KEGG   Python bivittatus (Burmese python): 103060640
Entry
103060640         CDS       T03091                                 
Symbol
BLM
Name
(RefSeq) Bloom syndrome protein
  KO
K10901  bloom syndrome protein [EC:5.6.2.4]
Organism
pbi  Python bivittatus (Burmese python)
Pathway
pbi03440  Homologous recombination
pbi03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:pbi00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03440 Homologous recombination
    103060640 (BLM)
   03460 Fanconi anemia pathway
    103060640 (BLM)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:pbi03032]
    103060640 (BLM)
   03400 DNA repair and recombination proteins [BR:pbi03400]
    103060640 (BLM)
Enzymes [BR:pbi01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.4  DNA 3'-5' helicase
     103060640 (BLM)
DNA replication proteins [BR:pbi03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Other termination factors
    103060640 (BLM)
DNA repair and recombination proteins [BR:pbi03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   HR (homologous recombination)
    RecQ family DNA helicases
     103060640 (BLM)
    Bloom's syndrome complex (BTR)
     103060640 (BLM)
   FA (Fanconi anemia) pathway
     103060640 (BLM)
SSDB
Motif
Pfam: DEAD RecQ_Zn_bind BLM_N Helicase_C BDHCT HRDC RQC
Other DBs
NCBI-GeneID: 103060640
NCBI-ProteinID: XP_007434770
UniProt: A0A9F2R3D4
Position
Unknown
AA seq 1386 aa
MNSLNDCTPGYMGGTKYFALKEKNINSSLEKQSGIKNKQTKISELFETTLKVQEGKQEYS
NDQHVNDSDCFISSVKENDVDCKQGESQIPTSDHNCSNNSFIDLTDIWEDMDDFETTGPQ
KICPEQSVSFRDKWSIKNRKTAKSLNPYTSKSKVSSTGRNNEECNDMYICRNRKTLILHK
EQETGSLPVPCLDPSNSSQREDFSDGEPQEVKSLESHQTGRKEKSWKGHNDSGFPLSGNE
EPGDGRDDPEIFSESEDYVDFIPPSPEEDMLPASFWLKSARHFPQKTAVETTLNPELLIN
QLPESGETTKRSEGRKEGKFLLRVMEDICKLVDSVPGRELKSLLHGQELLRLRDCRRKLL
SNHRNGNRSGTDTFLDVNCEHNFDYGGSQDDSCSSQLGKKYSPLPQQDACTSRPFSDKLL
GDVQRLRGLHPPCLSLLNSQGSIGADPSIFLGDSTLDTYSSALESSGISCPKRETSGITG
SKKPELEEEARWLCSKMNETNSKSQSKLTPFKSNVGSENSLATGGQELNNDNFDIGDFDE
FDDVTSASTTRQPFKVPVQFAADASPAKLFLEESSPTSKANDDLFHSNFSYADCSVSGKS
CPVALIKNTPSGNSTLEPFRGLAFPHSNEMLKIFHKKFGLHHFRTNQLEAINAALLGQDC
FILMPTGGGKSLCYQLPACVSVGVTIVISPLRSLIVDQVQKLTSMDIPATYLTGDKTDAE
ASRIYMQLSKKDPIIKLLYVTPEKVCLSGRLMSALENLYQRQLLARFVIDEAHCVSQWGH
DFRQDYKRLNMLRKKFSLVPMMALTATANPRVQKDILNQLEMLQPQVFTMSFNRHNLKYD
VLPKKPKTVALDCLQWIRKYHPCDSGIIYCLSRYECDSVANALQRGGLSALAYHAGLPDS
TRDLVQQKWINQEGCQVICATIAFGMGIDKPDVRFVIHASLPKSIEGYYQESGRSGRDGE
