKCANDGYSICQSGNFFISNATGHEK
NT seq
3525 nt
NT seq
+upstream
nt +downstream
nt
atgacaggatgcgaacagccgatgtccacagctgctaagacacaatgcggaatccttaga
ccagtgtctgaaattcctaaacaattcagcgctatcttcaaagaatttccttattttaac
tacatacagtcaaaagccttggatgatcttttgtattccaataagaattttgtcatgtgt
gcaccaactgggtctggaaagacagtaatttttgaattagcaattgttcgattactaatg
gaagtaccagctccttggacaaatatcaagattgtatacatggcacctataaaagcatta
tgtggtcaacgatatgacaactggaaagaaaagtttgaacctattggactaaaatgtaag
gagctaacaggggatacagaggtggatgacttattcgagattcaacacgctcatattatc
atgaccactcctgagaaatgggatgccatgagtagaaaatggagagacaatatgctggtt
cagctagttcggctgtttcttatagatgaggtgcacacagtgaaggatgaaagccggggg
gcaacgcttgaagttgtggtcagcagaatgaaaacaatgcaagtttcactggcacataca
actaacagagcagaagtaaagctacctatgagatttgtagctgtttcagcaacaattcca
aatgccaatgatattgcagagtggctatcagatggacaatgtcaagccatttgtatgaaa
atggatgaatctcaccgaccagtaaaattacgcaaagtagtattaggatatccgagtgcc
tctaatcaaaccgaatataaatttgatctaacccttaactataaggttgctggtgttata
cagacctattctgatcaaaagccaacacttgtgttttgtgccactaggaaaggagtacaa
caagctgcctccatccttgctaaagatgcaaagtttattatgtgcattgaacataaacaa
aggctgcagaagtctgctaatgctataaaagatggaaaactgagagatcttgttctttat
ggtgttggatatcaccatgctggaatggatgtgtctgacaggaaaatcattgaagcaacg
tttacagagggagacctgccagtactttttaccaccagtactttggctatgggtgtaaac
cttccagctcatttggtgatcataaaatccacattgcattatgcatcgggaatgttccag
gagtacagtgaaacagatattctgcaaatgattggaagggcaggtagacctcagtatgat
tctacagccacagcagtaataatgacaaggttgtgcactaaagaaaaatacatacaaatt
ttagatggtgcagatacaattgaaagcagcctgcacagacatcttgtggaacatctgaat
gcagaaataacactgcataccatcacggatgttaacattgcattggagtggatccgatca
acatttttatacatcaggacactgaagaatccatctcactatggtttccaaggaggatta
gacaaactggggattgaagctaaattgcaagaactatgtttgaaaaatctaaatgattta
tcatctgttggattaattgaaatggatgaagaaattaattttaagcctacagaaactggt
aaactgattgcatcatattatattgcttttgacacagccaaacttttctacagtattcat
ggaaaagagaccctgtcagatctggtcacaatgatatctacatgtaaagaattctctgat
gtccaactcagaacaagtgaaaagaaattgcttaatacaatgaacaaggacaaaaacaga
attactatcaggtttccgatggaagggaaaataaaatctagcgaaatgaaagtgaactgt
cttatacaagcacaacttggatgcattcctgttcaagacttttcactaacacaggacatg
gcaaagatcttcagacatggcatacgagtgactaaatatctgtgtgagttcctcgcttta
caaaaaaacaagttgaatgcatttctgaatgccttaattctggctaagtgcttcagatgt
aaattatgggaaaattcatcacatgtgtccaaacaactggaaaaaattggtgtcaccttg
gctaatgctatggtaaatgcaggattgacatcttttcagaaaatagaagatacaaacccc
agagagctggagctgattgtcaacagacatcctccatttggtaatcaaataaaagaatct
gtacaccatcttcccaactataagcttggcattgaacagttaccaagatacagttcatca
gtggcagaaattgttgttactgttctgttaacaaattatgagaggttacagaaaaaaaga
acagcgccagattttcaccacattatacttattattggagactctgataataatgttgtc
tttaagcagaaaataatggactctgctttgctaaaatcaggaatttggacaagaaaaatc
gacataaatagggcttttacttctgatgagcttagtgttaatttgattagctctgaatat
gttggacttgatattcaacaaaattttcaagctatttatgtaggaactcagaaattggga
gcaaatattgatgtggaattaaagcctgacagtaaacagttaggtagcagaaacatgcag
tttaactctgcaggacaacctatcttgcagacaatgctaaaaactggtatgagagaatgt
caccataactgcaaaaataaggaggcttgtggacatgaatgctgtaaaattggagtctct
cacaaagctgacagtaaaactaattcaaacttctcttcgtatctgagtgatctaaggaac
cgaaattcagtttcatcggctccaccagtgaagagactaaagattcaagctgagataaat
acaaatttacagcagttttcctacacatgtaaaccggacatcaattcacttttgcggtca
cctacattgacatctgcagcaacacaaacagtaacccaagacgcttttcatgttaatcag
agaagttataaagatcagccaccagatggagcaagttgcgtatattctggaggaaaaaat
tatggaaataaacagagtcaaaatattactgaccatcaaaagaatctcactgatataaat
aagtttagctcctggtctgtggaacccgctggtgtgacatttgatttaggaaatgatgtc
tgggatgattgcgatgatgaaagtttggttaatgacagcaattttcagaagtcagtggag
tcaccaattttagcaggttctagtactgccccagcaacaacatactcatcctctgctcca
caggaaaatactattcttgagtctactgacataatcaaaaataataccgagtatgctatg
caaaatcatgcaaatttagagaataaaggaatatctaactacagactaaatgggaaaaga
cctgatgaacaatacctggagaacacaaagtgtgccaatgatggatatagcatttgtcag
tctggaaactttttcataagtaatgctacaggccatgaaaagtaa
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