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Copy pathNKT.cell.annotation.meta.txt
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NKT.cell.annotation.meta.txt
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ID sample sample_new group disease hasnCoV cluster celltype
AACACGTGTTCAGACT_1 C51 HC1 HC N N 14 Proliferating T
AACCATGGTTATCGGT_1 C51 HC1 HC N N 14 CD8 T
AACCGCGGTCAGCTAT_1 C51 HC1 HC N N 14 Proliferating T
AACTCAGAGTGTTAGA_1 C51 HC1 HC N N 9 CD8 T
AACTCCCAGCCAACAG_1 C51 HC1 HC N N 9 CD8 T
AAGACCTTCATATCGG_1 C51 HC1 HC N N 14 CCR7+ T
AAGCCGCTCATAAAGG_1 C51 HC1 HC N N 9 CD8 T
AAGGAGCCACCATCCT_1 C51 HC1 HC N N 14 Doublets
AAGTCTGGTAAGGGCT_1 C51 HC1 HC N N 6 CCR7+ T
AAGTCTGGTGGTGTAG_1 C51 HC1 HC N N 14 Proliferating T
AATCCAGCATTAGCCA_1 C51 HC1 HC N N 6 CD8 T
AATCGGTTCACAGTAC_1 C51 HC1 HC N N 6 Treg
ACACCCTCATCACGTA_1 C51 HC1 HC N N 14 Proliferating T
ACACTGAAGTGTTGAA_1 C51 HC1 HC N N 6 CD8 T
ACAGCCGAGAGGGCTT_1 C51 HC1 HC N N 14 CCR7+ T
ACAGCTAGTTTGACTG_1 C51 HC1 HC N N 14 Proliferating T
ACCAGTAGTAACGACG_1 C51 HC1 HC N N 14 Proliferating T
ACCGTAAAGGGATACC_1 C51 HC1 HC N N 17 CD8 T
ACCTTTATCCTTGCCA_1 C51 HC1 HC N N 9 CD8 T
ACGGAGATCCTTTCGG_1 C51 HC1 HC N N 9 CCR7+ T
ACTGAACAGTCAATAG_1 C51 HC1 HC N N 9 CD8 T
ACTGCTCGTATCGCAT_1 C51 HC1 HC N N 14 CD8 T
ACTTACTGTTGAACTC_1 C51 HC1 HC N N 14 Proliferating T
ACTTGTTCAATGGAAT_1 C51 HC1 HC N N 14 CCR7+ T
ACTTGTTCACCGGAAA_1 C51 HC1 HC N N 14 CD8 T
ACTTTCATCTAACTCT_1 C51 HC1 HC N N 14 CD8 T
AGAGCGAGTCGCTTTC_1 C51 HC1 HC N N 14 Treg
AGAGTGGTCAAGGCTT_1 C51 HC1 HC N N 14 NK
AGATCTGTCGAGAACG_1 C51 HC1 HC N N 6 innate T
AGATTGCTCGTAGGAG_1 C51 HC1 HC N N 14 CD8 T
AGCAGCCAGGAACTGC_1 C51 HC1 HC N N 14 Proliferating T
AGCGTATGTGCACTTA_1 C51 HC1 HC N N 14 CD8 T
AGCTCTCTCTAACGGT_1 C51 HC1 HC N N 14 Proliferating T
AGGCCGTGTACAGACG_1 C51 HC1 HC N N 14 Proliferating T
AGGGTGAGTCATCCCT_1 C51 HC1 HC N N 6 Treg
AGTAGTCTCACTTATC_1 C51 HC1 HC N N 9 CD8 T
AGTGAGGAGCGATTCT_1 C51 HC1 HC N N 14 Proliferating T
ATAACGCAGACTTTCG_1 C51 HC1 HC N N 9 CD8 T
ATAGACCGTAAATGTG_1 C51 HC1 HC N N 14 CCR7+ T
ATCATGGGTGAAAGAG_1 C51 HC1 HC N N 14 Doublets
ATCCGAATCTGTGCAA_1 C51 HC1 HC N N 9 CD8 T
ATCGAGTCAGCCAGAA_1 C51 HC1 HC N N 6 CD8 T
ATCTACTGTCTTTCAT_1 C51 HC1 HC N N 14 Proliferating T
ATGCGATAGACCACGA_1 C51 HC1 HC N N 14 Doublets
ATGCGATTCGAATCCA_1 C51 HC1 HC N N 17 NK
ATTACTCTCTAACTTC_1 C51 HC1 HC N N 14 Doublets
ATTATCCGTCAATGTC_1 C51 HC1 HC N N 14 Proliferating T
CAACCAATCATGTCTT_1 C51 HC1 HC N N 6 CCR7+ T
CAAGTTGTCATTCACT_1 C51 HC1 HC N N 14 Proliferating T
CACAGGCCATGTAAGA_1 C51 HC1 HC N N 6 Treg
CACAGGCGTACTCTCC_1 C51 HC1 HC N N 6 CCR7+ T
CACAGTACAGTTAACC_1 C51 HC1 HC N N 6 CD8 T
CACAGTATCATTATCC_1 C51 HC1 HC N N 14 Doublets
CACATAGGTTATCCGA_1 C51 HC1 HC N N 14 Proliferating T
CACATTTCATGGGACA_1 C51 HC1 HC N N 6 CCR7+ T
CACCTTGAGAAGATTC_1 C51 HC1 HC N N 9 CD8 T
CACTCCATCACGGTTA_1 C51 HC1 HC N N 6 Treg
CAGAGAGTCCTAGAAC_1 C51 HC1 HC N N 14 CD8 T
CAGCATATCAATCTCT_1 C51 HC1 HC N N 9 NK
CAGCCGAAGATATACG_1 C51 HC1 HC N N 6 CCR7+ T
CAGCGACAGCTCAACT_1 C51 HC1 HC N N 9 CD8 T
CAGCGACCAGCCAGAA_1 C51 HC1 HC N N 14 Proliferating T
CAGCTGGTCAGTTTGG_1 C51 HC1 HC N N 6 NK
CAGGTGCTCGAGAACG_1 C51 HC1 HC N N 14 CD8 T
CAGTAACCACGGTTTA_1 C51 HC1 HC N N 14 Proliferating T
CAGTCCTCATTAGCCA_1 C51 HC1 HC N N 9 CD8 T
CATATTCAGCCGATTT_1 C51 HC1 HC N N 6 CCR7+ T
CATATTCCACTATCTT_1 C51 HC1 HC N N 14 Doublets
CATCAAGGTCCTCCAT_1 C51 HC1 HC N N 9 CD8 T
CATCCACCAAGACACG_1 C51 HC1 HC N N 14 Proliferating T
CATCGGGAGTGAACAT_1 C51 HC1 HC N N 9 CD8 T
CATCGGGGTTTGTTGG_1 C51 HC1 HC N N 14 NK
CATGCCTTCGGACAAG_1 C51 HC1 HC N N 14 CD8 T
CATTATCGTATCGCAT_1 C51 HC1 HC N N 6 CCR7+ T
CATTCGCGTCAATACC_1 C51 HC1 HC N N 6 innate T
CCACCTACAGGACCCT_1 C51 HC1 HC N N 6 CD8 T
CCACGGAAGATGTCGG_1 C51 HC1 HC N N 6 Treg
CCATGTCAGCGTCTAT_1 C51 HC1 HC N N 14 Proliferating T
CCATTCGTCTTGTACT_1 C51 HC1 HC N N 6 Treg
CCCAATCAGCCAGTTT_1 C51 HC1 HC N N 6 CCR7+ T
CCCAGTTAGGTAAACT_1 C51 HC1 HC N N 6 CD8 T
CCCATACAGCTCAACT_1 C51 HC1 HC N N 6 CCR7+ T
CCCATACCAAGCGATG_1 C51 HC1 HC N N 14 Proliferating T
CCCATACTCTGATTCT_1 C51 HC1 HC N N 6 CCR7+ T
CCCTCCTCATGCCCGA_1 C51 HC1 HC N N 6 CCR7+ T
CCGGTAGGTTCCACGG_1 C51 HC1 HC N N 14 Proliferating T
CCGTACTTCTTTAGGG_1 C51 HC1 HC N N 14 CD8 T
CCGTTCAAGCTGATAA_1 C51 HC1 HC N N 6 NK
CCTAGCTCATTTCAGG_1 C51 HC1 HC N N 14 Proliferating T
CCTATTACATGTCTCC_1 C51 HC1 HC N N 14 Proliferating T
CCTTCCCAGTGAATTG_1 C51 HC1 HC N N 9 CD8 T
CCTTCCCTCCACTCCA_1 C51 HC1 HC N N 14 Doublets
CCTTTCTCATACGCTA_1 C51 HC1 HC N N 14 Doublets
CGAATGTGTTGTGGCC_1 C51 HC1 HC N N 14 CD8 T
CGACTTCTCAGGATCT_1 C51 HC1 HC N N 6 CCR7+ T
CGAGAAGGTTTCGCTC_1 C51 HC1 HC N N 6 CCR7+ T
CGATCGGCACAGACTT_1 C51 HC1 HC N N 14 Proliferating T
CGATCGGGTCTCACCT_1 C51 HC1 HC N N 6 CCR7+ T
CGATCGGTCACCAGGC_1 C51 HC1 HC N N 14 CD8 T
CGATGTACAGCGTCCA_1 C51 HC1 HC N N 14 CD8 T
CGCTATCGTCGAACAG_1 C51 HC1 HC N N 14 Proliferating T
CGCTGGAGTTTGTTGG_1 C51 HC1 HC N N 14 Proliferating T
CGGACACGTGTAATGA_1 C51 HC1 HC N N 9 CCR7+ T
CGGACACGTTGGTTTG_1 C51 HC1 HC N N 14 CD8 T
CGGACACGTTTGGGCC_1 C51 HC1 HC N N 14 NK
CGGACGTTCCGTCAAA_1 C51 HC1 HC N N 14 Doublets
CGGACTGCAGGATCGA_1 C51 HC1 HC N N 9 CD8 T
CGGAGCTAGGGTATCG_1 C51 HC1 HC N N 14 CD8 T
CGGCTAGCAATCTGCA_1 C51 HC1 HC N N 6 Treg
CGGCTAGGTCTTGTCC_1 C51 HC1 HC N N 14 CD8 T
CGGGTCAAGTCTCGGC_1 C51 HC1 HC N N 9 CD8 T
CGTAGCGCAAAGTCAA_1 C51 HC1 HC N N 9 CD8 T
CGTCTACGTCAACATC_1 C51 HC1 HC N N 9 CD8 T
CGTGTCTCATACCATG_1 C51 HC1 HC N N 9 CD8 T
CGTTCTGAGTTAGCGG_1 C51 HC1 HC N N 6 CCR7+ T
CTAGAGTTCTTCGGTC_1 C51 HC1 HC N N 9 Treg
CTAGCCTCAACTGCGC_1 C51 HC1 HC N N 14 Proliferating T
CTAGTGAAGGAGTAGA_1 C51 HC1 HC N N 9 CD8 T
CTCAGAAGTAGCGCAA_1 C51 HC1 HC N N 9 CD8 T
CTCATTACACTGCCAG_1 C51 HC1 HC N N 14 Proliferating T
CTCCTAGTCACCAGGC_1 C51 HC1 HC N N 9 CD8 T
CTCGAAAAGCTGGAAC_1 C51 HC1 HC N N 14 Proliferating T
CTCGAAATCTGCAAGT_1 C51 HC1 HC N N 9 CD8 T
