Summary

This strain contains 12 protein-level mutations:

  • 1 mutation in Spike protein: D614G
  • 3 mutations in N protein: 203-204 RG->KR, M234I, P279S
  • 1 mutation in NS8 protein: G8R
  • 1 mutation in NS9c protein: G50N
  • 1 mutation in NSP2 protein: K81N
  • 1 mutation in NSP12 protein: P323L
  • 2 mutations in NSP14 protein: P43L, D345Y
  • 1 mutation in NSP15 protein: H337Y
  • 1 mutation in NSP16 protein: R287I

We identified all possible linear viral peptides affected by these mutations. Whenever it was possible, we matched the reference peptide with the mutated one. For example, D -> L mutation transformed SDNGPQNQR to SLNGPQNQR. Cases when it was not meaningful included deletions and insertions at the flanks of the peptide, e.g., HV deletion in NVTWFHAIHV peptide.

Then, we predicted binding affinities between the selected peptides and frequent HLA alleles. Predictions were made with NetMHCpan-4.1 and NetMHCIIpan-4.0. The binding affinities were classifies into three groups:

  1. Tight binding (IC50 affinity ≤ 50 nM)
  2. Moderate binding (50 nM < IC50 affinity ≤ 500 nM)
  3. Weak/no binding (IC50 affinity > 500 nM)

Here we report HLA-peptide interactions whose affinity was altered by at least two folds. Note that mutations with empty set of altered interactions are not showed.

The total number of HLA-peptide interactions affected by the mutations

For each allele we calculated the number of peptides with increased and decreased affinitiy (two or more times). The absolute number of such peptides is showed on the left side of the figure (blue bars — weaker binding, orange bars — stronger).

While absolute numbers are of interest, they do not reflect the initial number of tighly binding peptides for the specific allele. Roughly speaking, if an allele had high number of tight binders, then vanished affinity of several peptides will not affect much the integral ability of peptide presentation. To the contrary, low number of vanished peptides could be important if the particular allele initially had narrow epitope repertoire. To account for this effect, we normalized the absolute numbers of new/vanished tight binders (IC50 affinity ≤ 50 nM) by the total number of tight binders for each allele. To avoid possible divisions by zero, we used + 1 regularization term in all denominators. For example, if some allele had no tight binders in the reference genome, and three new tight binders appeared as a result of the mutation, the relative increase will be 300%. The results are showed in the right part of the figure. Protein-specific plots are listed below.

Summary

Spike protein

Spike

D614G

Reference  PCSFGGVSVITPGTNTSNQVAVLYQDVNCTEVPVAIHADQLTPTWRVYSTG
           ||||||||||||||||||||||||| |||||||||||||||||||||||||
Mutated    PCSFGGVSVITPGTNTSNQVAVLYQGVNCTEVPVAIHADQLTPTWRVYSTG

Export table to csv 
Allele Reference peptide Mutated peptide Reference affinity (IC50, nM) Mutated affinity (IC50, nM)
HLA-C*05:01 YQDVNCTEV YQGVNCTEV 82 8597
HLA-C*08:02 YQDVNCTEV YQGVNCTEV 89 8066
HLA-A*02:11 DVNCTEVPV GVNCTEVPV 2140 72
HLA-A*02:02 DVNCTEVPV GVNCTEVPV 4099 213
HLA-A*68:02 DVNCTEVPV GVNCTEVPV 36 659
HLA-A*02:06 DVNCTEVPV GVNCTEVPV 3807 208
HLA-A*68:02 QVAVLYQDV QVAVLYQGV 183 13
HLA-A*68:02 NQVAVLYQDV NQVAVLYQGV 650 52
HLA-A*02:06 QVAVLYQDV QVAVLYQGV 1312 148
HLA-A*02:11 QVAVLYQDV QVAVLYQGV 2169 268
HLA-A*68:02 NTSNQVAVLYQDV NTSNQVAVLYQGV 1858 231
HLA-A*68:02 TSNQVAVLYQDV TSNQVAVLYQGV 3281 457
HLA-A*02:02 QVAVLYQDV QVAVLYQGV 1107 188
HLA-A*02:01 YQDVNCTEV YQGVNCTEV 75 315
HLA-A*02:06 YQDVNCTEV YQGVNCTEV 17 57
HLA-A*02:11 VLYQDVNCT VLYQGVNCT 224 74
HLA-A*02:11 YQDVNCTEV YQGVNCTEV 31 93
HLA-A*02:11 VLYQDVNCTEVP VLYQGVNCTEVP 1000 402
HLA-A*02:02 NQVAVLYQDV NQVAVLYQGV 269 116
HLA-A*02:11 AVLYQDVNCTEV AVLYQGVNCTEV 500 238
HLA-A*02:01 NQVAVLYQDV NQVAVLYQGV 558 267
HLA-A*02:06 NQVAVLYQDV NQVAVLYQGV 36 18

