KEGG   Monopterus albus (swamp eel): 109969291
Entry
109969291         CDS       T05607                                 
Symbol
hfm1
Name
(RefSeq) probable ATP-dependent DNA helicase HFM1 isoform X1
  KO
K15271  ATP-dependent DNA helicase HFM1/MER3 [EC:5.6.2.4]
Organism
malb  Monopterus albus (swamp eel)
Brite
KEGG Orthology (KO) [BR:malb00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:malb03036]
    109969291 (hfm1)
Enzymes [BR:malb01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.4  DNA 3'-5' helicase
     109969291 (hfm1)
Chromosome and associated proteins [BR:malb03036]
 Eukaryotic type
  Meiosis-specific proteins
   Others
    109969291 (hfm1)
SSDB
Motif
Pfam: Sec63 DEAD ResIII Helicase_C
Other DBs
NCBI-GeneID: 109969291
NCBI-ProteinID: XP_020471694
Position
Unknown
AA seq 1535 aa
MSDSSDCTLSLDNLFFEKPIIHKVKPLHQEASPWQLEVPPSFSQIPATQDMQEEAESFST
LYNFSQKPIKFLPPFKGSLISFINGEKKIEETQGGCNSISQCDGLWEGEEFRDYSHGTSQ
SGRGGDETPQVSGHVSMSRRYSSLDCSRSPPLRRSLFKAQVLNSGGDSTNTDDLSSSSKQ
TASRPQTFLSQVTMATAPLPLKPPRATVSQATPPIPQQPPLPPPPLGSSAASGQPPQQAP
HTEKQDKGTKRAFVPPMTPQPLRIQGSSGSELLRPVSEIPAKFRTVFSEFPFFNCVQSKA
LDDVLYTGKNFVACAPTGSGKTVLFELAIIRLLMETSEPWRDVKAVYMAPIKALCSQCFE
NWKKKFGPLGLSCKELTGDTEIDDFFEIQDSHIILTTPEKWDSMTRKWKDNCLLQLVRLF
LIDEVHVVKDATRGATLEVVVSRMKAVHAYRTAQNPKAGPSMRFVAVSATIPNISDISEW
LSNDSGPATCLEMDETHRPVKLRKVVLGFPCSSNQTEFKFDLSLNYKMANIIQTYSDQKP
ALVFCSTRKGAQQSAAVLAKDARFIMSIEHKQRLIKYANSILDSKLRDLVMLGVGYHHAG
VDLSDRKLIEEAFTLGDLPVLFTTRTLAMGVNLPAHLVVIKSTMQYVAGSCEEYGEADLL
QMIGRAGRPQFDTSATAVIMTKIQTKDKYMKLMNGMEIIESSLHSHLVEHLNAEIVLQTI
SNVNMALDWIRSTFLYIRALKNPKHYGFSADLDRYGIEAKLQELCLKNLNSLSSIGLIDM
DEDINIKPTEAGRLMARYCVAFDTMKQFSKVAGTENLSDLTELLSKSIEFSDIQLRMNEK
RSLNTLNKDKNRITIRFPIEGRVKTSEMKVNCLIQAQLGSISIQEFGLIQDTAKIFRNGM
RISRCLSEFLSQRSKTGFSALLNSLILAKCFRAKLWENSPYVSKQLEKIGQTLSTAMVNA
GLTTFSKIEQTNARELELILNRHPPFGNQIRESVIHLPKYDVTLEQLPRYSCATAEIMVK
VQLKNQAQLLSRRTAPDNHYISLIIGDSDNNVVFLQKLTDLVLLKCGSWSKKIEVAKPLK
GEVISVNLISSHYVGFDIQQKFNVYYSGARRFDTDNSYNTTYNPTGQRPWHSALKPQSTD
QASPQRENVPPATNHDLGSKRQCNHFCKNKERCGHDCCKVGVTVARKRSANQESSFSSYL
NDLRSRCDTLTQTPVKRLKIKMSEESVTVNMQEFAYKPKERLPTVSWCGANHYEASVRHQ
TETVDLTGEDCAQLSDIVHLDDFESDYNDYVEDKQRRVEEPVQTSAATPDQRQQSSSVWM
DPRFSQSPKQHLNENDTTNSAYSKRSTVASNQGAHCEIAPSSQIPTVSFDLGNDWDDWDD
FDDDEKLVHASDTSFATCIANAKPQIQQSLQCNTPGLAATAAPVLLGLSQVKPLMTTART
PLSPEIRNARLSLATVRTQNRITLDWNKKKPNILSEEITVKAPENLPTQTHVAPATTRFD
FFSVISGTSNGSSCVNTSNNSKEEEAFLGIFDGIF
NT seq 4608 nt   +upstreamnt  +downstreamnt
