KEGG   Brassica napus (rape): 106415943
Entry
106415943         CDS       T04128                                 
Name
(RefSeq) ATP-dependent DNA helicase Q-like 4A isoform X1
Organism
bna  Brassica napus (rape)
SSDB
Motif
Pfam: DEAD Helicase_C RQC HRDC RecQ_Zn_bind ResIII PspA_IM30 Mod_r IFP_35_N Cob_adeno_trans
Other DBs
NCBI-GeneID: 106415943
NCBI-ProteinID: XP_013712208
Position
C8:47452570..47459898
AA seq 1162 aa
MSRMSLSEVQKPKAPQTNWSEHVKVLDGSPSSVTKHLSSNFLYALESQKPGRCRDVAARS
IAFPSVNAHTLAHPQIAKGWRALSSLSINKTYLRPGITPPVDDSYSARERSNVKVTSSTD
GSFYSNNRQNQSQMGVPGTGRYSHSFPSSVPGDDKIAAEKFSRVNDEVREPETNCAHSNG
VEKPFRNSALAAEQLESGEACLDEIDDDDILQNIDVDQILMEHYQSTSTPQPSVSCFPLR
TPPVDRSSSRREEECCLPPELCSNCSHGLKLGLCPEASTHLEQMKNALIAISNELLDDDT
DLSPDRIQELRQERLQLKKQIQQLENHIRDKERETSKLLSSTATPSFQYETPKATNRNMD
HPQTDSRAQFSEQGRYASESWNMPRDSSFSVDRYGLSSAPVEREQYVPRIIDVTYTEGSS
DKKWSSREFSWTKNLEVSNKKVFGNHSFRPNQREIINATMSGSDVFVLMPTGGGKSLTYQ
LPALICQGITLVISPLVSLIQDQIMNLLQANIPAASLSAGMEWAEQLKIFQELSYEHSKY
KLLYVTPEKVAQSDSLLRHLESLNSRGLLARFVIDEAHCVSQWGHDFRPDYQSLGILKQK
FPNIPVLALTATATASVKEDVVQALGLVNCVVFRQSFNRPNLWYSVVPKTKKCLEDIDKF
IRENHFDECGIIYCLSRMDCEKVAEKLKEFGHKAAFYHGSIEPTQRALVQKQWSKDEINI
ICATVAFGMGINKPDVRFVIHHSLPKSIEGYHQECGRAGRDGQRASCVLYYGYGDYIRVK
HMISQGGVDQSPMASGYNRVASSARLLETNSENLHRMLRYCENEVDCRRFLQLVHFGEKF
DTTNCKNTCDSCCSSQSLIDKDVTVITRQLVELVKQIGERFSSSHILEVYRGSLNQMVKK
HRHETLQFHGAGKQLSKIEVSRILHYLVTEDILVEDVRKSDMYGSVSSLLKVNNSKAASL
FSGSQTIMMRFPSSVKVLKPTKPAPTPAKAPVTSADTPPEDLNLSAIMYTALRKLRTLLV
KEAPDGVMAYHIFGNATLQQMSKKIPRTKEELLEINGLGKAKVTKYGDRLLETIESTVNE
YYGTSNKDSMISPDTGKRRRDENTSPNVAEDDDDFAEMSIQSCKKTARNKSNEIGMVVEK
LDFDFEDEDGSEIRPEGRVLPW
NT seq 3489 nt   +upstreamnt  +downstreamnt
atgagtaggatgagtctctctgaagttcagaaacctaaagctcctcaaactaattggtca
gaacatgtaaaggtgctcgatggaagtccatcttcggtgactaagcatctgagctccaat
ttcctttacgctctagaaagtcagaagcctggaagatgcagagatgtggctgcaaggtca
attgcgtttcccagcgtcaatgcgcatactttggcgcacccgcaaattgccaagggttgg
cgagctctttcaagtctctcaataaataagacctacctaagacctggaatcactcccccg
gttgatgattcatattctgcaagagagagatccaatgtgaaagtgacatctagcactgat
ggttctttttattcaaacaatcgacaaaatcaaagtcaaatgggtgtaccaggaactgga
agatactctcacagctttccttcctctgtccctggtgatgataaaatagctgctgaaaag
ttttcacgggtaaatgatgaggtcagagaaccagagaccaattgcgcgcattcaaatggt
gtggagaaaccattcaggaattctgcattggcagcggagcagttggaatctggagaagca
tgtcttgatgagattgatgatgatgacatacttcagaatattgatgtcgaccaaattctg
atggaacactaccaatcaacaagtaccccacaaccatctgtatcgtgttttccattgaga
actccacctgtggatagaagttcttcccgtagagaagaagagtgttgtctgcctcctgaa
ctatgttccaactgtagtcatggattaaagctagggctttgtcctgaagcctcaacccat
ttggaacaaatgaagaacgcgttgattgcaatatcaaatgaactccttgacgatgatact
gatctgagtcctgatcgtattcaagagcttcgccaagaaaggttacagctgaagaagcaa
attcagcagctcgagaaccatatccgagataaagaaagggaaacctctaaacttttgtca