CTCGTCACACCAGGTC_1 C51 HC1 HC N N 14 Proliferating T
CTCTACGTCCAGTATG_1 C51 HC1 HC N N 6 CD8 T
CTGAAGTGTACCGAGA_1 C51 HC1 HC N N 14 Doublets
CTGAAGTTCTCACATT_1 C51 HC1 HC N N 14 Doublets
CTGAAGTTCTCCGGTT_1 C51 HC1 HC N N 6 CCR7+ T
CTGATCCAGGCCGAAT_1 C51 HC1 HC N N 14 Proliferating T
CTGCGGAGTCATGCAT_1 C51 HC1 HC N N 6 CCR7+ T
CTGGTCTTCAGATAAG_1 C51 HC1 HC N N 17 NK
CTGTGCTTCTTATCTG_1 C51 HC1 HC N N 14 Proliferating T
CTGTTTATCCGTTGTC_1 C51 HC1 HC N N 17 CD8 T
CTGTTTATCTTTACAC_1 C51 HC1 HC N N 14 Doublets
CTTAACTAGACTAAGT_1 C51 HC1 HC N N 14 Proliferating T
GAAACTCCATAGAAAC_1 C51 HC1 HC N N 9 CD8 T
GAAACTCCATCCTAGA_1 C51 HC1 HC N N 14 Proliferating T
GAAACTCGTTCGCTAA_1 C51 HC1 HC N N 14 Proliferating T
GAAACTCTCGGGAGTA_1 C51 HC1 HC N N 14 Proliferating T
GAAATGATCATGTCCC_1 C51 HC1 HC N N 9 CD8 T
GAACATCTCTTGGGTA_1 C51 HC1 HC N N 14 Doublets
GAACCTAAGACAGGCT_1 C51 HC1 HC N N 9 Uncertain
GAACGGAAGCCACGCT_1 C51 HC1 HC N N 9 CD8 T
GAAGCAGAGCGTTTAC_1 C51 HC1 HC N N 14 CD8 T
GACAGAGTCCGTAGGC_1 C51 HC1 HC N N 14 CD8 T
GACCTGGTCGGTTAAC_1 C51 HC1 HC N N 9 innate T
GACGCGTGTCCTCTTG_1 C51 HC1 HC N N 9 CD8 T
GACGCGTTCCAGGGCT_1 C51 HC1 HC N N 14 Proliferating T
GACGTGCCAGCTGTAT_1 C51 HC1 HC N N 14 Proliferating T
GACGTTAGTGTATGGG_1 C51 HC1 HC N N 14 CD8 T
GACGTTATCCACGCAG_1 C51 HC1 HC N N 6 CD8 T
GACTGCGGTTCCACGG_1 C51 HC1 HC N N 14 Proliferating T
GAGGTGAGTTGATTCG_1 C51 HC1 HC N N 9 NK
GAGTCCGAGACAATAC_1 C51 HC1 HC N N 14 Proliferating T
GATCGATTCTCTAAGG_1 C51 HC1 HC N N 14 Proliferating T
GATCGCGTCGAGGTAG_1 C51 HC1 HC N N 14 CD8 T
GATCTAGAGAGACTTA_1 C51 HC1 HC N N 6 CCR7+ T
GATGAAACACCCATGG_1 C51 HC1 HC N N 6 CCR7+ T
GATGAGGAGTGCTGCC_1 C51 HC1 HC N N 14 Proliferating T
GATGCTAAGATCTGAA_1 C51 HC1 HC N N 9 CD8 T
GATTCAGAGAATGTGT_1 C51 HC1 HC N N 6 CD8 T
GATTCAGTCTCACATT_1 C51 HC1 HC N N 14 Proliferating T
GCACATACAGTTTACG_1 C51 HC1 HC N N 6 CD8 T
GCACATAGTCAGCTAT_1 C51 HC1 HC N N 14 Doublets
GCACATAGTCGAGATG_1 C51 HC1 HC N N 9 CD8 T
GCATACATCACAGGCC_1 C51 HC1 HC N N 14 Proliferating T
GCATGATGTCTTCAAG_1 C51 HC1 HC N N 9 CD8 T
GCATGCGCAGGGCATA_1 C51 HC1 HC N N 6 Treg
GCATGCGTCCTAGTGA_1 C51 HC1 HC N N 6 CCR7+ T
GCCAAATTCACTTATC_1 C51 HC1 HC N N 9 CCR7+ T
GCGACCATCATCTGTT_1 C51 HC1 HC N N 9 CCR7+ T
GCGACCATCTCTGCTG_1 C51 HC1 HC N N 14 NK
GCGCAACCATTAGCCA_1 C51 HC1 HC N N 14 Proliferating T
GCGCAACTCGCCAAAT_1 C51 HC1 HC N N 9 CD8 T
GCGCAGTAGCCGCCTA_1 C51 HC1 HC N N 14 CD8 T
GCGCAGTTCCGTCATC_1 C51 HC1 HC N N 14 Proliferating T
GCTCCTAGTATTAGCC_1 C51 HC1 HC N N 9 CD8 T
GCTCCTAGTTAGATGA_1 C51 HC1 HC N N 6 CCR7+ T
GCTGCTTCACAGACTT_1 C51 HC1 HC N N 14 Doublets
GCTGCTTGTACCGCTG_1 C51 HC1 HC N N 9 Proliferating T
GCTGCTTTCAGTACGT_1 C51 HC1 HC N N 9 CCR7+ T
GCTGCTTTCCACGCAG_1 C51 HC1 HC N N 14 Proliferating T
GCTGGGTAGCCACGTC_1 C51 HC1 HC N N 6 CCR7+ T
GCTTGAAGTCCTGCTT_1 C51 HC1 HC N N 14 CD8 T
GCTTGAAGTTCCACTC_1 C51 HC1 HC N N 6 CCR7+ T
GGACAAGGTGTGTGCC_1 C51 HC1 HC N N 14 CD8 T
GGACATTAGTCAAGGC_1 C51 HC1 HC N N 14 Proliferating T
GGACATTCATTTGCTT_1 C51 HC1 HC N N 14 Proliferating T
GGACGTCTCGAGGTAG_1 C51 HC1 HC N N 9 Doublets
GGCGACTGTGAAAGAG_1 C51 HC1 HC N N 6 CD8 T
GGGAATGAGCACCGCT_1 C51 HC1 HC N N 14 Treg
GGGAATGAGTGTACGG_1 C51 HC1 HC N N 14 Proliferating T
GGGTCTGTCGATAGAA_1 C51 HC1 HC N N 6 CD8 T
GGTATTGAGCTAGGCA_1 C51 HC1 HC N N 14 CD8 T
GTACTCCAGCGTGAAC_1 C51 HC1 HC N N 9 CCR7+ T
GTACTTTAGCGAGAAA_1 C51 HC1 HC N N 9 CCR7+ T
GTACTTTTCGTAGATC_1 C51 HC1 HC N N 9 CD8 T
GTATCTTCACGGTAGA_1 C51 HC1 HC N N 9 CD8 T
GTCAAGTCACCAGTTA_1 C51 HC1 HC N N 14 Proliferating T
GTCACAAAGAGAACAG_1 C51 HC1 HC N N 14 Proliferating T
GTCATTTTCTGCGGCA_1 C51 HC1 HC N N 9 CD8 T
GTCATTTTCTTTAGGG_1 C51 HC1 HC N N 6 CCR7+ T
GTCCTCACAAGTAATG_1 C51 HC1 HC N N 6 CD8 T
GTCGTAAAGAGAACAG_1 C51 HC1 HC N N 14 CD8 T
GTCTTCGGTTGATTGC_1 C51 HC1 HC N N 14 Proliferating T
GTGCGGTCACCGCTAG_1 C51 HC1 HC N N 6 CCR7+ T
GTGGGTCCACTGTGTA_1 C51 HC1 HC N N 14 Doublets
GTGTGCGAGCGAAGGG_1 C51 HC1 HC N N 9 CD8 T
GTGTTAGTCTCGATGA_1 C51 HC1 HC N N 6 CCR7+ T
GTGTTAGTCTTTACGT_1 C51 HC1 HC N N 9 CD8 T
GTTACAGCAAAGCGGT_1 C51 HC1 HC N N 9 CCR7+ T
GTTCTCGAGGACACCA_1 C51 HC1 HC N N 6 Treg
GTTCTCGTCAATCACG_1 C51 HC1 HC N N 14 Proliferating T
GTTTCTATCCGTTGTC_1 C51 HC1 HC N N 14 Doublets
TAAGAGAAGCTCAACT_1 C51 HC1 HC N N 14 Proliferating T
TAAGCGTGTCTAACGT_1 C51 HC1 HC N N 6 CCR7+ T
TAAGTGCGTTCTGGTA_1 C51 HC1 HC N N 9 CD8 T
TACGGATAGTGCTGCC_1 C51 HC1 HC N N 14 CCR7+ T
TACGGGCCAAAGTGCG_1 C51 HC1 HC N N 17 NK
TACTCATCACGGCTAC_1 C51 HC1 HC N N 6 CCR7+ T
TACTCATCATTCCTGC_1 C51 HC1 HC N N 6 CCR7+ T
TACTCGCCAAAGGAAG_1 C51 HC1 HC N N 14 CD8 T
TACTTACTCAGTTGAC_1 C51 HC1 HC N N 6 CCR7+ T
TAGACCACACCTGGTG_1 C51 HC1 HC N N 14 Proliferating T
TAGAGCTGTTGTCTTT_1 C51 HC1 HC N N 6 CCR7+ T
TAGGCATAGGGCTCTC_1 C51 HC1 HC N N 14 Proliferating T
TAGGCATGTACGCACC_1 C51 HC1 HC N N 9 NK
TAGTGGTGTGTGGCTC_1 C51 HC1 HC N N 14 Doublets
TAGTTGGTCAGGCAAG_1 C51 HC1 HC N N 9 CD8 T
TCAACGACACGTCTCT_1 C51 HC1 HC N N 14 CD8 T
TCAATCTGTAGCGTAG_1 C51 HC1 HC N N 9 CD8 T
TCACGAAAGAATGTTG_1 C51 HC1 HC N N 14 Doublets
TCACGAAAGCCAGTTT_1 C51 HC1 HC N N 9 CCR7+ T
TCAGCAAGTTACTGAC_1 C51 HC1 HC N N 14 Proliferating T
TCAGCAATCAGTGCAT_1 C51 HC1 HC N N 9 CD8 T
TCAGCTCCACCACGTG_1 C51 HC1 HC N N 6 Treg
TCAGGTAAGATATACG_1 C51 HC1 HC N N 9 CCR7+ T
TCAGGTATCACGAAGG_1 C51 HC1 HC N N 6 CCR7+ T
TCATTACCAGACAGGT_1 C51 HC1 HC N N 6 CCR7+ T
TCATTACCATTGGTAC_1 C51 HC1 HC N N 14 Proliferating T
TCATTTGTCCACGACG_1 C51 HC1 HC N N 6 CCR7+ T
TCCACACGTTTGGGCC_1 C51 HC1 HC N N 14 Proliferating T
TCGAGGCCATTAGCCA_1 C51 HC1 HC N N 6 CD8 T
TCGCGTTTCTCGCTTG_1 C51 HC1 HC N N 9 CD8 T
TCGGGACTCGTCCGTT_1 C51 HC1 HC N N 9 CD8 T
TCGGTAAGTATATCCG_1 C51 HC1 HC N N 14 Doublets
TCGGTAATCCGTTGTC_1 C51 HC1 HC N N 14 Proliferating T
TCTATTGTCACCTCGT_1 C51 HC1 HC N N 6 CCR7+ T
TCTTTCCGTAGGCTGA_1 C51 HC1 HC N N 14 Proliferating T
TGAAAGACATCGACGC_1 C51 HC1 HC N N 6 Treg
TGACAACCACTGAAGG_1 C51 HC1 HC N N 6 CCR7+ T
