Allele Report for DQB1*06:01:01

DQB1*06:01:01 View HGVS Report
Pre-2010 Nomenclature: DQB1*060101 Local Names: DQB1*06011, DQB 1.4
IMGT/HLA Acc No: HLA00643 OMIM Entry: *604305
Assigned: 1989-08-01 Sequence Last Modified: 2011-04-08
Source Entries: AY663414 , L34104 , L40181 , X89194  
Cells Sequence Derived From: AKIBA , B.H. , B.S. , BGE , E4181324 , NA03715 , TAB089  
Known Ethnic Origin Of Source: Caucasoid, Oriental
Publications
Horn GT et al. Proc Natl Acad Sci U S A 85:6012-6 1988. (View abstract)
Schranz P et al. Tissue Antigens 48:139-40 1996. (View abstract)
Raymond CK et al. Genome Res 15:1250-7 2005. (View abstract)
Tsukamoto K et al. Immunogenetics 25:343-6 1987. (View abstract)
Yasunaga S et al. Tissue Antigens 47:37-48 1996. (View abstract)
Lee BS et al. Immunogenetics 26:85-91 1987. (View abstract)
Confirmatory Data
Sequence Status: Complete CDS Confirmed: Confirmed
Cells: 7 Laboratories: 7
HLA Dictionary Data
Expert Assigned Type: DQ6 WHO Assigned Type: DQ6(1)
Tested by: No. Cells Tested: Assigned Type:
International Cell Exchange UCLA (2008) 6 DQ6 [50-56%] DQ1 [33-40%] DQ5 [10-11%]
NMDP (2008) 675 DQ6 [64%] DQ1 [23%]
13 IHWC (2002) Not tested Not tested
Neural Network Assigned Type: DQ6
Comments:
Protein Sequence (269 aa)
MSWKKALRIPGGLRAPTVTLMLAMLSTPVAEGRDPPEDFVLQFKAMCYFTNGTERVRYVTRYIYNREEDVRFDSDVGVYR
AVTPQGRPDAEYWNSQKDILERTRAELDTVCRHNYEVAFRGILQRRVEPTVTISPSRTEALNHHNLLVCSVTDFYPGQIK
VRWFRNDQEETAGVVSTPLIRNGDWTFQILVMLEMTPQHGDVYTCHVEHPSLQSPITVEWRAQSESAQNKMLSGIGGFVL
GLIFLGLGLIIRQRSQKGPQGPPPAGLLH
Nucleotide Sequence Data (810 bps)
ATGTCTTGGAAGAAGGCTTTGCGGATCCCCGGAGGCCTTCGGGCACCAACTGTGACCTTGATGCTGGCGATGCTGAGCAC
CCCAGTGGCTGAGGGCAGAGACCCTCCCGAGGATTTCGTGCTCCAGTTTAAGGCCATGTGCTACTTCACCAATGGGACGG
AGCGCGTGCGTTATGTGACCAGATACATCTATAACCGAGAGGAGGACGTGCGCTTCGACAGCGACGTGGGGGTGTATCGG
GCGGTGACGCCGCAGGGGCGGCCTGACGCCGAGTACTGGAACAGCCAGAAGGACATCCTGGAGAGGACCCGAGCGGAGTT
GGACACGGTGTGCAGACACAACTACGAGGTGGCGTTCCGCGGGATCTTGCAGAGGAGAGTGGAGCCCACAGTGACCATCT