atgtcggattccagtgactgtaccttatccttggacaatctgttttttgagaaacccatc
atccacaaagtaaagccattgcaccaggaggccagtccatggcagctggaagtgcctccg
tctttttcgcagattccagccactcaggatatgcaggaggaggcagagtctttctccact
ctatacaatttctcacagaaacccattaagttcctgcctccttttaaaggatcattgata
agttttatcaatggtgagaaaaagattgaggagactcagggtggctgcaatagcatcagc
caatgtgatggcctttgggaaggtgaagagttcagggattactctcatggtaccagtcag
agtggaagaggtggagatgaaactccacaggtctctggtcacgtgtccatgagcaggagg
tattcatctttggactgcagcagaagcccacctctacggagaagcctcttcaaggctcag
gtgttgaacagtggaggtgactcgacaaacacagatgaccttagcagcagcagcaaacag
acagcatctagaccccaaacttttctcagtcaggttaccatggcgacagcgcctcttcct
cttaagccgccacgggcaacagttagccaggcaactcctcctatcccccaacagcccccc
ttgccaccccctccactgggctcatctgcagcgagtggccaacccccgcagcaggcgcca
cacacagagaagcaggacaagggcacaaagagagccttcgttccacccatgacacctcag
cctctccgcatacaaggttcgtctgggtctgaactgttgcgacctgtttctgaaattcca
gccaagttcagaacggtcttcagtgagttcccctttttcaactgtgttcagtccaaagca
ttagatgatgttctttatacgggtaagaattttgtggcatgcgcacctactggatcaggt
aaaactgtgttgtttgagctggccatcattcgcctgctaatggagacctcagagccctgg
agagatgtcaaggcagtctatatggcccctatcaaagctctctgcagtcagtgctttgag
aactggaagaagaagtttggtcctctgggcctgagctgtaaggagctgactggcgacacg
gagatcgatgacttctttgagattcaggactcgcatattatcctgaccacaccggaaaaa
tgggacagcatgacaagaaaatggaaggataactgtctgctgcagctagttagacttttc
cttatcgatgaggtgcatgtggtgaaagatgcaacccgtggtgccactttggaagtggtg
gtgagcaggatgaaggcagtgcacgcctacaggacagcacagaatccaaaggcaggcccc
tctatgaggtttgtggctgtatccgccaccatacccaacatctctgatatttcagagtgg
ctgtctaatgacagtggtcctgccacatgtctggaaatggatgagactcaccgtccagta
aagctcaggaaggtagtgctgggattcccctgcagctcaaaccaaacagagtttaagttt
gacttgtcactcaactacaagatggccaacattatacagacttattctgaccagaagcct
gctctagtgttctgctctacaaggaaaggagcccagcaatcagctgcagttcttgccaag
gatgctaggttcatcatgagcatagaacacaagcaaaggttgataaaatatgctaattct
attctggattcaaaactgagagatctggtgatgttaggagttggttaccaccatgcagga
gttgacttgtctgataggaagttgatagaggaggccttcactctaggagacctgcctgtc
cttttcactactaggactttggccatgggggtgaatctgccagctcatttggtggtgatc
aagtccaccatgcagtatgtagcaggctcctgtgaagagtacggtgaggctgacctgctg
cagatgataggtcgagctggaagaccgcagtttgacacatcagcaactgcagtgatcatg
accaagatccaaaccaaagacaagtacatgaaacttatgaatgggatggaaatcattgag
agcagcttacacagccatctggtggaacacctgaatgctgagattgttctccaaaccatc
agcaatgtcaacatggctctggactggatacgctccaccttcctctacatcagagccctc
aaaaaccccaaacactatggtttctctgccgacttagacagatatggaatcgaagctaaa
ttgcaagaactgtgtctgaagaacctcaactctctgtcttccattggcctgatcgacatg
gatgaggacattaacatcaaaccaacagaggctggcaggttgatggcgaggtactgtgtc
gcttttgacaccatgaaacagttcagcaaagtcgctggcactgagaacctctctgatctg