TGACGGCCAGCTGTTA_1 C51 HC1 HC N N 9 CD8 T
TGAGGGAGTTAAGAAC_1 C51 HC1 HC N N 6 CCR7+ T
TGCCAAAGTCTTGTCC_1 C51 HC1 HC N N 14 CD8 T
TGCCAAAGTGCTTCTC_1 C51 HC1 HC N N 9 CD8 T
TGCCCATAGTATGACA_1 C51 HC1 HC N N 9 CD8 T
TGCGCAGGTCCCTTGT_1 C51 HC1 HC N N 14 Proliferating T
TGGCCAGAGTGACTCT_1 C51 HC1 HC N N 6 Treg
TGGCCAGGTTGCCTCT_1 C51 HC1 HC N N 6 CCR7+ T
TGTATTCAGGTAGCTG_1 C51 HC1 HC N N 6 CCR7+ T
TGTGTTTTCAATACCG_1 C51 HC1 HC N N 14 Doublets
TGTTCCGTCTTGTCAT_1 C51 HC1 HC N N 14 CD8 T
TTAACTCTCGCGTAGC_1 C51 HC1 HC N N 14 Proliferating T
TTAGGCACATCCGTGG_1 C51 HC1 HC N N 14 Proliferating T
TTAGTTCCAGACACTT_1 C51 HC1 HC N N 9 CD8 T
TTAGTTCGTAGGACAC_1 C51 HC1 HC N N 9 CD8 T
TTATGCTTCAGTGTTG_1 C51 HC1 HC N N 14 Doublets
TTCTCAAGTATATGAG_1 C51 HC1 HC N N 9 CD8 T
TTGCCGTGTACATGTC_1 C51 HC1 HC N N 9 CD8 T
TTGCCGTGTATGAAAC_1 C51 HC1 HC N N 6 CD8 T
TTGCGTCCATCCGCGA_1 C51 HC1 HC N N 14 Proliferating T
TTGGCAAAGTAGCCGA_1 C51 HC1 HC N N 9 CD8 T
TTGGCAACAATGAATG_1 C51 HC1 HC N N 9 NK
TTTACTGAGTACGACG_1 C51 HC1 HC N N 6 Treg
TTTATGCCAGGAATGC_1 C51 HC1 HC N N 6 CD8 T
TTTCCTCTCAGCACAT_1 C51 HC1 HC N N 14 Doublets
TTTGCGCAGGCCGAAT_1 C51 HC1 HC N N 9 CD8 T
AAACCCATCCCATTCG_3 C100 HC3 HC N N 6 innate T
AAACGAAGTCTATGAC_3 C100 HC3 HC N N 9 NK
AAACGCTGTCACGTGC_3 C100 HC3 HC N N 17 NK
AAAGGTAGTCGTAATC_3 C100 HC3 HC N N 9 CD8 T
AAATGGATCATCCTGC_3 C100 HC3 HC N N 6 CCR7+ T
AACGAAACAGGACAGT_3 C100 HC3 HC N N 17 CD8 T
AACGTCAAGGTAGGCT_3 C100 HC3 HC N N 17 CD8 T
AACGTCATCTGTCGCT_3 C100 HC3 HC N N 6 CCR7+ T
AAGACTCCACGTTCGG_3 C100 HC3 HC N N 6 CD8 T
AAGATAGTCCACTTTA_3 C100 HC3 HC N N 6 CCR7+ T
AAGCGTTTCCCACAGG_3 C100 HC3 HC N N 9 CD8 T
AAGGTAATCCAACTAG_3 C100 HC3 HC N N 6 innate T
AATAGAGCATGTGACT_3 C100 HC3 HC N N 9 CD8 T
AATCACGAGAAGGGAT_3 C100 HC3 HC N N 9 CD8 T
AATGACCTCTACTCAT_3 C100 HC3 HC N N 17 NK
AATGGAACACAGCTTA_3 C100 HC3 HC N N 17 NK
AATTCCTAGTGCTACT_3 C100 HC3 HC N N 9 CD8 T
ACAAAGATCCGATAGT_3 C100 HC3 HC N N 14 Proliferating T
ACAACCAAGAGGCGTT_3 C100 HC3 HC N N 17 NK
ACACAGTGTTGCTAGT_3 C100 HC3 HC N N 17 NK
ACACCAAGTCCCGCAA_3 C100 HC3 HC N N 9 CD8 T
ACACCAATCCACACCT_3 C100 HC3 HC N N 6 CCR7+ T
ACAGAAAAGTGAGGTC_3 C100 HC3 HC N N 9 CD8 T
ACAGCCGGTACTAACC_3 C100 HC3 HC N N 9 NK
ACAGCCGTCCACCTGT_3 C100 HC3 HC N N 14 Proliferating T
ACATCCCTCCAACCAA_3 C100 HC3 HC N N 9 CD8 T
ACCCTCAGTGTAGTGG_3 C100 HC3 HC N N 6 CCR7+ T
ACCCTTGTCACAAGGG_3 C100 HC3 HC N N 17 CD8 T
ACCGTTCTCAGCTAGT_3 C100 HC3 HC N N 9 CD8 T
ACCGTTCTCGTTGTTT_3 C100 HC3 HC N N 9 CD8 T
ACCTGAACACACAGAG_3 C100 HC3 HC N N 9 NK
ACCTGAAGTCTCTCAC_3 C100 HC3 HC N N 6 Treg
ACGGGTCAGGTCCCGT_3 C100 HC3 HC N N 17 CD8 T
ACGGTCGAGTACCATC_3 C100 HC3 HC N N 9 CD8 T
ACGGTCGGTCCGGACT_3 C100 HC3 HC N N 17 CD8 T
ACGGTTACATTCCTAT_3 C100 HC3 HC N N 14 innate T
ACGTTCCTCGCCTTGT_3 C100 HC3 HC N N 14 Doublets
ACTACGATCCTTTAGT_3 C100 HC3 HC N N 9 CD8 T
ACTATTCAGTGGTTAA_3 C100 HC3 HC N N 9 CD8 T
ACTATTCCAGTCTCTC_3 C100 HC3 HC N N 9 CD8 T
ACTCCCAAGGACGCTA_3 C100 HC3 HC N N 9 NK
ACTCCCAAGGCCCACT_3 C100 HC3 HC N N 6 CCR7+ T
ACTGCAACAGAAGCGT_3 C100 HC3 HC N N 9 CD8 T
ACTTATCGTATGGAAT_3 C100 HC3 HC N N 6 innate T
ACTTATCGTGTTCGAT_3 C100 HC3 HC N N 9 NK
ACTTCGCCAACCCGCA_3 C100 HC3 HC N N 9 CD8 T
ACTTTCAAGGCTCCCA_3 C100 HC3 HC N N 9 CD8 T
AGAACCTCATGACTCA_3 C100 HC3 HC N N 6 Treg
AGACTCACACTGTCCT_3 C100 HC3 HC N N 6 CCR7+ T
AGATAGAGTCGCATTA_3 C100 HC3 HC N N 6 Treg
AGATCCAAGTAGCTCT_3 C100 HC3 HC N N 9 CD8 T
AGATCCACACCGTGGT_3 C100 HC3 HC N N 6 CCR7+ T
AGATCGTAGAGTGGCT_3 C100 HC3 HC N N 9 CD8 T
AGATCGTCATCGAAGG_3 C100 HC3 HC N N 6 CD8 T
AGATGCTCAGAAGCTG_3 C100 HC3 HC N N 6 CD8 T
AGCCAGCAGTTCTACG_3 C100 HC3 HC N N 6 CCR7+ T
AGCGATTAGAATTCAG_3 C100 HC3 HC N N 6 innate T
AGCGATTCAGTAACAA_3 C100 HC3 HC N N 6 CCR7+ T
AGCGCCACACTGGATT_3 C100 HC3 HC N N 9 CD8 T
AGCGCCAGTTACCGTA_3 C100 HC3 HC N N 6 CCR7+ T
AGCGTATCAACCCGCA_3 C100 HC3 HC N N 17 NK
AGCTACAAGCAGTACG_3 C100 HC3 HC N N 9 CD8 T
AGCTCAAAGGTCTACT_3 C100 HC3 HC N N 9 CD8 T
AGGACTTTCATTCCTA_3 C100 HC3 HC N N 9 CD8 T
AGGGAGTCAAAGCGTG_3 C100 HC3 HC N N 9 CD8 T
AGGGCCTCAGAGCCCT_3 C100 HC3 HC N N 14 Proliferating T
AGGGCCTGTCTGGTTA_3 C100 HC3 HC N N 9 CD8 T
AGGGCTCGTCAGACGA_3 C100 HC3 HC N N 9 CD8 T
AGGGTCCTCAGTCACA_3 C100 HC3 HC N N 6 Treg
AGGTTACCATGTGCTA_3 C100 HC3 HC N N 9 CD8 T
AGTAGCTCAGACACCC_3 C100 HC3 HC N N 9 CD8 T
AGTAGCTCAGTCACGC_3 C100 HC3 HC N N 9 CD8 T
AGTCACAGTGTGACCC_3 C100 HC3 HC N N 9 CD8 T
AGTCTCCAGTCAGGGT_3 C100 HC3 HC N N 9 CD8 T
AGTGCCGTCTTGAACG_3 C100 HC3 HC N N 9 CD8 T
AGTTCGAGTTGCCATA_3 C100 HC3 HC N N 9 CD8 T
ATAGACCCAGGACTTT_3 C100 HC3 HC N N 6 CCR7+ T
ATAGAGACAATCAGCT_3 C100 HC3 HC N N 17 NK
ATAGAGAGTTCTCGTC_3 C100 HC3 HC N N 6 CCR7+ T
ATAGGCTTCACGATAC_3 C100 HC3 HC N N 9 Doublets
ATATCCTTCGGCAGTC_3 C100 HC3 HC N N 14 Proliferating T
ATCACGATCTGACGCG_3 C100 HC3 HC N N 17 NK
ATCGGATAGCGACTTT_3 C100 HC3 HC N N 14 Proliferating T
ATCGTCCAGTAGACCG_3 C100 HC3 HC N N 6 CCR7+ T
ATCTCTAAGAGGTGCT_3 C100 HC3 HC N N 9 CD8 T
ATCTCTATCGTAACTG_3 C100 HC3 HC N N 6 CCR7+ T
ATGAAAGCAAGCCCAC_3 C100 HC3 HC N N 9 NK
ATGACCACATGTCGTA_3 C100 HC3 HC N N 9 CD8 T
ATGATCGAGGGCCCTT_3 C100 HC3 HC N N 9 CD8 T
ATGCATGGTTCCATTT_3 C100 HC3 HC N N 9 CD8 T
ATGCATGTCGGCACTG_3 C100 HC3 HC N N 6 CCR7+ T
ATGCCTCTCGACGAGA_3 C100 HC3 HC N N 9 NK
ATGCGATGTCTGCGCA_3 C100 HC3 HC N N 6 CCR7+ T
ATGGAGGTCTGTACAG_3 C100 HC3 HC N N 17 CD8 T
ATGGGTTTCCATGCAA_3 C100 HC3 HC N N 6 CCR7+ T
ATGTCCCTCTAGACAC_3 C100 HC3 HC N N 14 Proliferating T
ATTACCTCAGGCTACC_3 C100 HC3 HC N N 9 CD8 T
ATTACCTCATCCCACT_3 C100 HC3 HC N N 17 NK
ATTACTCTCGGCTCTT_3 C100 HC3 HC N N 6 innate T
ATTCACTAGTCACACT_3 C100 HC3 HC N N 9 CD8 T
ATTCGTTCATGTAACC_3 C100 HC3 HC N N 9 CD8 T
ATTCGTTTCGAAATCC_3 C100 HC3 HC N N 9 NK
ATTCTTGTCTAGCCTC_3 C100 HC3 HC N N 6 Treg
ATTTCTGCAAACTCGT_3 C100 HC3 HC N N 6 CD8 T
ATTTCTGTCCGCACTT_3 C100 HC3 HC N N 9 CD8 T
CAAAGAAGTCCAGCGT_3 C100 HC3 HC N N 6 CCR7+ T
CAACAACAGGCATGGT_3 C100 HC3 HC N N 9 CD8 T
CAACAACAGTTACGGG_3 C100 HC3 HC N N 6 CD8 T