VSHCLLFYSYSDVTRLRRLILMEREGNRHTRQTHFNNLYSMVHYCENVMECRRIQLLAYF
GETGFNSRFCKEHPEVSCDNCSKQQVYKLKNVTEEVKNIVRFVKEHCGEKGTGNIKRNAG
RYTLNMMIDIFLGSKNAKIQCGLFGKGAAYSRHNAERLFRKLVLDKILDEDLYITAKDQA
VAYIQLGEKAGAVLNGSLQVEFCETESASNIRKQRALETKMSQREEMVKKCLSELTDVCK
NLGKVFNIHYFNIFNTATLKRIAETLSSDPAVLLQIDGVTEDKLEKYGAEIIGVMQKYCA
KTLPAEKKPLSATETDASRHDSADEAEEATCAASNYFQTKNGKGRKRKKSHFFRESKKKK
AGSGGQQASSKGSYKIYKDASSTSKSSTSCTFPGKLGVGKRPGIMAPPKPQNRRYLKPSY
VLSGCP
NT seq 4161 nt   +upstreamnt  +downstreamnt
atgaattcccttaatgactgcacaccaggatatatgggtggaacaaaatatttcgccttg
aaggagaagaacatcaactcttctttggaaaaacaaagtggtattaaaaataagcaaacc
aaaattagtgagctgtttgaaacaacactgaaagtgcaagaaggaaaacaagagtattca
aatgatcaacatgtcaatgattcagattgttttatctcttccgtgaaagaaaatgatgtg
gactgcaaacaaggggaatctcaaatccctacctcagaccacaattgttcaaataattca
tttattgaccttactgatatttgggaagacatggatgactttgaaacaactgggccacag
aaaatatgcccagaacaatctgtatcatttcgagataagtggtctataaaaaataggaag
actgcaaaaagcctgaatccctataccagcaagtcaaaggtatctagtacaggaagaaat
aatgaagaatgtaatgatatgtatatttgtagaaataggaaaacactaatacttcacaag
gaacaagagacaggtagcctgcctgttccttgtcttgacccttcaaattccagtcaaaga
gaagatttttcagatggagaacctcaagaggtgaagtctctggaaagtcaccagacaggc
agaaaggaaaagtcttggaaaggacataatgattctggcttcccattaagtgggaatgaa
gaacctggtgatggaagggacgaccctgaaatattcagtgagtccgaagactatgtggac
ttcatacccccttccccagaggaggatatgctgcctgcttcgttctggctgaagagcgct
aggcattttccccaaaaaacagctgttgagacaacactgaatcctgaactcttgataaac
caacttccagagtctggagaaaccacgaaaagaagcgaaggaaggaaggaaggcaaattt
ctcctacgtgtaatggaggatatctgtaaattggtggattctgttccaggaagggagctg
aaatctttgctacatggtcaagagctccttcggcttagagactgcagaagaaaactgttg
agcaatcacagaaatggaaacagaagtggtactgatacctttctagatgtaaactgcgaa
cataattttgactatggtgggtcccaagatgacagttgttcttctcagttgggaaagaag
tactctcctcttcctcaacaggacgcttgtacttctagaccattttcagacaagcttctt
ggtgatgttcagcgcctgcgtggccttcatccaccatgtttgtcactattgaactctcaa
ggatcaattggagctgatccatccattttcttgggagattctactttggatacttactct
tctgccttggaaagttcaggcatatcttgtcccaaaagggaaaccagtggaataactgga
tccaaaaagccagaattagaagaagaggcacgctggttgtgttcaaagatgaatgaaaca
aattcaaagagccaaagcaaactcactccgtttaagagcaatgttggaagtgagaattct
ttggcaactggagggcaggagcttaataatgataattttgatattggtgattttgatgaa
tttgatgatgtaacaagtgcttcaacaaccagacagccttttaaggtgccagtccagttt
gctgcagatgcttcacctgcaaaattatttttggaagaaagctctccaacgtcgaaggca
aatgatgatcttttccatagcaatttttcttatgcagactgttctgtgagtggcaagagt
tgccctgttgcgctaatcaagaatacaccttcgggaaattccaccctagaaccattcaga
ggtttagcatttccccattctaatgagatgctgaagatatttcataaaaaatttggtctc
