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THYN1

Gene Name THYN1
Sequence Strain (Species/Organism) Homo sapiens
NCBI Gene ID 29087
NCBI Protein GI 83267859
Genbank Accession AP000859
Protein Accession NP_001032381
Taxonomy ID 9606
Chromosome No 11
Gene Starting Position 134248264
Gene Ending Position 134253406
Gene Strand (Orientation) -
Protein Name transcript variant X1
Protein pI 9.93
Protein Weight 18315.39
Protein Length 166
Protein Note Also known as MY105; THY28; MDS012; HSPC144; THY28KD
DNA Sequence
>NC_000011.10:134248264-134253406 Homo sapiens chromosome 11, GRCh38.p12 Primary Assembly
GTTTTAGAAGAAAAGTTCTTCAACTTTGATATTTTATTGAAAAAAGTACACAAAAACCACTGAGGTACAC
AAGCCCAGGTAAGCATACCAAGCAAGCCCCCTCACACCTTTTGTCTGAAAAAAGCTTGACTTCTTTGCAG
CAATGTCTCGCCCATTCCAGCAGCAGTATCTCAGTTAACTTGGTTCCTTTTCCTCCAGGCTCAAAACAAA
ATCAAACTCTTCTACAAAAAAAAAAGGGAAAAAGGAAGGATTAGTTTTTAATGTCCCCTCTTGAACAGGA
AAGTTGTGCCAGGCACAGGTACATCTTACATGGTACTAAGGCGAGCAGTCATTCGTTCAAAACTATTTAC
CAGGTGCCAAGCACTATAGAGTACTGGGTAATAGTAACAGGTAACTCTGGCCACATTCCCTCCCTCATGG
GTGTTACAGGTGAGGATGCTGACTGAGAAAGGTGAAGTACCATGCCCAAGTTTAATCAGCTAGTAAGTGG
GAATTCATGAGGTCATTCTGGTATATGGACAATAAAGGAGAGGGCCCACTCTTACCCTGGGTCAGGGGCT
GGATTGATAATCTCTGGCGAGTGAAGAGAACCATATTTTTTAAGGGGCCACCAGTAGCTTTGTGAGCTTG
ATGATAGGATTTGAGCTCAGCCAGGGGAATGAAACGTTTCATCATCCGAACAAACTGTACATCCACCTAT
GTGACAACAGTGTACATGACAGAAAGACGTGTCTAGGCTGACTGTGCCCACTGTATTTTTAACCGCCCAC
AGGAAGCTCCTATCTCAGTATCACCTCATCTGAGTAAGTGCTGGGCCGTGTACCTTGACCTACAGTCACC
CCAACCGTCTTCTTCCCCTGGTTCATCCTTCCCCTGTCATGAAATAGAAAGCATAGTCTTTACCATGGAC
CACTTAGGGTTGTCCTCTTTGCTAGATGGGTCATAATGGGGATTGTTTTTCTCAAACTGTGTGTGGTCTG
GGTAAGCCTCTTTCACGATCTGAAACCAAAACAAAAGCTTTGAATCATCTGCCTGCAGTCAGCTCCACAG
CCAATCTTTTAATCCATATCCAACTTTCATTTCTTCCCTGCACATTCTTAACCCATCTGCCTTGCTGTAC
AGCCAATGGGGGCTCAGATATTTGGAAACAATATATAGTCTAATATATAGACTAGGAAATCAACTCTGTT
TTTACAAAAGTCTTAAAAACATGCTCTAAAAACAAATGGCAAAGGTTATTACTGGTACCACTGTTTTTTT
CCCCTCTGCACAGTTAATAATTTTATCCTGATAAGCTTGGAGGAGCTATCATCAGGCCTGTTTTCGAGTG
AGATCAAGACTTAGAGGTGGAGTGAAGTCTGTGCTAGTCGGACCTGAATGAAGGCCTGCTTTGAGTTATC