CAACAGTAGCTAGAAT_3 C100 HC3 HC N N 9 NK
CAAGCTATCCAGCTCT_3 C100 HC3 HC N N 9 CCR7+ T
CAAGGGAAGAGATTCA_3 C100 HC3 HC N N 6 CCR7+ T
CAATACGTCTAGGCAT_3 C100 HC3 HC N N 9 CD8 T
CAATGACAGTAGGTTA_3 C100 HC3 HC N N 9 CD8 T
CACAACAGTCGGCCTA_3 C100 HC3 HC N N 9 CD8 T
CACAGATCATCATTGG_3 C100 HC3 HC N N 9 CD8 T
CACCAAATCATCTACT_3 C100 HC3 HC N N 9 CD8 T
CACGAATTCGCTTACC_3 C100 HC3 HC N N 6 CCR7+ T
CACTGAAAGGGCTAAC_3 C100 HC3 HC N N 9 CD8 T
CACTGTCCAGACCTGC_3 C100 HC3 HC N N 9 CD8 T
CAGAGCCCAATCCTTT_3 C100 HC3 HC N N 6 innate T
CAGATACGTCGTGGTC_3 C100 HC3 HC N N 6 CD8 T
CAGATCAAGCTATCCA_3 C100 HC3 HC N N 17 NK
CAGATTGCATATACCG_3 C100 HC3 HC N N 6 CCR7+ T
CAGCAGCAGTGATTCC_3 C100 HC3 HC N N 6 CCR7+ T
CAGCAGCGTATCGTTG_3 C100 HC3 HC N N 6 CCR7+ T
CAGCAGCGTCAGTCGC_3 C100 HC3 HC N N 14 Proliferating T
CAGCCAGTCATTGGTG_3 C100 HC3 HC N N 9 CD8 T
CAGCGTGCAGAGGTAC_3 C100 HC3 HC N N 17 NK
CAGTTAGTCTGGGAGA_3 C100 HC3 HC N N 6 CCR7+ T
CATACAGCACGCTTAA_3 C100 HC3 HC N N 6 Treg
CATACTTCAAACAGGC_3 C100 HC3 HC N N 6 CCR7+ T
CATCCACGTCTTCCGT_3 C100 HC3 HC N N 9 NK
CATCGGGCAACCCGCA_3 C100 HC3 HC N N 17 NK
CATCGTCCAATCTAGC_3 C100 HC3 HC N N 14 Doublets
CATCGTCCAGTCGAGA_3 C100 HC3 HC N N 6 CD8 T
CATGAGTCAGTTGGTT_3 C100 HC3 HC N N 9 CD8 T
CATGGATTCGCTTAAG_3 C100 HC3 HC N N 9 CD8 T
CATGGTATCTCCCAAC_3 C100 HC3 HC N N 6 CD8 T
CATTCCGGTTCCTTGC_3 C100 HC3 HC N N 9 CD8 T
CATTGTTAGTCATGCT_3 C100 HC3 HC N N 6 CCR7+ T
CCAAGCGAGGTGCGAT_3 C100 HC3 HC N N 17 NK
CCACAAACAATACCTG_3 C100 HC3 HC N N 9 NK
CCACACTGTTGGAGGT_3 C100 HC3 HC N N 9 CD8 T
CCACCATCATGGAATA_3 C100 HC3 HC N N 17 NK
CCACGAGCATGTCTAG_3 C100 HC3 HC N N 9 CD8 T
CCACGAGGTGTTGAGG_3 C100 HC3 HC N N 9 NK
CCACGTTAGAAGGGAT_3 C100 HC3 HC N N 9 CD8 T
CCACTTGCAAGAGGTC_3 C100 HC3 HC N N 9 CD8 T
CCCAACTAGAGGATCC_3 C100 HC3 HC N N 9 CD8 T
CCCAACTGTAAGATTG_3 C100 HC3 HC N N 9 CD8 T
CCCAACTGTCCGACGT_3 C100 HC3 HC N N 9 CD8 T
CCCGGAATCCGTGACG_3 C100 HC3 HC N N 9 CD8 T
CCCTCAAAGTCTCCTC_3 C100 HC3 HC N N 6 CCR7+ T
CCCTTAGTCATGGATC_3 C100 HC3 HC N N 6 Uncertain
CCGATGGCAATAGGAT_3 C100 HC3 HC N N 9 CD8 T
CCGATGGCATCCGATA_3 C100 HC3 HC N N 9 CD8 T
CCGCAAGGTACCTATG_3 C100 HC3 HC N N 9 CD8 T
CCGGGTAGTACTAGCT_3 C100 HC3 HC N N 9 CD8 T
CCTAACCTCCCTTGTG_3 C100 HC3 HC N N 9 CD8 T
CCTATCGGTCATCGCG_3 C100 HC3 HC N N 9 CD8 T
CCTCTCCTCTCCAATT_3 C100 HC3 HC N N 6 CCR7+ T
CCTGCATGTTGAGGAC_3 C100 HC3 HC N N 9 CD8 T
CCTGCATTCATTTGGG_3 C100 HC3 HC N N 9 CD8 T
CCTTTGGCATCGTCCT_3 C100 HC3 HC N N 9 CD8 T
CCTTTGGTCTCGGCTT_3 C100 HC3 HC N N 17 CD8 T
CGAATTGTCCTCCACA_3 C100 HC3 HC N N 17 NK
CGAGGAATCACCGGGT_3 C100 HC3 HC N N 6 CCR7+ T
CGAGTGCCACCTCTAC_3 C100 HC3 HC N N 6 Treg
CGAGTTAGTGTCCTAA_3 C100 HC3 HC N N 6 CCR7+ T
CGAGTTATCATTCACT_3 C100 HC3 HC N N 6 CCR7+ T
CGATGCGTCCGTTGAA_3 C100 HC3 HC N N 9 CD8 T
CGCATAAGTCTCACGG_3 C100 HC3 HC N N 6 Treg
CGCATGGTCGACGTCG_3 C100 HC3 HC N N 14 Proliferating T
CGCCAGACAAAGAACT_3 C100 HC3 HC N N 14 Proliferating T
CGCCATTTCTTCGCTG_3 C100 HC3 HC N N 9 NK
CGGACACAGCTGACCC_3 C100 HC3 HC N N 6 CCR7+ T
CGGCAGTCAGACCGCT_3 C100 HC3 HC N N 14 Doublets
CGTCAAAGTGCAGTGA_3 C100 HC3 HC N N 6 CCR7+ T
CGTCCATCAACCGATT_3 C100 HC3 HC N N 17 NK
CGTGATAAGAGCCATG_3 C100 HC3 HC N N 6 CD8 T
CGTGATATCCACGGGT_3 C100 HC3 HC N N 6 Treg
CGTGCTTAGCCTATTG_3 C100 HC3 HC N N 17 NK
CGTTCTGTCGGCTCTT_3 C100 HC3 HC N N 14 Proliferating T
CTACCCACAGGTGAGT_3 C100 HC3 HC N N 9 CD8 T
CTAGGTAGTCTTGAAC_3 C100 HC3 HC N N 9 CD8 T
CTATCCGCATGTGACT_3 C100 HC3 HC N N 6 Treg
CTATCTAGTGCAAGAC_3 C100 HC3 HC N N 6 CCR7+ T
CTCAACCTCACCCTGT_3 C100 HC3 HC N N 17 CD8 T
CTCAATTAGAGTAACT_3 C100 HC3 HC N N 9 CD8 T
CTCAATTAGTGTACAA_3 C100 HC3 HC N N 6 CCR7+ T
CTCAATTTCTACACTT_3 C100 HC3 HC N N 9 innate T
CTCACTGGTTCGTACA_3 C100 HC3 HC N N 9 CD8 T
CTCAGAATCATGCCGG_3 C100 HC3 HC N N 9 CD8 T
CTCAGAATCCGTGTAA_3 C100 HC3 HC N N 9 NK
CTCATGCAGCCTGGAA_3 C100 HC3 HC N N 9 CD8 T
CTCATTAGTCCAACGC_3 C100 HC3 HC N N 9 CD8 T
CTCCACAAGACTAGAT_3 C100 HC3 HC N N 9 CD8 T
CTCCATGAGCGGATCA_3 C100 HC3 HC N N 9 NK
CTCCATGTCATAGCAC_3 C100 HC3 HC N N 9 CD8 T
CTCCCAAGTTCAAAGA_3 C100 HC3 HC N N 6 CCR7+ T
CTCTCGAAGGTATCTC_3 C100 HC3 HC N N 6 CCR7+ T
CTCTCGATCCACGGGT_3 C100 HC3 HC N N 6 CD8 T
CTGATCCTCTACACTT_3 C100 HC3 HC N N 17 CD8 T
CTGCCTAAGCGTTCCG_3 C100 HC3 HC N N 9 CD8 T
CTGGCAGAGCGGCTCT_3 C100 HC3 HC N N 17 NK
CTGGTCTTCGTTCATT_3 C100 HC3 HC N N 6 CCR7+ T
CTGTATTAGGGTTAGC_3 C100 HC3 HC N N 9 CD8 T
CTGTGAACAGCAGACA_3 C100 HC3 HC N N 9 CD8 T
CTTACCGGTACATTGC_3 C100 HC3 HC N N 9 CD8 T
CTTACCGGTATGAAGT_3 C100 HC3 HC N N 9 CD8 T
CTTACCGGTGAGATCG_3 C100 HC3 HC N N 6 innate T
CTTCAATAGTTGCATC_3 C100 HC3 HC N N 6 CCR7+ T
CTTCCGACAGAAGTTA_3 C100 HC3 HC N N 9 CD8 T
CTTCTAAGTCGTATTG_3 C100 HC3 HC N N 14 Proliferating T
CTTCTCTAGTATTCCG_3 C100 HC3 HC N N 6 innate T
CTTCTCTTCGCTTGAA_3 C100 HC3 HC N N 9 CD8 T
CTTGAGAGTTTACGAC_3 C100 HC3 HC N N 9 NK
GAAACCTGTTCCGCAG_3 C100 HC3 HC N N 9 CD8 T
GAAGAATCAAACTGCT_3 C100 HC3 HC N N 6 CCR7+ T
GAAGCCCTCCACAGCG_3 C100 HC3 HC N N 6 CD8 T
GAAGCGACAGACCAAG_3 C100 HC3 HC N N 9 CD8 T
GAATCACGTAGACACG_3 C100 HC3 HC N N 9 CD8 T
GACACGCAGGTCGTAG_3 C100 HC3 HC N N 6 CCR7+ T
GACTGATCATCGATGT_3 C100 HC3 HC N N 9 CD8 T
GAGACCCAGCAGGTCA_3 C100 HC3 HC N N 6 Treg
GAGACCCGTTAACAGA_3 C100 HC3 HC N N 9 CD8 T
GAGAGGTAGGTTACAA_3 C100 HC3 HC N N 9 CD8 T
GAGATGGCATGCACTA_3 C100 HC3 HC N N 6 CCR7+ T
GAGATGGTCCACTAGA_3 C100 HC3 HC N N 9 CD8 T
GAGCTGCTCAGTAGGG_3 C100 HC3 HC N N 9 CD8 T
GAGGGATGTTTAGAGA_3 C100 HC3 HC N N 9 NK
GATAGCTGTATGCTTG_3 C100 HC3 HC N N 17 NK
GATCAGTCACGCAGTC_3 C100 HC3 HC N N 9 CCR7+ T
GATCAGTCAGCGACAA_3 C100 HC3 HC N N 6 CCR7+ T
GATCGTATCCATCCGT_3 C100 HC3 HC N N 9 CD8 T
GATCGTATCCATGATG_3 C100 HC3 HC N N 17 NK
GATGACTAGTTAGAAC_3 C100 HC3 HC N N 9 CD8 T
GATGATCAGATCGCCC_3 C100 HC3 HC N N 6 CCR7+ T
GATGATCCAACCGATT_3 C100 HC3 HC N N 9 CD8 T
GATGTTGGTCAACACT_3 C100 HC3 HC N N 9 NK
GATGTTGTCATCACCC_3 C100 HC3 HC N N 6 Treg
GATTGGTCACAAAGCG_3 C100 HC3 HC N N 6 CD8 T
GCAACCGCATGAGGGT_3 C100 HC3 HC N N 9 NK