catcactttcggacaaatcagcttgaagccatcaatgctgctttgctgggccaagactgc
ttcatcctgatgcccacaggaggtggcaagagtctgtgctatcagctgccagcctgtgtt
tcagtgggagtcaccatcgtcatctctcccttgaggtccctgatagtagatcaagttcag
aagctgacatccatggatattccagctacttacctcacaggtgataagactgatgctgaa
gcatccagaatttacatgcagctatcaaagaaagatcccattataaaactcctctatgtt
actccagagaaggtttgcctgagtggccggctgatgtcagctctggagaatttgtaccag
cgacagctgttggctcgttttgtgattgatgaagcccactgtgtcagtcagtggggtcat
gattttcgtcaagactacaagcggcttaacatgcttcgaaagaagttctccttggttcct
atgatggctcttactgccacagccaaccccagagtgcaaaaggacatcctaaatcaactg
gagatgctccagccacaggtgtttactatgagctttaacaggcacaacttgaaatacgac
gtattacccaagaaacccaaaactgttgctttagattgcttacaatggatcagaaaatat
cacccttgtgactcaggaattatttattgtctctcacggtatgagtgtgactcggttgcc
aacgctttgcaaaggggcggcctctctgcacttgcgtatcatgctggtctccctgacagc
accagagatcttgtgcagcagaaatggattaatcaggaggggtgccaggttatctgtgcc
accattgcatttggaatggggatcgacaagcccgatgtgcgctttgtaatccacgcctcc
ctccctaaatctattgaagggtactatcaggagtcaggcagaagtgggcgggatggagaa
gtatcccactgcctgcttttctacagctatagtgacgttaccaggctgagacggctcatc
ctgatggaaagagagggtaacaggcatacccggcagacgcacttcaacaacctctacagc
atggtccattattgcgagaatgtaatggagtgccggagaatacagttgctcgcctatttt
ggagaaacgggctttaattctagattttgtaaggaacaccctgaagtaagttgtgacaac
tgctccaaacaacaggtatacaagctgaagaatgtgaccgaagaagtaaaaaacattgtg
aggtttgttaaggagcattgtggtgaaaaaggaactggaaatatcaagagaaatgcagga
agatacaccctcaatatgatgattgacattttcttgggttcaaaaaatgcaaagattcag
tgtggtctgtttggcaagggagcagcctactcacgccataacgctgagcgactttttagg
aagctggtgctggacaagattctggatgaagatctgtacattactgctaaggatcaagcg
gtagcgtacatccagctgggggaaaaagctggtgctgtgctgaatggctccttgcaggta
gagttctgtgaaacagaaagtgccagcaatattcgcaagcagagggctttggagaccaag
atgtctcaacgggaagagatggttaagaaatgtctctctgaactcacagatgtctgcaaa
aaccttgggaaagtttttaatatccactattttaatatttttaacactgccacattaaaa
agaatagcagagacattgtcttcagacccagcagtgttgcttcagattgatggtgttaca
gaggacaaattagagaagtatggagcagaaataataggagtgatgcagaagtattgtgca
aagacactaccagctgaaaagaagcctctctcagccacagagaccgatgctagcagacac
gacagcgcggatgaggcagaagaggcaacgtgtgcagcctctaactatttccaaacaaaa
aatggcaagggaaggaagagaaagaagtcccatttttttagagaatcaaagaagaaaaaa
gctggatctgggggacagcaagcttcttctaaggggagttacaaaatctacaaagacgcc
tcatccacttcgaaaagttctacatcctgcacgtttccaggcaaactaggagtcggcaag
aggcctggaatcatggccccaccaaagccccaaaacagacgataccttaaaccctcttac
gtgctttcgggatgcccttga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (46)   

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