CCCCATCCAGGACAGAGGCCCTCAACCACCACAACCTGCTGGTCTGCTCGGTGACAGATTTCTATCCAGGCCAGATCAAA
GTCCGGTGGTTTCGGAATGACCAGGAGGAGACAGCTGGCGTTGTGTCCACCCCCCTTATTAGGAACGGTGACTGGACCTT
CCAGATCCTGGTGATGCTGGAAATGACTCCCCAGCATGGAGACGTCTACACCTGCCACGTGGAGCACCCCAGCCTCCAGA
GCCCCATCACCGTGGAGTGGCGGGCTCAGTCTGAATCTGCCCAGAACAAGATGCTGAGTGGCATTGGAGGCTTCGTGCTG
GGGCTGATCTTCCTCGGGCTGGGCCTTATCATCCGTCAAAGGAGTCAGAAAGGACCTCAAGGGCCTCCACCAGCAGGGCT
TCTGCACTGA
Genomic Sequence Data (7111 bps)
TTCTAAGAACTTTGCTCTTCTCACCAAAACTTAAGGCTCTTCAGCGTGTCTAAGACAACAGCAGTAAAAATTTCTATGAC
AGCAATTTTCTCTCCCCTGAAATATGATCCCCACTTAATTTGCTTTATTAAAAATCCCAAGTATAATAACAACTGGTTTT
TAATCAATATTACAGAGATGTTTACTGTTGAATCGCATTTTTCTTTTGCCTCTCAAAATCCCTGAGGCACTCATTCTTCA
GCTTTTCTATAATTGAGAGAAAATTTTCACCTCAAATGTTCATCCAGTGCAATTTGAAGACATCACAGTGCCAGGCACTG
GACTGAGAACCTTCACCAAAAAAATGTCTGCCCAGAGACAGATGAGGTCCTTCAGCTCCAGTGCTGATTGGTTCTTTTCC
AAAGGCCCATCTAATCCTACCACGCACGGAAATATCCACAGGTTTTTATTCTTTCTGCCAGCTACATCAGATCCATCAGG
TCCGAGCTGTGTTGACTACCACTACTTTTCCCTTTGTCTCAATTATGTCTTGGAAGAAGGCTTTGCGGATCCCCGGAGGC
CTTCGGGCACCAACTGTGACCTTGATGCTGGCGATGCTGAGCACCCCAGTGGCTGAGGGCAGAGACCCTCCCGGTAAGTG
CAGGGCAGCTGCTCTCCAGAGCCGCCACTCTGGGAACAGGCATTCCTTGGGCTGGGGTAGGGGGATGGTGATCTCCATGA
TCTCGGACACAATCTTTCATCAACATTTCCTCTCTTTTGGGAAAGAAAGCTATGTTGCATTCCCATTTATCTTTTAGTGA
TGAGGTGAGGACAATCCAATCCCCATCCTACAGGCTTAAGCCTGGAAGAAGAGGAGAGAGGAGAGGAAAGAGGAGATAAA
GTGTACATTTACTACCAGTGATAGGACAAAGTGAGCATGGGATTATTTTTGAAAATATGAATTTCTCCAAAGACACAGCA
GGATTTGCCGTTTAGGCGTGCCCCAAGATTTTGCCTGGACTAAATATTATGGGATCCTGCATTGGGAAATACAAGGCAGC
AATGATGTCTGTAGTCTCCGTATTTGAGGAAAATTAGTCTGTATTCCCAACTGACTGGAGCGTTTGTGGAGGCAAAATCT
TGGTACTGAGGGAAGCTGACTGGCTGACCACAGAGAGGGAGTCTTCAGGTTTCACTGATTTATGGGCAAATGGTGACTTG
AGTGGGATTCAGAGGCCCGAGTTGATGGTGGACTAAATTTAGAAGAAAGGAGGATGCAAAGAGGGGAAATAACACAATTG
TGAAACCACTCACTTCAGACACAGAACAATACTTTATGTAAATTCTCTCTCCTTCTAACATCCTGTGTGTAGATATCATG
ATTTTCCTTTACACAATTATACTTGTGATATGGATATTCTGTTACATAACCTGCTCAAGCTGGTGACTGCCACAGTTTAA