actgagctgctgtcaaagagcatagagttcagcgacattcaattgagaatgaatgagaag
aggtccttgaacactttgaacaaggacaagaacaggatcaccatcaggtttcccatagaa
ggaagggtcaaaaccagtgagatgaaagtcaactgcttgattcaggctcagttggggtcc
atctctattcaagagtttggacttatacaagacacagcaaagatcttcaggaacggcatg
cgcatcagcaggtgtctgtcagagtttcttagtcagcgatccaagacaggtttctctgct
ctgctcaactccctgatcctggcaaagtgcttcagagcaaagctttgggagaactcaccc
tatgtttccaaacagctggagaagataggccagaccctgtcaactgccatggtgaacgct
ggactcaccactttcagcaaaatagaacaaaccaatgccagagagcttgagctgattctc
aacagacatccaccttttggaaaccaaatcagagaatctgtcattcacctcccgaagtat
gatgttactttggagcagcttccgaggtatagctgtgctactgcggagatcatggtaaag
gtgcagctaaaaaaccaagcccagctgctgtccaggagaacagctccagacaaccactac
atctctctgatcatcggagactctgacaacaatgtggtgttcttgcagaaactcacggac
ttggtgctgttgaaatgtggtagctggtcgaagaaaattgaggtggcaaagcccttgaag
ggagaggtgatcagtgtgaatctcatcagctcacactatgtgggctttgacatccagcag
aagttcaatgtgtactactctggggccaggaggtttgatactgataattcatacaacaca
acatataatcctactggacagagaccctggcactctgcattgaaaccacagtctacagat
caggcttcacctcagagagaaaatgtcccacctgctacaaaccatgatttaggcagtaaa
agacagtgcaaccatttctgcaagaacaaggaacgctgtggccacgactgctgtaaagta
ggtgtaactgtagcacggaagaggtcagcaaatcaagaatccagtttctcttcctatttg
aacgacctgaggagcaggtgtgacacactcacacagactcctgtcaaacgactcaagata
aaaatgagtgaggagtctgtgactgtcaacatgcaggagtttgcctacaaacccaaagag
aggctacctactgtttcctggtgtggggcaaatcattatgaagcttcagtgagacatcaa
actgaaactgtggatctgacaggcgaggactgtgctcagctgtcagacatagttcatctg
gacgactttgagagtgattataatgactatgttgaggacaagcaaaggagggtggaggaa
cctgtccaaacatccgctgccactcctgatcaacgtcaacaaagttcctcagtctggatg
gatccaagatttagtcagagccctaaacagcatctaaatgagaatgatacaaccaactca
gcgtactctaagaggtccactgtggcatcaaaccagggcgctcactgtgaaattgctcca
tcttcacaaataccaacagtcagctttgaccttggaaatgactgggatgattgggatgac
tttgatgatgatgaaaagttggtgcatgccagcgacacatcgtttgccacgtgtatagct
aatgctaaacctcaaattcagcagtctcttcagtgtaacaccccaggcttggctgctaca
gcagcaccagtactcctcggcctctcacaagtcaaaccgttaatgaccactgccaggaca
cctttgagtcctgaaatcagaaatgccagactctcgctggccacagtcagaacacagaac
agaatcacacttgactggaataaaaagaaacctaacatcttaagtgaggagatcacagta
aaagcaccagaaaatctcccgacacagactcatgtggccccagcgaccacaaggtttgat
tttttctcagtgataagcggcacaagtaatggcagctcatgtgtcaacaccagcaacaac
agcaaagaggaggaagctttccttgggatatttgatggtatattttag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (9)   
   RefSeq(pep) (9)   
DNA sequence (9)   
   RefSeq(nuc) (9)   
Protein domain (4)   
   Pfam (4)   
All databases (31)   

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