Anolis carolinensis (green anole): 100553376
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Entry
100553376 CDS
T01608
Symbol
hfm1
Name
(RefSeq) HFM1, ATP dependent DNA helicase homolog
KO
K15271
ATP-dependent DNA helicase HFM1/MER3 [EC:
5.6.2.4
]
Organism
acs
Anolis carolinensis (green anole)
Brite
KEGG Orthology (KO) [BR:
acs00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
acs03036
]
100553376 (hfm1)
Enzymes [BR:
acs01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.4 DNA 3'-5' helicase
100553376 (hfm1)
Chromosome and associated proteins [BR:
acs03036
]
Eukaryotic type
Meiosis-specific proteins
Others
100553376 (hfm1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Sec63
DEAD
SNRNP200_wHTH
Helicase_C
ResIII
Motif
Other DBs
NCBI-GeneID:
100553376
NCBI-ProteinID:
XP_016848667
Ensembl:
ENSACAG00000021072
LinkDB
All DBs
Position
4:94606555..94653779
Genome browser
AA seq
1103 aa
AA seq
DB search
MFLVAPIKALCSQRSDDWKEKFGPIGLICKELTGDTAMDDLFEIQHAHIILTTPEKWDSM
TRKWRDNSLVQLVRLILIDEVHVVKDESRGATLEVVVSRMKTVQSFLSCGSESSDSVLSM
RFVAVSATIPNAEDIAEWLSDGKGPAICLKIDERYRPVKLRKVVLGFPCSSNQTEFKFDL
TLNYKVASVIQAYSEQKPTLVFCATRKGVQQAASVLAKDAKFIMNVEQLERLQKCAKLVK
EARLRELLICGIAYHHAGVEVSDRKIIEAAFNMGDIPVLFTTSTLAMGVNLPAHLVIIKS
TMHYAGGMFQEYSETDILQMIGRAGRPQFDTTATAVIMTRLSTRDKYVQMLNGADTIESS
LHMHLIEHLNAEVVLHTITDVNIALEWIRSTFLYIRALKNPAYYGFSAGLDRNGIEEKLQ
ELCLKNLNDLSSFDLIKMDEKLYFKPTETGRLMAWYYIAFDTMKNCFMIKGTETLSELVA
LISSCSEFSDIKLRTNEKKTLNTLNKDKNRPTIRYPMEGKIKTREMKVNCLIQSQLGCLP
IQDFTLTQDIGKIFRSGTRLTKWLSEFLASREYHFLVLLNSLILAKCFKCRLWENSLYVS
IQLEKIGVMLSSAMMNAGLTSFKKIEDTNPREIELILNRHPPFGSQIKESVIHLPKYELH
VEQLGNYSESVAEILVTVMLTNFEQLQTKRTAPDSHYVTLIIGDDDNQVVFKQKIMDSAL
LKIGKWTKKVEVRRAIKSEELSINLISSEYEGTGRQEILNRKLANRKCNHHCKNKDGCGH
DCCKIGVLQKYDMKREPVISSYLTDLRNRNAVSTVPPVKRLKMLMSNQSPKLDLKHFSYT
PKSFLPRLPRMEYAEDSGFTLPEERNKADVHEKFPQEPEGCRLDGFFVGKQPATLNEKFR
QTMISNNNLKDSFMNNLTDADKSSALFSKPLKVNFELGNEVWDDYDDGSLVHASTFIADM
ETTKNSEYSHLEAINMYQNSVKAISFPPNTPQKQFKSFSVFKEKPEFCTQKSDSPTLSPP
SNENYLAGHGSKNLGFQEEYNPPQEMKCPQFTTTSETALRCSQATTKGDFFICNKRMTKE
ADLRHQLFDDDIKPFLGIFDGIF
NT seq
3312 nt
NT seq
+upstream
nt +downstream
nt
atgtttttagtggctccaataaaagctctctgcagtcaacgttctgatgactggaaagaa
aaatttgggcccattggactcatctgtaaggaactaacaggagacactgctatggatgat
ttatttgaaatacaacatgctcacattattttgactacaccagaaaagtgggatagcatg
acaagaaagtggagggataactccttagttcagctagtaagactgatcctcattgatgag
gttcatgttgtgaaagatgagagccgaggtgctacgcttgaggttgtggtcagccggatg
aagactgttcaatcctttctttcatgtggctctgagagttctgactcagtgctttcaatg
agatttgtggcagtttctgcaacaatcccaaatgcagaagatattgcggaatggctttca
gatggcaaggggcctgctatatgtctgaagatagatgaaagataccgaccagtgaagctt
cggaaagtagtgcttggatttccctgcagtagcaaccaaacagaattcaaatttgactta
acacttaactacaaagtagctagtgtaattcaagcgtattctgaacaaaagccgaccctt
gtgttctgtgccacgaggaaaggagttcagcaagctgcttctgtactagctaaagatgct