TTGGAATCTAGTTTATCAAATTCAAAAGCTTGTGCTCTTTCCATGAATAAATGTTTCTATCTAGGACTCAGAGGTGTAGG
TCCTTTCTAACATAGAAGGGAGTGAACCTCAACGGGACTTGGTAGGGTAAATCCAGGCATGGGAAGGAAGGTATTTTACC
CAGGGACCAAGAGAATACGCGTATCAGAACGAGGACAGGCTTAATTCCTGGACCTGTCTCGTCATTCCCTTGAACTCTCA
AGTTTTTGTGGATTAACTATATCTCTGAGGTATCCAGGAGCTTCATGAAAAATGGGATTTCATGCGAGAACGCCCTGATC
CCTCTAAGTGTAGAGGTCCATGTAAAATCAGCCCGACTGCCTCTTCGCTGAGTTCACTGGCTCAGGCAGGGACAGGGCTT
TCCTCCCTTTCCTGGCTGTAGGAAGGCAGATTCCCGAAGCCCCCAGAGAGGGCGGGCAGGGCTGAGCAGAGCCGCCGGGA
GGATCCCAGTTCTGGAGCGCCAGACACGGGCAGGCGGGAACTGGAGGTCGCGCGGGCGGTTCCACAGCTCCGGGCCGGGT
CAGGGCGGCGGCTGCGGGGGCGGCCGGGCTAGGGCCAGGCTGGGGCCTGACTGACCGGCCGGTGATTCCCCGCAGAGGAT
TTCGTGCTCCAGTTTAAGGCCATGTGCTACTTCACCAATGGGACGGAGCGCGTGCGTTATGTGACCAGATACATCTATAA
CCGAGAGGAGGACGTGCGCTTCGACAGCGACGTGGGGGTGTATCGGGCGGTGACGCCGCAGGGGCGGCCTGACGCCGAGT
ACTGGAACAGCCAGAAGGACATCCTGGAGAGGACCCGAGCGGAGTTGGACACGGTGTGCAGACACAACTACGAGGTGGCG
TTCCGCGGGATCTTGCAGAGGAGAGGTGAGCGTGGTTGACCCTCCGTGAGGCGCACCCTTGGCCGGGACCCCGAGTCTCT
GTGCCGGGAGGGGCGATGGGGGCGCGGCCTCTGAAATCTGAGCCTCGTTCATTCCACGCCAGGAGACAGGAGGCGGCGGA
GGGGGTGGTGGGGGCAGGTGCACCGGAGGAGCGGGGACCTAGGGCAGAGCAGGGGGACAAGCAGAGTTGACTAGGCTGCC
TAGTGTCCCCCCAGCCTCCCCGTCCGTCGGCTTCGTCCTCTGCTCTGCAGGTTTCTCGCCTTCTGCCTTGTGCGTTTGCC
TCCTCGTGCCTTACCTTTACTAAGCAGTTCTCTCTGCCCCCAGTGCCCACCCTCTTCCCCTGCCCGCCTGCCCCGCTAGT
ACTGCCCCACCCAGCAAGGCCCACGTACGCAGCTCGCGCCTCAGGAAGCTTCAGGCTTGGCCTGGTGGAGTTAGGGCTGC
CCCACAACTGCGCTCAGGGCATCCAGCAATTACAGTTGCGAAATAAGATATTTTGACTTTTTGGCTTCAAATCATTATTC
ATCGTAATTCTGTTTTCTTAAATGGCTATCACTCATGGCGGAGATCTTTGAGGCGAGAGACTGTTTAATTATTGCATGCT
TGGTACCTGACACATTGACTGGTATGTGGTATGAGCTCAATGATCTTCCGTTAAATTCATGAATAAATGTACTCAGCTGC
CAATCCATTTAGGTTCGAGAAAAAACAGAGGCTTACAAATGGACTTAATTAATTACTTTCTATCATTTTGCTTAATGCTT
CAAAGTAAACTCTTATTGACTTGGATCTTAATAGAATTTGTGAATACAAAGTCTGAGGAAAAAAGTGTTTGCTAAAAATA
AAAACAGTGCTTGAATGATGTTGTAAGGCAGAGTTTTAATTTCTTAGAAAAGCTGAACAAATGGCACAATGCAAAGAGCA
GAAGTTTGGGAATAAATAGGTTGAAGCCATTAAATTATTGGATAAAAATAGTTTCAAGTTGCTTTTGGCCTAGGTTCTCC