GCACTAACAGTTGGTT_3 C100 HC3 HC N N 6 CCR7+ T
GCAGCCAGTCATCGCG_3 C100 HC3 HC N N 14 Treg
GCAGGCTGTGCGGATA_3 C100 HC3 HC N N 9 CD8 T
GCATGATAGAGTGAAG_3 C100 HC3 HC N N 6 CCR7+ T
GCATGATTCAAATGAG_3 C100 HC3 HC N N 17 NK
GCCAACGTCCAACCAA_3 C100 HC3 HC N N 6 CCR7+ T
GCCAGTGAGCTTCTAG_3 C100 HC3 HC N N 6 CCR7+ T
GCCCAGATCGGAACTT_3 C100 HC3 HC N N 17 NK
GCGTGCACACGACCTG_3 C100 HC3 HC N N 9 CD8 T
GCTCAAATCACGGGCT_3 C100 HC3 HC N N 14 Proliferating T
GCTGGGTAGATTCGCT_3 C100 HC3 HC N N 6 Treg
GCTGGGTGTAGTTCCA_3 C100 HC3 HC N N 9 CD8 T
GCTTCACAGTGAGTTA_3 C100 HC3 HC N N 6 Treg
GGACGTCGTGATTCTG_3 C100 HC3 HC N N 9 CD8 T
GGAGAACAGTCGAAAT_3 C100 HC3 HC N N 9 CD8 T
GGAGATGGTGTGTCCG_3 C100 HC3 HC N N 17 CD8 T
GGATGTTTCGCTGACG_3 C100 HC3 HC N N 6 Treg
GGCACGTGTGAGTTGG_3 C100 HC3 HC N N 6 CCR7+ T
GGGATCCGTGGACCAA_3 C100 HC3 HC N N 9 NK
GGGTGAACAAGGTTGG_3 C100 HC3 HC N N 9 CD8 T
GGGTGAAGTTGCTTGA_3 C100 HC3 HC N N 6 CCR7+ T
GGTAATCTCCCGAAAT_3 C100 HC3 HC N N 6 CCR7+ T
GGTAGAGCAAGGTCGA_3 C100 HC3 HC N N 6 CCR7+ T
GGTGTCGTCGGTAACT_3 C100 HC3 HC N N 6 CCR7+ T
GGTGTCGTCTTTGCTA_3 C100 HC3 HC N N 6 CD8 T
GGTGTTAAGAAACTAC_3 C100 HC3 HC N N 9 CD8 T
GGTTGTAGTTGATGTC_3 C100 HC3 HC N N 9 CD8 T
GTAACCAGTACATTGC_3 C100 HC3 HC N N 6 CD8 T
GTAATCGCATCGATCA_3 C100 HC3 HC N N 6 CCR7+ T
GTACAACCAAGCAGGT_3 C100 HC3 HC N N 6 CCR7+ T
GTACAGTTCTACGGGC_3 C100 HC3 HC N N 17 NK
GTAGATCAGCAGCAGT_3 C100 HC3 HC N N 6 CCR7+ T
GTAGATCAGGATTTAG_3 C100 HC3 HC N N 9 CD8 T
GTAGGTTAGTACAACA_3 C100 HC3 HC N N 9 CD8 T
GTATTGGTCACATCAG_3 C100 HC3 HC N N 9 CD8 T
GTCAAACCAGCAGTGA_3 C100 HC3 HC N N 6 CD8 T
GTCACGGTCATTTACC_3 C100 HC3 HC N N 6 CCR7+ T
GTCAGCGGTATCGGTT_3 C100 HC3 HC N N 17 CD8 T
GTCATCCTCTTGCAGA_3 C100 HC3 HC N N 6 CCR7+ T
GTCCACTGTCCGCAGT_3 C100 HC3 HC N N 17 CD8 T
GTCCCATAGTAAAGCT_3 C100 HC3 HC N N 9 CD8 T
GTCCCATTCAACCGAT_3 C100 HC3 HC N N 9 NK
GTCGAATGTCCGGACT_3 C100 HC3 HC N N 9 NK
GTCTAGAAGCATCGAG_3 C100 HC3 HC N N 9 CD8 T
GTGAGGACATCTCATT_3 C100 HC3 HC N N 17 CD8 T
GTGAGTTCAATAGTGA_3 C100 HC3 HC N N 6 CD8 T
GTGATGTTCTAGTGAC_3 C100 HC3 HC N N 6 CCR7+ T
GTGCACGTCACTTGGA_3 C100 HC3 HC N N 6 CCR7+ T
GTGCTTCTCAGTCTTT_3 C100 HC3 HC N N 6 CCR7+ T
GTGTCCTGTTTGGGAG_3 C100 HC3 HC N N 6 CD8 T
GTGTTAGTCAGCCTCT_3 C100 HC3 HC N N 9 CD8 T
GTGTTCCGTTGCAAGG_3 C100 HC3 HC N N 9 CD8 T
GTTAGTGGTACCATAC_3 C100 HC3 HC N N 17 CCR7+ T
GTTCATTCAGCGGATA_3 C100 HC3 HC N N 6 CD8 T
GTTCCGTGTCACAGTT_3 C100 HC3 HC N N 17 CD8 T
GTTGCGGAGATGGCAC_3 C100 HC3 HC N N 9 CD8 T
GTTGTGAAGTGATAGT_3 C100 HC3 HC N N 6 CCR7+ T
GTTTACTCAATTCTCT_3 C100 HC3 HC N N 6 CCR7+ T
GTTTACTGTGCTGCAC_3 C100 HC3 HC N N 6 Treg
TAACCAGCAAATAGCA_3 C100 HC3 HC N N 9 CD8 T
TAACGACAGTACCGGA_3 C100 HC3 HC N N 9 CCR7+ T
TAATTCCAGATACTGA_3 C100 HC3 HC N N 17 NK
TACAACGAGACAACAT_3 C100 HC3 HC N N 9 CD8 T
TACAGGTGTGGAAGTC_3 C100 HC3 HC N N 17 NK
TACCGGGGTAGATTGA_3 C100 HC3 HC N N 9 CD8 T
TACTTCAGTCGCTCGA_3 C100 HC3 HC N N 17 CD8 T
TACTTCAGTGTATCCA_3 C100 HC3 HC N N 9 CD8 T
TACTTGTTCCAGCACG_3 C100 HC3 HC N N 14 Doublets
TAGACTGGTGCGTCGT_3 C100 HC3 HC N N 9 Doublets
TAGAGTCAGATTGTGA_3 C100 HC3 HC N N 17 NK
TAGAGTCGTCCACTCT_3 C100 HC3 HC N N 9 CD8 T
TAGGAGGTCTAATTCC_3 C100 HC3 HC N N 6 CCR7+ T
TAGGTTGCATCCTTCG_3 C100 HC3 HC N N 17 NK
TAGTGCAGTGCAATGG_3 C100 HC3 HC N N 17 NK
TATACCTAGCTGCCTG_3 C100 HC3 HC N N 17 NK
TATCAGGTCTCATTGT_3 C100 HC3 HC N N 6 innate T
TATCCTAGTCGTTGGC_3 C100 HC3 HC N N 9 CD8 T
TATCTGTTCTAGATCG_3 C100 HC3 HC N N 9 NK
TATCTTGCATGGCTAT_3 C100 HC3 HC N N 9 NK
TATTGCTGTACTCGCG_3 C100 HC3 HC N N 17 NK
TCAAGCAAGTAAGAGG_3 C100 HC3 HC N N 9 CD8 T
TCAAGTGTCGACCCAG_3 C100 HC3 HC N N 6 CCR7+ T
TCAATCTCATAGGCGA_3 C100 HC3 HC N N 6 CCR7+ T
TCAATTCAGAGCTTTC_3 C100 HC3 HC N N 6 CCR7+ T
TCACGGGAGACTCTTG_3 C100 HC3 HC N N 17 NK
TCACGGGTCCGCCTAT_3 C100 HC3 HC N N 9 NK
TCAGCAAAGCGTACAG_3 C100 HC3 HC N N 9 CD8 T
TCAGTTTTCTATGTGG_3 C100 HC3 HC N N 6 CD8 T
TCATCCGCATACTTTC_3 C100 HC3 HC N N 6 innate T
TCATGTTAGAGCTGCA_3 C100 HC3 HC N N 6 CCR7+ T
TCATGTTAGCGTTGTT_3 C100 HC3 HC N N 6 CD8 T
TCATGTTTCTAGCAAC_3 C100 HC3 HC N N 6 CCR7+ T
TCATGTTTCTCTCGCA_3 C100 HC3 HC N N 9 Uncertain
TCATTTGGTAGATTGA_3 C100 HC3 HC N N 17 NK
TCATTTGGTTTACTTC_3 C100 HC3 HC N N 6 Treg
TCCACGTAGGCATTTC_3 C100 HC3 HC N N 6 CCR7+ T
TCCCACACACGCTTAA_3 C100 HC3 HC N N 6 CCR7+ T
TCCGGGACAATGTTGC_3 C100 HC3 HC N N 9 CD8 T
TCCGGGAGTATGTGTC_3 C100 HC3 HC N N 6 CCR7+ T
TCCGTGTCAGAGTGAC_3 C100 HC3 HC N N 9 CD8 T
TCCGTGTCATGCAGGA_3 C100 HC3 HC N N 6 CCR7+ T
TCCGTGTTCGCTACAA_3 C100 HC3 HC N N 6 Treg
TCCTAATCAGCAGATG_3 C100 HC3 HC N N 9 CD8 T
TCCTCCCAGAATAACC_3 C100 HC3 HC N N 6 CCR7+ T
TCCTCCCTCCTATTGT_3 C100 HC3 HC N N 9 CD8 T
TCCTCGAGTGGGATTG_3 C100 HC3 HC N N 6 CD8 T
TCGAAGTGTCTGCGCA_3 C100 HC3 HC N N 17 CD8 T
TCGACGGTCGCCTTTG_3 C100 HC3 HC N N 6 Treg
TCGCACTCATGGATCT_3 C100 HC3 HC N N 14 Doublets
TCGCTTGGTACTAGCT_3 C100 HC3 HC N N 6 CD8 T
TCGTAGACACGGCTAC_3 C100 HC3 HC N N 6 CCR7+ T
TCGTAGAGTAGGTGCA_3 C100 HC3 HC N N 9 CD8 T
TCGTAGAGTCGCATGC_3 C100 HC3 HC N N 14 Doublets
TCGTCCATCGTGGAAG_3 C100 HC3 HC N N 17 NK
TCGTGCTTCACAGAGG_3 C100 HC3 HC N N 6 Treg
TCTAACTCATCCTGTC_3 C100 HC3 HC N N 9 CD8 T
TCTCCGAGTGAGATTA_3 C100 HC3 HC N N 17 CD8 T
TCTCTGGCACCGTCGA_3 C100 HC3 HC N N 9 CD8 T
TCTTAGTAGCGATGAC_3 C100 HC3 HC N N 9 CD8 T
TCTTAGTCACATATCG_3 C100 HC3 HC N N 9 CD8 T
TCTTTGAAGCGACTGA_3 C100 HC3 HC N N 9 NK
TCTTTGACACATAGCT_3 C100 HC3 HC N N 9 CD8 T
TGACTCCTCGCTCCTA_3 C100 HC3 HC N N 9 CD8 T
TGAGCATAGGGCCCTT_3 C100 HC3 HC N N 9 CD8 T
TGATCAGGTGTACGCC_3 C100 HC3 HC N N 9 CD8 T
TGATCTTTCGGTCGAC_3 C100 HC3 HC N N 9 CD8 T
TGATTCTGTATGACAA_3 C100 HC3 HC N N 9 CD8 T
TGCGGCATCGGTGCAC_3 C100 HC3 HC N N 9 CD8 T
TGCTTCGCACAAGCTT_3 C100 HC3 HC N N 9 NK
TGCTTGCAGCTGGCCT_3 C100 HC3 HC N N 9 innate T
TGGAACTTCCTCATAT_3 C100 HC3 HC N N 9 CD8 T
TGGAGAGTCGTTAGAC_3 C100 HC3 HC N N 9 CD8 T
TGGAGGAGTAAGTAGT_3 C100 HC3 HC N N 9 CD8 T
TGGAGGATCCATCGTC_3 C100 HC3 HC N N 17 NK
TGGGATTGTGTATACC_3 C100 HC3 HC N N 17 NK