tctacagctactccttctttccagtatgaaacacccaaagcaacaaatcgaaatatggat
catccacaaactgattctcgagcacagtttagtgagcaaggcagatatgcatctgaaagc
tggaacatgccaagagattcttcattttctgtagataggtatggtctttcatctgctcct
gtagagagggaacaatatgttccgaggattatcgacgtgacgtacaccgaaggttcaagt
gacaaaaagtggagcagtcgtgaattttcttggacgaaaaatttagaggtcagtaacaaa
aaggtgtttggaaatcactcgtttcgacctaaccagagagaaatcatcaatgcaacaatg
agtggctctgatgtttttgttttgatgccaactggaggaggaaagagtttaacatatcag
ctccccgctctgatctgtcaaggaataacattagtcatttctccacttgtgtcacttatt
caagaccagataatgaacctattgcaggccaatatacccgctgcttccctaagtgccggc
atggaatgggctgaacaactgaagatctttcaggagcttagttacgagcactctaagtac
aaattactctatgtcacacccgaaaaagtggcacaaagcgattctcttttgaggcatcta
gaaagcttaaactcccgaggtttgcttgctcgatttgttattgatgaagctcattgtgta
agccaatgggggcatgactttcggccagactaccagagtcttggtattctgaagcagaag
tttccaaacattcccgtcttagctttaacagctaccgcaacagccagtgtaaaagaagac
gttgtacaagcccttggccttgtcaattgtgttgtgttccggcaaagttttaatcgtcca
aatctatggtattccgttgttcccaagaccaaaaagtgtctagaagatattgacaaattc
atcagggaaaaccattttgatgagtgtggaattatatattgtctttcaagaatggactgc
gagaaagttgctgaaaagttgaaggagtttggtcataaagcagcattctaccatggcagt
atagagcctactcaacgtgccttagtacagaaacaatggagcaaggacgaaatcaatata
atatgtgctactgttgcctttggaatgggaatcaacaagcctgatgtgcgctttgttatt
catcactcgctcccgaagtctattgaaggctatcatcaggaatgcggtcgtgctggcagg
gatggccagcgggcatcttgtgttttgtattacggttatggcgactatatacgagttaag
catatgattagccaaggaggagttgaccaaagccccatggcaagtggttataatcgtgta
gcaagttcagcgaggttacttgaaacgaactctgaaaaccttcaccgcatgcttagatac
tgtgaaaatgaggtggactgccgacgtttcctacaactagtccattttggggagaagttt
gacaccacaaactgcaaaaatacgtgtgatagttgttgcagtagccagagtttgattgac
aaagatgtcaccgtgattacaaggcaattggttgagctggtgaagcaaataggagaaagg
ttttcttcgtctcatattcttgaagtctacagaggttccttaaaccaaatggtcaagaaa
cacagacatgagacgttgcagttccatggagctggaaaacagttatcgaaaattgaagtc
tctcgtatcctgcactatctcgtaacagaggacattcttgtggaagatgttaggaaaagt
gatatgtacggatccgtgtcatcgctgctcaaggtgaataattcaaaggctgcctcactc
ttttctggaagccagactataatgatgagattcccttcttctgtaaaagtattaaagccg
actaaaccggcgcctacccctgcaaaagctccggtaacatcagcagatactcctccagaa
gatttgaatctctctgccatcatgtacacagcgttgaggaagcttcgtacgcttcttgtc
aaagaagcccctgacggtgtcatggcatatcatatatttggcaatgcaacgcttcagcaa
atgagcaagaaaattccaagaaccaaagaggaactcttagagataaatggccttgggaag
gccaaagtaaccaagtatggtgaccgtttgttagaaacaatagagtcaacagtgaacgag
tactatggaacaagtaacaaagactccatgattagtccagatacaggcaagaggagaaga
gacgagaatactagtccgaatgtagccgaggatgatgatgatttcgcagagatgtcaatc
cagtcctgcaagaaaacagcgaggaacaaaagcaatgagattggtatggttgtagagaag
ctagattttgattttgaagacgaagatgggtcggagatacgtccggagggaagagtgtta
ccttggtga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (10)   
   Pfam (10)   
All databases (20)   

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