CCTTCCCCCATCACTATCCACTTCAGGAATAAACATTCTGAAAGTCAATTTTACCCATTCAGGTGGCACTTATTTCTAGA
CAGTTGCCTTATCAAATACCATATATGTTATGTCATTTAATCTCACAGTTACCTGTGCATTAGAGATTAGCATCACCACT
TTGTATATGCTAATATTGGTACATGATAAACACTTTAAGTAATCAACCCACAATTACTCACCAAGACCTTAAGCCTCCCA
AAGTATACAACATTCTTATGTTCCTCACTGCACATCTGTAGAGTCTAAGAGATGTAAGGCCTTGTTAAAGCCAGTTTTGA
CCAGAAGCAGCAATGAGTCTATTCCTGTTTGTTCTCCATGTTAATGGGGCATTGAAAATTCACTGATTAATCAATCCCTA
GTCTGACCCCAGTGTTACCTATGCAGGTTCACAAAACTTTCAGTTTACTTTATACTCCCTTGCCTTCTTTTGACTCACAA
CCTAATGCCAGCAAGTACTTATATTTTTGCTATTTCAGTTCTATTTCCATAAAATTTATTTTATCATCTTTTCTCATAAA
TTTGCGCCCTCTATTTTTACTCCCAGTCTGTTTAAGATGAACAAATCTTATAAGGCCACATAGGTGACTGTGATTTCAGT
TGGACTCCAGGAAGGAGAACCTGAAGAAAAGTTCAAGTCCAAGCAGAAACTGTGATTTCTTCCGGATGATGGCTCAAGAG
TGCCGTCTAATTGGGGTGCAACCTGCTGACCTCAGCAAATCCCAGTTATATGTATATGTTCACATTACAGGCTCATTAAC
CCAGGCAGACCTCTGCACAGATCTCAGAATATTTTCTATAGAGAACGTACATGATAATGTCTGATTTCAGAACAAGAAAG
TAATTCTCAATACCAAGGAAATGGAGTGGGGTAGACAGCTAGTAATTAAACTCACTTGTGCGTTAAAAAGAAATTAAGGA
AAAAAAGAAAATGAGAGAACATATTACTAAATAAGGAAAGCACACATTAAATATTTGCTATAGTTTCACACTAAGAGAAT
AAAGGAAATGCAATAAAGTGGCCTGAAAAGTAAAGGATGAGATGTGTAAAGAGGCGGGGAAAGATGTGTCATTTTTTTTA
CTATGAGCAGCAATCTGAGAAGATAAAGGAATGGGCAAACGTGATGTTTGATCAGTGTTATTTGTTTTCAAGGCCTGCCT
ACTTTTTTTTTCAAATATTACAAATTTTTGAAGTAACATTCTTTTTGTTTTTTGCTGTCTGTTACTAGATTCTATAAAGT
AAATTCTATAAAGTAAATTATGTTACACATTCTATAAAGGCAGGGACCATGGTATGTTGTTTATCTTTGGATTCTCAGTG
ATTGTCAAATTTATATTTGTTGAATGAACCTTGATCCAAGACTTGGACTCCAGGTATCTTTCCACTCTGGTTCCAAGGAG
GGACCTTCCTCATGGTGGACGTGCTGTGTGGTCTCACATCTCACTCCTATGTCTTTTCCTGTCTGTTACTGCCCTCAGTG
GAGCCCACAGTGACCATCTCCCCATCCAGGACAGAGGCCCTCAACCACCACAACCTGCTGGTCTGCTCGGTGACAGATTT
CTATCCAGGCCAGATCAAAGTCCGGTGGTTTCGGAATGACCAGGAGGAGACAGCTGGCGTTGTGTCCACCCCCCTTATTA
GGAACGGTGACTGGACCTTCCAGATCCTGGTGATGCTGGAAATGACTCCCCAGCATGGAGACGTCTACACCTGCCACGTG
GAGCACCCCAGCCTCCAGAGCCCCATCACCGTGGAGTGGCGTAAGGGGATATTGAGTTTCTGTTACTATGGGCCCCACAA
GACAAAGAGCTCCTTCTGATCCATTCCTTCCCATCTCTTATCCCTGATGTCACTACTGAGCTGGGAATCACAGAAGACTA