TGGGCTGGTACTGCGC_3 C100 HC3 HC N N 17 CD8 T
TGGTAGTAGACGGTCA_3 C100 HC3 HC N N 9 CD8 T
TGGTGATCAACGTTAC_3 C100 HC3 HC N N 9 NK
TGTAAGCCACGCTGCA_3 C100 HC3 HC N N 9 CD8 T
TGTGGCGCAAGTACCT_3 C100 HC3 HC N N 17 NK
TGTGTGACAATTGCTG_3 C100 HC3 HC N N 6 CD8 T
TGTGTGAGTCGAATTC_3 C100 HC3 HC N N 9 CD8 T
TGTTACTAGGTGCCTC_3 C100 HC3 HC N N 17 innate T
TGTTGAGGTCATGCAT_3 C100 HC3 HC N N 9 innate T
TGTTGAGGTCCGTACG_3 C100 HC3 HC N N 6 CD8 T
TGTTTGTTCTACACAG_3 C100 HC3 HC N N 6 CD8 T
TTAATCCCACCTGCAG_3 C100 HC3 HC N N 17 NK
TTAATCCTCATAGGCT_3 C100 HC3 HC N N 6 innate T
TTACAGGAGCGAATGC_3 C100 HC3 HC N N 6 CCR7+ T
TTACAGGGTGCCTAAT_3 C100 HC3 HC N N 14 Proliferating T
TTACCATGTAGCTGCC_3 C100 HC3 HC N N 17 NK
TTACCGCCAACCACAT_3 C100 HC3 HC N N 9 CD8 T
TTACCGCCAGGATGAC_3 C100 HC3 HC N N 14 Doublets
TTACGCCAGGGTGAAA_3 C100 HC3 HC N N 17 NK
TTAGGGTCAGCAGTTT_3 C100 HC3 HC N N 17 NK
TTAGTCTTCTACAGGT_3 C100 HC3 HC N N 9 CD8 T
TTATTGCAGCGATTCT_3 C100 HC3 HC N N 9 CD8 T
TTATTGCGTAGAGACC_3 C100 HC3 HC N N 9 CD8 T
TTCAATCGTAGCGAGT_3 C100 HC3 HC N N 6 CCR7+ T
TTCACCGGTGTTCGTA_3 C100 HC3 HC N N 6 Treg
TTCACGCCAGAACTAA_3 C100 HC3 HC N N 14 Proliferating T
TTCATGTCAGACCTAT_3 C100 HC3 HC N N 6 CCR7+ T
TTCCAATGTGAGAACC_3 C100 HC3 HC N N 6 CCR7+ T
TTCCTAAGTTGGGTAG_3 C100 HC3 HC N N 6 innate T
TTCCTTCGTTCACCGG_3 C100 HC3 HC N N 17 NK
TTCGATTCAATAACCC_3 C100 HC3 HC N N 6 CCR7+ T
TTCGCTGCATACACCA_3 C100 HC3 HC N N 9 CD8 T
TTCGGTCAGCTGAGTG_3 C100 HC3 HC N N 6 CCR7+ T
TTCTAACGTTCTGACA_3 C100 HC3 HC N N 9 NK
TTCTAGTCACTTCTCG_3 C100 HC3 HC N N 9 CD8 T
TTCTCTCCACTCAAGT_3 C100 HC3 HC N N 6 CCR7+ T
TTCTGTACACTTTATC_3 C100 HC3 HC N N 6 CCR7+ T
TTCTGTAGTACCTAGT_3 C100 HC3 HC N N 6 CD8 T
TTGAACGTCGATGGAG_3 C100 HC3 HC N N 6 CCR7+ T
TTGATGGAGTTCACTG_3 C100 HC3 HC N N 6 CCR7+ T
TTGCATTAGAGGTCGT_3 C100 HC3 HC N N 9 CD8 T
TTGCATTAGGATTTGA_3 C100 HC3 HC N N 6 CD8 T
TTGGGATTCCCATAGA_3 C100 HC3 HC N N 6 innate T
TTGGGTACACCGTCGA_3 C100 HC3 HC N N 9 CD8 T
TTGGTTTAGGAAAGGT_3 C100 HC3 HC N N 6 CCR7+ T
TTGTGTTCAGTCTTCC_3 C100 HC3 HC N N 9 CD8 T
TTGTTTGGTAAGACCG_3 C100 HC3 HC N N 17 CD8 T
TTTAGTCCATGCCATA_3 C100 HC3 HC N N 6 CCR7+ T
TTTCAGTTCGGCTCTT_3 C100 HC3 HC N N 6 CCR7+ T
TTTGGAGCAATACAGA_3 C100 HC3 HC N N 6 CD8 T
TTTGGTTGTTACTCAG_3 C100 HC3 HC N N 9 CD8 T
AAACCTGCAGCATGAG_4 GSM3660650 HC4 HC N N 6 innate T
AAAGATGTCACCTTAT_4 GSM3660650 HC4 HC N N 6 CD8 T
AAAGCAACATTCTCAT_4 GSM3660650 HC4 HC N N 9 CD8 T
AAAGCAAGTTACAGAA_4 GSM3660650 HC4 HC N N 9 CD8 T
AAATGCCCATCGGGTC_4 GSM3660650 HC4 HC N N 6 CCR7+ T
AAATGCCGTGTGAAAT_4 GSM3660650 HC4 HC N N 17 NK
AACACGTAGGGCTTGA_4 GSM3660650 HC4 HC N N 9 CD8 T
AACCATGCAATAGCGG_4 GSM3660650 HC4 HC N N 17 NK
AACGTTGCACTCTGTC_4 GSM3660650 HC4 HC N N 6 Treg
AACGTTGTCCGAATGT_4 GSM3660650 HC4 HC N N 6 CD8 T
AACTCAGGTTGAACTC_4 GSM3660650 HC4 HC N N 9 CD8 T
AACTCCCTCCTTAATC_4 GSM3660650 HC4 HC N N 6 CD8 T
AACTCTTCACGGCCAT_4 GSM3660650 HC4 HC N N 9 CD8 T
AACTCTTCACTTCGAA_4 GSM3660650 HC4 HC N N 6 CD8 T
AACTTTCGTCAGAAGC_4 GSM3660650 HC4 HC N N 6 CCR7+ T
AAGCCGCAGAGGTTGC_4 GSM3660650 HC4 HC N N 9 NK
AAGGAGCAGCGTTTAC_4 GSM3660650 HC4 HC N N 6 CCR7+ T
AAGGAGCCACGTAAGG_4 GSM3660650 HC4 HC N N 6 CD8 T
AAGGAGCGTTACAGAA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
AAGGCAGGTCTCTCGT_4 GSM3660650 HC4 HC N N 6 CD8 T
AAGGTTCCAGGTGCCT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
AAGTCTGAGCCAGAAC_4 GSM3660650 HC4 HC N N 9 NK
AAGTCTGCATATACCG_4 GSM3660650 HC4 HC N N 9 innate T
AATCCAGGTTGAGGTG_4 GSM3660650 HC4 HC N N 9 CD8 T
AATCGGTGTTCAGGCC_4 GSM3660650 HC4 HC N N 6 CCR7+ T
AATCGGTTCGACAGCC_4 GSM3660650 HC4 HC N N 6 Treg
ACACCAAGTGTGACCC_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ACACCGGTCGCCAAAT_4 GSM3660650 HC4 HC N N 9 CD8 T
ACACTGAAGCGATCCC_4 GSM3660650 HC4 HC N N 9 CD8 T
ACACTGACATCGGACC_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ACACTGAGTCATTAGC_4 GSM3660650 HC4 HC N N 17 NK
ACAGCCGGTCCGTCAG_4 GSM3660650 HC4 HC N N 9 CD8 T
ACAGCCGTCCCAAGAT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ACAGCCGTCGAGCCCA_4 GSM3660650 HC4 HC N N 9 CCR7+ T
ACAGCTAAGAGGGCTT_4 GSM3660650 HC4 HC N N 9 CD8 T
ACAGCTACAAGAAAGG_4 GSM3660650 HC4 HC N N 9 CD8 T
ACAGCTACAATGTTGC_4 GSM3660650 HC4 HC N N 9 CD8 T
ACAGCTACATGCAACT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ACATACGTCCTTTCGG_4 GSM3660650 HC4 HC N N 9 CD8 T
ACATCAGGTTAGGGTG_4 GSM3660650 HC4 HC N N 9 NK
ACATGGTTCTATGTGG_4 GSM3660650 HC4 HC N N 9 CD8 T
ACATGGTTCTCGATGA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ACATGGTTCTCTAAGG_4 GSM3660650 HC4 HC N N 6 CD8 T
ACCAGTAAGTGGTAGC_4 GSM3660650 HC4 HC N N 6 CD8 T
ACCAGTAGTAAGAGGA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ACCCACTAGGGTATCG_4 GSM3660650 HC4 HC N N 6 CD8 T
ACCCACTGTGTTCGAT_4 GSM3660650 HC4 HC N N 9 CD8 T
ACCCACTTCACAGGCC_4 GSM3660650 HC4 HC N N 9 CD8 T
ACCTTTACAGGAACGT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ACGAGGAGTCCATGAT_4 GSM3660650 HC4 HC N N 6 CD8 T
ACGATACCAAGGCTCC_4 GSM3660650 HC4 HC N N 9 CD8 T
ACGATACCAGCTGCTG_4 GSM3660650 HC4 HC N N 9 CD8 T
ACGATACCAGTTAACC_4 GSM3660650 HC4 HC N N 6 CD8 T
ACGATACGTAGTAGTA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ACGATGTCACTTAACG_4 GSM3660650 HC4 HC N N 9 CCR7+ T
ACGCAGCGTACGCTGC_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ACGCAGCGTTACCAGT_4 GSM3660650 HC4 HC N N 9 CD8 T
ACGCCAGGTCGTGGCT_4 GSM3660650 HC4 HC N N 9 CD8 T
ACGCCGAAGTAATCCC_4 GSM3660650 HC4 HC N N 9 CD8 T
ACGCCGATCTGGGCCA_4 GSM3660650 HC4 HC N N 9 CD8 T
ACGGGTCCAAGGTTCT_4 GSM3660650 HC4 HC N N 9 CD8 T
ACGGGTCGTACACCGC_4 GSM3660650 HC4 HC N N 6 CD8 T
ACGTCAACAGGACGTA_4 GSM3660650 HC4 HC N N 9 CD8 T
ACTATCTGTGACTCAT_4 GSM3660650 HC4 HC N N 6 CD8 T
ACTGAGTCACGTGAGA_4 GSM3660650 HC4 HC N N 6 CD8 T
ACTGAGTGTGATGCCC_4 GSM3660650 HC4 HC N N 17 NK
ACTGATGAGTCACGCC_4 GSM3660650 HC4 HC N N 6 Treg
ACTGATGCAGATAATG_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ACTTACTAGTGATCGG_4 GSM3660650 HC4 HC N N 9 CD8 T