aaatttattatgaatgtggaacagctagaaaggttgcaaaagtgtgccaaattagtaaaa
gaagccaggctgagggagctcttgatctgtggaatagcttatcatcatgctggagtagag
gtgtctgatagaaaaatcattgaagcagcctttaatatgggagacataccagttcttttt
actaccagcacccttgctatgggagtgaatttaccagcacacctggtaattataaaatca
acaatgcattatgctggaggaatgtttcaggagtacagtgaaactgatattttgcaaatg
attggaagagcaggaagacctcaatttgatacaacagctacagcagttatcatgacaagg
ctaagtacaagagataaatatgttcagatgttaaatggtgccgatacaatagaaagcagc
ttgcacatgcatcttattgaacacttaaatgctgaagtagtgctgcataccataactgat
gtgaacatagctttagaatggatacgatcgaccttcctttacatcagagctttgaaaaat
ccagcttattatggattttcagctggactagacagaaatggaattgaagaaaagttgcaa
gaattatgtttgaagaacctgaatgatttgtcatcatttgatttgatcaagatggatgaa
aaactctatttcaagccaacagagactggacgattaatggcttggtattatattgccttt
gacaccatgaaaaactgtttcatgattaaagggactgagactttatctgagctggtcgca
ttgatatccagctgcagtgaattttcagacatcaagttacgaacaaatgagaaaaaaaca
ctgaatactttgaataaagacaagaacaggccaactataagatatccaatggaaggaaaa
ataaaaacaagagaaatgaaagtgaattgtctcattcagtcacaactaggatgtttgccc
attcaagatttcactttgacacaagatataggaaagattttcagaagtggtacacgactt
acaaaatggttgtccgaatttctggcttctcgtgaataccactttttggtcttattaaat
tctttgattttagcaaagtgcttcaaatgtagactttgggaaaactcattatatgtatct
atacagcttgaaaaaattggtgtgatgctgtcaagtgcaatgatgaatgcaggcctgaca
tcatttaaaaaaattgaagatacgaatccaagagaaattgaattgattttgaataggcat
cctccttttgggagtcagattaaagaatcggtaatacatcttccaaaatatgaactccac
gtagaacagctgggaaattacagcgaatcagtagcggaaatcctagtgacagtcatgcta
accaactttgaacagctgcagacaaagagaaccgccccagattctcactatgtaacctta
ataataggagatgatgataatcaggtggtttttaagcaaaagatcatggattctgctttg
ctgaaaattggaaaatggactaaaaaggttgaagtgagaagagctattaagtctgaggag
cttagcataaatctcatcagctctgaatatgaaggtactggtagacaagagatcctcaac
agaaagcttgcaaatcgaaagtgcaatcatcactgcaaaaataaagatggatgtggacat
gactgttgtaaaataggagttttacagaaatatgacatgaagagagagccagtgatttct
tcatatcttactgatttgagaaacaggaatgcagtatctactgttcccccagtcaaacga
ttaaagatgctgatgtcaaatcaatctccaaaactggatcttaaacattttagttatact
cctaaatctttccttccaagattgccaaggatggagtatgcagaagattcagggttcact
ttaccagaagagagaaataaggctgatgttcatgaaaaatttccacaggaacctgaaggt
tgcagattggatggtttctttgttggcaagcagcctgcaactttaaatgaaaaattccgt
cagacaatgatttcaaacaacaatctcaaagattctttcatgaacaacttgacagatgca
gataaaagcagtgctttgttttcaaaacctttgaaagtgaactttgaattagggaatgag
gtttgggatgattacgatgatgggagtttagtccatgctagcacttttattgctgatatg
gaaacaacaaaaaattcagaatattctcatctggaagctataaacatgtaccaaaattca
gtgaaagctatatcttttcccccaaatacaccacaaaaacaatttaaaagcttttctgta
tttaaagagaaacctgaattctgcacacagaagtctgattccccaacactgagtcctcca
tcaaatgaaaattatcttgcaggacatggaagcaaaaatttaggttttcaagaagaatac
aatcctccacaagagatgaaatgtccacagtttactacaacctcggaaacagccttgaga
tgtagccaagccaccacaaagggggacttttttatctgtaacaaaagaatgacaaaggag
gctgatctcaggcaccagctttttgatgatgatattaaaccttttcttggaatatttgat
ggcattttctaa
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