GACATCTCTTGCTCCATGGCAAGTGCATCAGAAGAATCCTGATCTCATCACCTTTCCAGATGCTAGGGAAATTACTCTAC
GTACTGTTGCTCTAGATCCCAGTCCCGACAGCTCTCAGGGACTGATTCTTAGGGCTGGTGATTGAGATCTTAGGGTCTAA
GGTTATGGATGAGTTCCTGAGGAGCAGAGACTTACTTCCCTACTCTCTCACCTACTCACTGTATCCAAGGACCTATTGGC
TTTCTCTCCCTTACGGGTGGTCTGAATGGAGGACTAGCTTCCTTTGACGCCTTCACCTCCTGCACCTCAGACTGGACTTC
AGCTCCTCAGCAGGGATGCTATGGGGTGTGGAGACAAACACTGACACTCAGGCTGTACTCCTTAGGGGCTCAGTCTGAAT
CTGCCCAGAACAAGATGCTGAGTGGCATTGGAGGCTTCGTGCTGGGGCTGATCTTCCTCGGGCTGGGCCTTATCATCCGT
CAAAGGAGTCAGAAAGGTGAGGAACCCTGGAGGAAAAGGGGAAGATGGGCTGCGACCCAGACCCTTTGTTCAGAGAGGTC
CTGTCTTTGGACGTAGCTCTTTCCTCCTGACCCTGAGAGGAAGAAGGCTAGGCTGGAGGTGGGAGGAGACAGGACAAGAT
TGGAAAAGGCATTGGAATCTGATTTTACTGGTTGAAAGGTAGCCCTGTCACAGAGCTGACTGATAGAGCTTATTGCAGGA
CACCCTTACCATTTATCATTGTCTCACTGGCTCCTTTCCAAAAGCTTCCTCCATTAAGAGGGTCAGAGCCTCGGCCTCCT
TGCCTTCTAGTGAAAATTTCCTTTGTTTTAGGGGATTTTAAATTAGGGTGCTTAAGGCCTTGAAGAACATGGGTGGGAAG
AGAATATAACTAATTAAGTCATGTGTGTCATTTTCCTTTGGGATGAGAGAGTGTCTGTTTGTGTAATGAGACCTTTCTCT
GCATAACTTCCTTTTGTAGGACCTCAAGGGCCTCCACCAGCAGGTAATATTTCAGCCATGATCCAGTATAGGGAGGACAC
AGGTATAAGGGGGAAGAGCATAAGCTGAGTGGACCTGACCACATGATCTCTGTTCATGGCCTGTTTGCTGCTATGAGGAT
CAAGACTTACGGGAGAAGTTTGCCAGTTTCTGGGAATCTCCAGAGGTTGTTCCCCAGAACCAAGCCTTAACTTTGGTGGC
ATCTTCTTGTGAAATGTGGAGCCAGAACCACAGCTTAAATGTTACATACTAGGATGATGCCCACTTTGTGCCACACTTTG
TTGGCTACTGCCTGTAGGCATTTTCCAGTGACTGAAAGAGGCCACTAGTGGTGGAGATGAGGTATCATCCAATTTCCTAA
AAAGACTGAACCCTTCATATTCCCCAGAAGAATAACAGCTGTTCCCCGACTTCCCACACATCTGCATCAAGCTGAAGTTC
TGTGTCCTCATGAGCTGATTTCATCTTTGCACAGATCTTAGGGGAGGTGATGATGATATACCCTGGACCTCAACTTTCTC
TGTCTGAAGCTGCAGGGGGCCCCTGAGGGGTGGGGGAGATGGCAGGCCCGCCAGCATACCCTGTGCTGATCACTCCTCTT
CTCTCTTCTCCAGGGCTTCTGCACTGACTCCTGAGACTATTTTAACTAGGATTGGTTATCACTCTTCTGTGATGCCTGCT
TGTGCCTGCCCAGAATTCCCAGCTGCCTGTGTCAGCTTGTCCCCCGAGATCAAAGTCCTACAGTGGCTGTCACGCAGCCA
CCAGGTCATCTCCTTTCATCCCCACCCCAAGGCGCTGGCTGTGACTCTGCTTCCTGCACTGACCCAGAGCC

IMGT/HLA

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