ACTTGTTCAATTCCTT_4 GSM3660650 HC4 HC N N 9 CD8 T
ACTTGTTGTATTCGTG_4 GSM3660650 HC4 HC N N 9 CD8 T
ACTTGTTTCTCCCTGA_4 GSM3660650 HC4 HC N N 6 CD8 T
AGAGCGAAGACTAGGC_4 GSM3660650 HC4 HC N N 9 CD8 T
AGAGCTTGTCAGGACA_4 GSM3660650 HC4 HC N N 6 Treg
AGAGCTTTCAACCAAC_4 GSM3660650 HC4 HC N N 9 CCR7+ T
AGAGCTTTCCCTTGCA_4 GSM3660650 HC4 HC N N 6 CD8 T
AGAGCTTTCTTCTGGC_4 GSM3660650 HC4 HC N N 9 CCR7+ T
AGAGTGGAGTCGCCGT_4 GSM3660650 HC4 HC N N 9 CD8 T
AGAGTGGAGTGGGCTA_4 GSM3660650 HC4 HC N N 9 CD8 T
AGATCTGAGGAGCGAG_4 GSM3660650 HC4 HC N N 9 CD8 T
AGATCTGAGTATCTCG_4 GSM3660650 HC4 HC N N 9 CD8 T
AGATCTGGTCACCTAA_4 GSM3660650 HC4 HC N N 9 CD8 T
AGATCTGTCGAATGCT_4 GSM3660650 HC4 HC N N 6 CD8 T
AGATCTGTCTTTAGGG_4 GSM3660650 HC4 HC N N 9 NK
AGATTGCAGCGCCTCA_4 GSM3660650 HC4 HC N N 9 CD8 T
AGCAGCCGTGTGCGTC_4 GSM3660650 HC4 HC N N 6 CCR7+ T
AGCATACAGGGTTCCC_4 GSM3660650 HC4 HC N N 6 CD8 T
AGCATACAGTACGCCC_4 GSM3660650 HC4 HC N N 6 CD8 T
AGCATACAGTGCCATT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
AGCCTAACAATGAATG_4 GSM3660650 HC4 HC N N 14 Doublets
AGCCTAAGTCTTGTCC_4 GSM3660650 HC4 HC N N 6 CCR7+ T
AGCGGTCGTACCAGTT_4 GSM3660650 HC4 HC N N 9 CD8 T
AGCGGTCGTTAAGGGC_4 GSM3660650 HC4 HC N N 6 CCR7+ T
AGCGGTCGTTCGCGAC_4 GSM3660650 HC4 HC N N 6 CD8 T
AGCGGTCTCTGCTGCT_4 GSM3660650 HC4 HC N N 9 CD8 T
AGCGTATAGGACATTA_4 GSM3660650 HC4 HC N N 6 CD8 T
AGCGTATAGGTGATAT_4 GSM3660650 HC4 HC N N 9 CD8 T
AGCGTCGCAGGCGATA_4 GSM3660650 HC4 HC N N 6 CD8 T
AGCTCCTAGTCTCAAC_4 GSM3660650 HC4 HC N N 9 CD8 T
AGCTCCTCAGACGCCT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
AGCTTGAGTCGGCTCA_4 GSM3660650 HC4 HC N N 9 CD8 T
AGGCCACAGTGTTAGA_4 GSM3660650 HC4 HC N N 9 CD8 T
AGGCCACGTCGGATCC_4 GSM3660650 HC4 HC N N 9 CD8 T
AGGGTGACATCGGTTA_4 GSM3660650 HC4 HC N N 9 CD8 T
AGGGTGAGTGAAAGAG_4 GSM3660650 HC4 HC N N 6 CD8 T
AGGGTGAGTGCTAGCC_4 GSM3660650 HC4 HC N N 6 CCR7+ T
AGGTCATAGGACGAAA_4 GSM3660650 HC4 HC N N 9 CD8 T
AGGTCATGTACATCCA_4 GSM3660650 HC4 HC N N 9 CD8 T
AGGTCATTCGTGACAT_4 GSM3660650 HC4 HC N N 6 CD8 T
AGTAGTCTCACTCTTA_4 GSM3660650 HC4 HC N N 6 Treg
AGTGAGGCAAAGAATC_4 GSM3660650 HC4 HC N N 6 CD8 T
AGTGAGGGTTCTCATT_4 GSM3660650 HC4 HC N N 6 Treg
AGTGGGATCCATGAGT_4 GSM3660650 HC4 HC N N 9 CD8 T
AGTGTCAGTAGGACAC_4 GSM3660650 HC4 HC N N 6 CD8 T
ATAACGCAGGAGTAGA_4 GSM3660650 HC4 HC N N 6 CD8 T
ATAACGCAGTAGCGGT_4 GSM3660650 HC4 HC N N 6 CD8 T
ATAACGCCATTTCACT_4 GSM3660650 HC4 HC N N 14 CD8 T
ATAACGCTCTTTACGT_4 GSM3660650 HC4 HC N N 9 CD8 T
ATAAGAGAGCCTATGT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ATAAGAGGTGGTCTCG_4 GSM3660650 HC4 HC N N 6 CD8 T
ATCCGAAAGTGTACCT_4 GSM3660650 HC4 HC N N 9 CD8 T
ATCTGCCGTTCTGGTA_4 GSM3660650 HC4 HC N N 6 CD8 T
ATGAGGGAGCACCGCT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ATGAGGGCAATGGTCT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ATGAGGGTCGGTTAAC_4 GSM3660650 HC4 HC N N 9 CD8 T
ATGGGAGAGGGCACTA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ATGGGAGTCTGGAGCC_4 GSM3660650 HC4 HC N N 6 CD8 T
ATGTGTGCAGTATCTG_4 GSM3660650 HC4 HC N N 9 CD8 T
ATTACTCAGTTAGCGG_4 GSM3660650 HC4 HC N N 6 CD8 T
ATTATCCCACGACGAA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ATTATCCCAGCTGGCT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
ATTATCCGTCCGTCAG_4 GSM3660650 HC4 HC N N 9 CD8 T
ATTCTACAGCTCAACT_4 GSM3660650 HC4 HC N N 17 NK
ATTCTACGTTCCACAA_4 GSM3660650 HC4 HC N N 6 CD8 T
ATTCTACTCGCGCCAA_4 GSM3660650 HC4 HC N N 9 CD8 T
ATTGGACCAAGTAATG_4 GSM3660650 HC4 HC N N 9 CD8 T
CAACTAGAGTACCGGA_4 GSM3660650 HC4 HC N N 6 CD8 T
CAAGATCCACAGCGTC_4 GSM3660650 HC4 HC N N 9 CD8 T
CAAGATCTCTACTCAT_4 GSM3660650 HC4 HC N N 6 CD8 T
CAAGGCCAGATCCGAG_4 GSM3660650 HC4 HC N N 9 CD8 T
CAAGGCCCATAGTAAG_4 GSM3660650 HC4 HC N N 6 CD8 T
CAAGTTGCAGTTAACC_4 GSM3660650 HC4 HC N N 6 Treg
CAAGTTGTCGGCTTGG_4 GSM3660650 HC4 HC N N 9 CD8 T
CACAAACGTGTGAATA_4 GSM3660650 HC4 HC N N 6 CD8 T
CACACAAGTGTATGGG_4 GSM3660650 HC4 HC N N 6 CD8 T
CACACTCCACTGTCGG_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CACAGTATCGATCCCT_4 GSM3660650 HC4 HC N N 9 CD8 T
CACATAGAGCGTCAAG_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CACATAGAGCTGTCTA_4 GSM3660650 HC4 HC N N 6 CD8 T
CACATAGCATAACCTG_4 GSM3660650 HC4 HC N N 9 NK
CACATTTGTTCAGCGC_4 GSM3660650 HC4 HC N N 9 CD8 T
CACATTTGTTTCCACC_4 GSM3660650 HC4 HC N N 9 CD8 T
CACCAGGTCCCTAATT_4 GSM3660650 HC4 HC N N 9 CD8 T
CACCTTGCATTGCGGC_4 GSM3660650 HC4 HC N N 9 CD8 T
CACCTTGGTGGTCTCG_4 GSM3660650 HC4 HC N N 9 CD8 T
CAGAATCTCAGGCAAG_4 GSM3660650 HC4 HC N N 17 NK
CAGAGAGGTAATAGCA_4 GSM3660650 HC4 HC N N 6 CD8 T
CAGATCAAGTTAAGTG_4 GSM3660650 HC4 HC N N 6 CD8 T
CAGATCAGTCATATGC_4 GSM3660650 HC4 HC N N 9 CD8 T
CAGCCGATCAACACGT_4 GSM3660650 HC4 HC N N 9 CD8 T
CAGCGACAGCTAGTCT_4 GSM3660650 HC4 HC N N 9 innate T
CAGCTGGCAGTCGATT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CAGCTGGTCCGGCACA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CAGGTGCGTTGACGTT_4 GSM3660650 HC4 HC N N 6 CD8 T
CAGTAACCATCGTCGG_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CAGTAACGTCAGAATA_4 GSM3660650 HC4 HC N N 9 CD8 T
CAGTAACTCATCGCTC_4 GSM3660650 HC4 HC N N 9 CD8 T
CATATGGAGAATCTCC_4 GSM3660650 HC4 HC N N 6 CD8 T
CATATTCCAGCCTTTC_4 GSM3660650 HC4 HC N N 14 Proliferating T
CATCAAGAGCTAACAA_4 GSM3660650 HC4 HC N N 9 CD8 T
CATCAAGCACGTCTCT_4 GSM3660650 HC4 HC N N 9 CD8 T
CATCAAGTCACTATTC_4 GSM3660650 HC4 HC N N 6 CD8 T
CATCAGACATCCTAGA_4 GSM3660650 HC4 HC N N 6 CD8 T
CATCAGATCCACGCAG_4 GSM3660650 HC4 HC N N 9 CD8 T
CATCCACCATACCATG_4 GSM3660650 HC4 HC N N 9 CD8 T
CATCCACGTCGCATAT_4 GSM3660650 HC4 HC N N 17 NK
CATCCACGTTACCAGT_4 GSM3660650 HC4 HC N N 6 CD8 T
CATCCACTCTGCGTAA_4 GSM3660650 HC4 HC N N 9 CD8 T
CATCGGGCACAGTCGC_4 GSM3660650 HC4 HC N N 9 CD8 T
CATGACACACGTCTCT_4 GSM3660650 HC4 HC N N 9 CD8 T
CATGCCTCACCTTGTC_4 GSM3660650 HC4 HC N N 9 CD8 T
CATGCCTTCACTCCTG_4 GSM3660650 HC4 HC N N 9 CD8 T
CATGCCTTCTGGAGCC_4 GSM3660650 HC4 HC N N 6 CD8 T