AGATAGGAAGGGGCCAGGGCAGTTTTTCCCTATTCCTGTAAAAGGGGGATGGGGTGGGGGGGAGTGTACT
TTTTTGTTGCCTAATTAAGGTATATCCCTTTATATCTACTTAAGTTAGTCTCCCTGGAGGAAAAGGGATT
CACACCAAAACCTGCCCAACTAACCTTCATGAGTCCTGCGATGCCTGGCTCTTTGCAGTTGCTATGGTAG
AAGAAGGCTTCTTCTCCCAGCTTCATGGCTCTAAGGAAGTTCCGAGCCTGTCCCGGGAGAAGAAAGAGTA
ACTATCCTCCCACCAGCTGGAAAGTACTAGCTTTTAGCAGAAATCAAGTCTGCTTTTAATAGATGGGTGA
TTCTTGTCTGCAACTCCTCAATTCATTAGAAAGTCCTTCCCCTTTGCCAGGACACCCAGACTTTTACCAG
GACATTGGCCAGAACACAGGCCAATTGAAAATTTCATGCAGAGTACTTAAGGCATTTTTTAATACATTAT
CAGGTTTGCTTCTGAGAAAAAGCAACCTTGGCCAAGAGGTTCTGCTACTGAGTACGTCATGAGGAGGAGG
CAGGCATTCATCCCACCTGGGTCTCAGGCGACCTCCTCCTTACCCTCTTACCTGGTAGTTACGAACACCA
TCCCAGCATGTTGTCTGTTTGGGCTGTGCTTTGAGATCCTCAATGCTGAACTAGGCAAGAGGAAATAAAT
TCAATCATTAAACAATCCTTGGCCAGTTAGTAAGCACATATGGAAGCAGACAGTTCCTTCCCCTAAAATG
AGAGGGGCCACTGGCTATAGAGGAAGTATGTAGTTCACCGGGAAGTGGCTCCACAGAGACACTTTTGCTG
GGTGAATGTAAGTAAGCCTTGTGTTACCTTGTTATCCTTGCTAATTATGAGGATTAGCTGAATGAATAAT
CTAGGTGATAAAGTAATCTGCTAGTTACTTGCATTTTACTTTATATTTATAATAGTTCTGCTTATATTTT
TCCCAGGCTATATTAAATTCCCTGAAATATACATCAACTGTTGGCAGGGAGACACCTAGGAGCATGGCAG
GTGTTCAGAGAAAGGTAACCTAAGATTGAGGTTGGCAGACTATAGCCTTCAGGACAAATCTAACCCCATG
CTGGATTTTGTGAATAAAGTTGAACTTGAACACAGCCACAGCTGTTTACTTATTATCTGTGGCCACTCTC
TTGCTACAAGGGCAGGGTTGCAACAGAGACTGTAACACGCACAAGCCTACAAAATTTACTATCTGGCCCT
TTGTGGCAAAGGTTAGCCAACCCCTGCCCTAGATACACAGGTTCACAAACCAGCTGATGATAATAAACCC
TGCCGATTTTATTCATTTTTACCTTTTTCCTTCCCTTCAAAGATAAGAAGCTGGGGATGGAACCCTATGG
TGTCCCATATTCACTTCTCATTTAAAAAACACCATGAAGGGACTGGAGACAGGTCAAGGGTCTCACCTTC
ACATCTACACCTTTCTCTAGGCGGCTCTCTGGCTCTGACTTCATCAGCCAGTGGCTGCTTAGATTCTTCA
AACAGTTTTTAGTGGCTGAAGTCTTCTGAGGGTTGGAGTCCTCCACTTTAGCTAATGCCTCACCTGAGTT
CTCAGTTTTGGTGCGTTTTCCTGATAGTCCCTTGTCTGCAATAGGAGAAGCAAAAAGAAAAGATCATGCT
TGTTAAAGGCAATGTTTCATAATGGAAAAAGCTTAGCTTTGGAGTCAGACCTGGATTCAAATCATGGATC
CATTACCAGCTGTAGGAACTTAATCTTACTGTTAAGAAGCTTTCCTTATCTATAAAAATTAGACAAGAAT
ACCTACCTTACAGGGTATCTTCTGGATTATCTATTCAATAGGGTAAGAACACCTTACAGGGTTGTTCAGG
ATTAAAGGTCCGGACAGTAGTCAATACATGTTTTCCTTTCCTCACTCTCTCTTCTATGCCTTTGCATAGG
AAAGAGGAAACTGAGCACCTACTTGCAACTATTTTGAAGCTTAAATGAGGTAATACAAAGGGCCTAGACA