CATGGCGGTCCGTCAG_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CATTATCAGATACACA_4 GSM3660650 HC4 HC N N 6 CD8 T
CATTATCCACCCTATC_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CATTCGCAGATGGGTC_4 GSM3660650 HC4 HC N N 6 Uncertain
CATTCGCTCGCCATAA_4 GSM3660650 HC4 HC N N 17 NK
CCAATCCAGTCTCGGC_4 GSM3660650 HC4 HC N N 6 CD8 T
CCAATCCCAGCTGTGC_4 GSM3660650 HC4 HC N N 17 NK
CCAATCCGTGACAAAT_4 GSM3660650 HC4 HC N N 17 NK
CCACCTATCGGAGCAA_4 GSM3660650 HC4 HC N N 17 NK
CCACGGAAGTACGACG_4 GSM3660650 HC4 HC N N 9 CD8 T
CCACGGATCGACCAGC_4 GSM3660650 HC4 HC N N 9 CD8 T
CCACTACGTTCCTCCA_4 GSM3660650 HC4 HC N N 6 CD8 T
CCATGTCCAAGTTGTC_4 GSM3660650 HC4 HC N N 17 NK
CCATGTCGTAAGGGAA_4 GSM3660650 HC4 HC N N 9 CD8 T
CCATTCGCATCCAACA_4 GSM3660650 HC4 HC N N 6 CD8 T
CCCAATCTCCCATTAT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CCCAGTTCAGCGTAAG_4 GSM3660650 HC4 HC N N 9 CCR7+ T
CCCAGTTCATCAGTCA_4 GSM3660650 HC4 HC N N 6 Uncertain
CCCATACAGAGGACGG_4 GSM3660650 HC4 HC N N 14 Proliferating T
CCCATACGTCGGCTCA_4 GSM3660650 HC4 HC N N 17 NK
CCCTCCTCATTTGCCC_4 GSM3660650 HC4 HC N N 6 Treg
CCGGGATGTTTAGGAA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CCGGTAGGTGGCAAAC_4 GSM3660650 HC4 HC N N 6 CD8 T
CCGTACTAGGTGTTAA_4 GSM3660650 HC4 HC N N 6 CD8 T
CCGTACTGTCTCAACA_4 GSM3660650 HC4 HC N N 17 NK
CCGTACTTCCATTCTA_4 GSM3660650 HC4 HC N N 6 CD8 T
CCGTGGACAACTTGAC_4 GSM3660650 HC4 HC N N 6 CD8 T
CCTAAAGGTTGTGGCC_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CCTAAAGTCAACCAAC_4 GSM3660650 HC4 HC N N 9 CD8 T
CCTAAAGTCACGGTTA_4 GSM3660650 HC4 HC N N 9 CCR7+ T
CCTACACAGCACCGTC_4 GSM3660650 HC4 HC N N 9 CD8 T
CCTACACAGTGAACAT_4 GSM3660650 HC4 HC N N 17 NK
CCTACACCAAGTAGTA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CCTACACCAGGAATGC_4 GSM3660650 HC4 HC N N 6 CD8 T
CCTACACGTACAGTGG_4 GSM3660650 HC4 HC N N 6 CD8 T
CCTACCAGTTATTCTC_4 GSM3660650 HC4 HC N N 6 CD8 T
CCTACCATCATGTCCC_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CCTAGCTCAGCGTCCA_4 GSM3660650 HC4 HC N N 9 CD8 T
CCTCAGTAGCGATTCT_4 GSM3660650 HC4 HC N N 9 CD8 T
CCTCAGTAGGCTATCT_4 GSM3660650 HC4 HC N N 9 CD8 T
CCTCAGTCAGCCTGTG_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CCTCAGTTCAGTCCCT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CCTCTGACAGACGCAA_4 GSM3660650 HC4 HC N N 9 CD8 T
CCTCTGACATGTCTCC_4 GSM3660650 HC4 HC N N 6 CD8 T
CCTTCGAGTATCGCAT_4 GSM3660650 HC4 HC N N 6 CD8 T
CCTTCGATCATATCGG_4 GSM3660650 HC4 HC N N 6 CD8 T
CCTTTCTAGCGTGAAC_4 GSM3660650 HC4 HC N N 9 CCR7+ T
CCTTTCTTCACGCATA_4 GSM3660650 HC4 HC N N 9 CD8 T
CGAACATGTAAGAGGA_4 GSM3660650 HC4 HC N N 6 CD8 T
CGACTTCAGCCAGTTT_4 GSM3660650 HC4 HC N N 6 CD8 T
CGACTTCTCTGCAAGT_4 GSM3660650 HC4 HC N N 9 NK
CGAGAAGCAGATGGGT_4 GSM3660650 HC4 HC N N 9 CD8 T
CGAGAAGCAGCCTGTG_4 GSM3660650 HC4 HC N N 14 Doublets
CGAGAAGCATATGCTG_4 GSM3660650 HC4 HC N N 9 CD8 T
CGAGAAGTCTCGAGTA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CGAGCACTCCTCATTA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CGATCGGCAGCCAGAA_4 GSM3660650 HC4 HC N N 6 CD8 T
CGATGGCGTCGCATAT_4 GSM3660650 HC4 HC N N 9 CD8 T
CGATGTAAGCTAGCCC_4 GSM3660650 HC4 HC N N 9 CD8 T
CGATGTACATGTTCCC_4 GSM3660650 HC4 HC N N 6 CD8 T
CGATTGAAGTGGAGAA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CGCCAAGGTATAATGG_4 GSM3660650 HC4 HC N N 17 NK
CGCGGTATCCCAAGTA_4 GSM3660650 HC4 HC N N 6 CD8 T
CGCGTTTCAGCCTTTC_4 GSM3660650 HC4 HC N N 6 CD8 T
CGCTATCGTTTCGCTC_4 GSM3660650 HC4 HC N N 9 CD8 T
CGCTATCTCTGTGCAA_4 GSM3660650 HC4 HC N N 6 Treg
CGCTTCAAGTGGACGT_4 GSM3660650 HC4 HC N N 9 CD8 T
CGCTTCACAATCGGTT_4 GSM3660650 HC4 HC N N 9 CD8 T
CGCTTCACAGCCTGTG_4 GSM3660650 HC4 HC N N 6 Treg
CGCTTCAGTGAAAGAG_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CGCTTCAGTTTGGCGC_4 GSM3660650 HC4 HC N N 9 CD8 T
CGGACACCAAGAAAGG_4 GSM3660650 HC4 HC N N 6 Treg
CGGACACGTACCATCA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CGGACTGCATTCGACA_4 GSM3660650 HC4 HC N N 9 CD8 T
CGGACTGTCGTTGCCT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CGGAGCTCACCCAGTG_4 GSM3660650 HC4 HC N N 9 CD8 T
CGGAGCTTCGAGGTAG_4 GSM3660650 HC4 HC N N 17 NK
CGGAGTCCAGCCTTGG_4 GSM3660650 HC4 HC N N 6 CD8 T
CGGCTAGGTAAGAGAG_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CGGGTCATCTCTGAGA_4 GSM3660650 HC4 HC N N 6 CD8 T
CGGTTAATCAACACCA_4 GSM3660650 HC4 HC N N 9 CCR7+ T
CGTAGCGCAAGCTGGA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CGTAGGCTCCACTCCA_4 GSM3660650 HC4 HC N N 9 CD8 T
CGTCAGGCAAGTCTGT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CGTCCATGTAAGCACG_4 GSM3660650 HC4 HC N N 6 CD8 T
CGTCTACGTCCCTACT_4 GSM3660650 HC4 HC N N 9 CD8 T
CGTCTACTCTCGATGA_4 GSM3660650 HC4 HC N N 9 CD8 T
CGTGAGCAGTAGCCGA_4 GSM3660650 HC4 HC N N 17 CD8 T
CGTGAGCCAATAACGA_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CGTTAGAGTGCGAAAC_4 GSM3660650 HC4 HC N N 17 CD8 T
CGTTAGATCTGCGTAA_4 GSM3660650 HC4 HC N N 9 CD8 T
CGTTGGGAGCGTTTAC_4 GSM3660650 HC4 HC N N 14 Proliferating T
CGTTGGGTCCCTAATT_4 GSM3660650 HC4 HC N N 14 Proliferating T
CTAAGACGTGGCGAAT_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CTAATGGTCAGATAAG_4 GSM3660650 HC4 HC N N 9 CD8 T
CTACACCCACATTTCT_4 GSM3660650 HC4 HC N N 9 CD8 T
CTACATTTCAAGAAGT_4 GSM3660650 HC4 HC N N 14 Doublets
CTACCCAGTTGATTCG_4 GSM3660650 HC4 HC N N 6 Treg
CTACGTCCACTTCGAA_4 GSM3660650 HC4 HC N N 14 Proliferating T
CTACGTCTCAGCACAT_4 GSM3660650 HC4 HC N N 6 Treg
CTAGAGTAGGGAGTAA_4 GSM3660650 HC4 HC N N 9 CD8 T
CTAGAGTGTAGGCATG_4 GSM3660650 HC4 HC N N 9 CD8 T
CTAGAGTGTGGTCTCG_4 GSM3660650 HC4 HC N N 6 CD8 T
CTAGCCTGTATAGGGC_4 GSM3660650 HC4 HC N N 17 NK
CTAGTGACACACAGAG_4 GSM3660650 HC4 HC N N 9 NK
CTCACACAGAAAGTGG_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CTCACACTCAACACGT_4 GSM3660650 HC4 HC N N 9 CD8 T
CTCAGAACACCGTTGG_4 GSM3660650 HC4 HC N N 6 CCR7+ T
CTCAGAAGTGTTGAGG_4 GSM3660650 HC4 HC N N 9 CD8 T
CTCAGAAGTTGGAGGT_4 GSM3660650 HC4 HC N N 6 CD8 T