ATGCCTGGCATTACAATAAGTGCATAATAAAAGCATTATTATTCTCATCTCATACGTCTTTCCTTCTTGC
TCACTGTGGCTCCTGGCCCATCTCCTTTCTGCTCCTTGAAGGTGCCAATAAAAGTTGAAAGAAACAGTTC
ATTCAGGACATTGTAGAAAAATGGTGATGATTCGATTTCATCCCAAGACAATCAGAATGTGCCTGGAACA
CAGTAGGCATTCAGTAGCTAAGTTGTTAAATTACTATATGACAGGGCCCAAGGTCTATGTGTTACCCTAA
CCCTAACTCGGTTAATCTACATAACCTGTGAGATGTTCTACTCTTCATCTGGGAAGCATGCTCCAGATCA
CACATCCAGTAATGGTGGAATCAAGATATGAGGTCAGCACCTGTCACTGAGGTCTATCTGAAGCTACTTA
ATGACTATACTGCCTCTGAATTTAGTCAAAGTCCCTACATCAATTGTCATTAAATACCATTTATGGCTGT
CTAATGCTCTGAACCCAGCATACCTTCCTAACCTAGTTTCCTAATGGCCCCTTAGGAGTTAACAGGCCCA
CTGCAAACACCACATATTGATAAATAACTGCAATGTGCTGTAGTATATCTGGAACCCCTGTCATTCCCAA
AAGAGGTACTTTCTGTACCTTCCAATGTTCCTCCTCCTCCATCCACTTAGAATGCCATCCATCTTTGTGA
TTATAAAAACGACATCACGTTTTCTTAGTACTAAACTTTGCCCGTGGAAAGTCTCCCATTCTTCAAGGCT
GGGCTCAAATTCCACATCCTTCTCGAGGCCTTCCCCGTGATTCCTCCCTCCATAAACTTAACAATCCATT
TTCCTGAACCCCATCACATCTGTTTGCAGTTCACCCGCAAGCAGGCGCTTTATATTCTTTAGCACGCCAC
CTGGTATCTCAAAGAGTCTTTGTGCACAACAACCATTGCCTGAATAAACAAGAAAAAGGAACTGTAGGTA
GGAGCTTGGTGAGACAAGTAAAGAAGATGGAGAGTGATTAAGGATAATGGAGTAAAAATATCACAAAGGG
TTCTCAAAAAGCAGGGAGTGAAAAATGAGTACTAAACAGGCTCTTCGAGAAAAGTTTTTTCTTGGGCTGC
CTTTGTGCAGCCTAGGGGCAGCTCACCTGAACCAGAAGTCCCAGCCAGCCTCTTCCGGGGTCTCGACATG
GTCACGCTGCAGGGGACTTTAGTGCGGACGATTCTGGAATCAACGGAGATACAAGAAAGAATGCTAATGT
CCTCCAAAACCCGCGCAGAGCGAGATGGAGGCAACGAGAGGCAGCCTAGAACGTCTCCAACTTTTGCGAA
ACACAGACGCCTACGTTTGAGCCCTCAAATCCTTCCCTCCGTTATCTGCGCCATTTCCATCTCGCATAAC
CTGCCCCTAAACTCTTCTCGGTTCTGTCCTTGGTCCTTCTCATCCAGGAACCCCTATCTCAGTATGTAGT
TCACTGGGAAGTGGCTCCACAGAGACACTTTTGTTGGGTGAATATAAGTAAGCCTTGTGTTACCTTGTTA
TCCTTGCTAATTAGGATCAACTGAATGGATAATCTAGATGATGAAGTAATTTGCTGGCTACAGACCCAAC
ACTCTGCAGACTCGACTGCGGTCCGCCTCCGCTGCGCCGCAGGCTGTGCAGCGCGACCCCCGCGGCGCTT
GGTGGGCGGTGCATCTCTGCGGCGCCGAGGCCC

Protein Sequence
>NP_001032381.1 thymocyte nuclear protein 1 isoform 2 [Homo sapiens]
MSRPRKRLAGTSGSDKGLSGKRTKTENSGEALAKVEDSNPQKTSATKNCLKNLSSHWLMKSEPESRLEKG
VDVKFSIEDLKAQPKQTTCWDGVRNYQARNFLRAMKLGEEAFFYHSNCKEPGIAGLMKIVKEAYPDHTQF
EKNNPHYDPSSKEDNPKWSMKSLILF

Molecule Role Protective antigen
Related Vaccines(s) FluMist
References