N protein

N

203-204 RG->KR

Reference  GGSQASSRSSSRSRNSSRNSTPGSSRGTSPARMAGNGGDAALALLLLDRLNQ
           |||||||||||||||||||||||||  |||||||||||||||||||||||||
Mutated    GGSQASSRSSSRSRNSSRNSTPGSSKRTSPARMAGNGGDAALALLLLDRLNQ

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Allele Reference peptide Mutated peptide Reference affinity (IC50, nM) Mutated affinity (IC50, nM)
HLA-A*68:01 NSTPGSSRG NSTPGSSKR 32767 34
HLA-A*33:03 NSTPGSSRG NSTPGSSKR 32767 300
HLA-B*15:03 SRGTSPARM SKRTSPARM 2669 106
HLA-A*31:01 RNSTPGSSRG RNSTPGSSKR 7013 340
HLA-A*30:01 SSRNSTPGSSR SSRNSTPGSSK 356 20
HLA-A*30:01 GTSPARMAG RTSPARMAG 493 30
HLA-A*31:01 SSRNSTPGSSRG SSRNSTPGSSKR 3757 231
HLA-A*30:01 GTSPARMAGNGG RTSPARMAGNGG 6051 411
HLA-A*31:01 SSRNSTPGSSR SSRNSTPGSSK 127 1853
HLA-A*30:01 NSSRNSTPGSSR NSSRNSTPGSSK 4255 353
HLA-A*30:01 RNSTPGSSR RNSTPGSSK 2120 188
HLA-A*31:01 RNSTPGSSR RNSTPGSSK 123 1335
HLA-A*03:01 SSRNSTPGSSR SSRNSTPGSSK 4753 442
HLA-A*11:01 SSRNSTPGSSR SSRNSTPGSSK 2231 263
HLA-A*68:01 NSSRNSTPGSSR NSSRNSTPGSSK 270 1385
HLA-A*30:01 GSSRGTSPA GSSKRTSPA 555 145
HLA-A*30:01 SSRNSTPGSSRG SSRNSTPGSSKR 1625 469
HLA-A*30:01 SSRGTSPARMAG SSKRTSPARMAG 449 1031

M234I

Reference  RMAGNGGDAALALLLLDRLNQLESKMSGKGQQQQGQTVTKKSAAEASKKPR
           ||||||||||||||||||||||||| |||||||||||||||||||||||||
Mutated    RMAGNGGDAALALLLLDRLNQLESKISGKGQQQQGQTVTKKSAAEASKKPR

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Allele Reference peptide Mutated peptide Reference affinity (IC50, nM) Mutated affinity (IC50, nM)
HLA-B*15:03 RLNQLESKM RLNQLESKI 210 3572
HLA-B*15:01 RLNQLESKM RLNQLESKI 434 5192
HLA-A*02:11 LLLDRLNQLESKM LLLDRLNQLESKI 1721 220
HLA-A*32:01 RLNQLESKM RLNQLESKI 1285 261
HLA-A*02:11 RLNQLESKM RLNQLESKI 584 173

NS8 protein

NS8

G8R

Reference  MKFLVFLGIITTVAAFHQECSLQSCTQHQPYVV
           ||||||| |||||||||||||||||||||||||
Mutated    MKFLVFLRIITTVAAFHQECSLQSCTQHQPYVV

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Allele Reference peptide Mutated peptide Reference affinity (IC50, nM) Mutated affinity (IC50, nM)
HLA-A*33:03 MKFLVFLG MKFLVFLR 31649 181
HLA-B*27:05 LGIITTVAAF LRIITTVAAF 25172 151
HLA-A*31:01 MKFLVFLG MKFLVFLR 26680 172
HLA-A*32:01 GIITTVAAF RIITTVAAF 1996 24
HLA-B*08:01 FLGIITTVA FLRIITTVA 2720 128
HLA-B*08:01 FLGIITTV FLRIITTV 7937 409
HLA-C*14:02 GIITTVAAF RIITTVAAF 2503 280
HLA-C*03:02 GIITTVAAF RIITTVAAF 338 40
HLA-B*15:01 GIITTVAAFH RIITTVAAFH 1174 144
HLA-A*02:01 FLGIITTVA FLRIITTVA 118 913
HLA-C*03:03 GIITTVAAF RIITTVAAF 3093 401
HLA-C*03:04 GIITTVAAF RIITTVAAF 3093 401
HLA-A*02:11 FLGIITTVA FLRIITTVA 20 146
HLA-B*15:03 GIITTVAAF RIITTVAAF 40 6
HLA-A*02:02 VFLGIITTVA VFLRIITTVA 336 1640
HLA-B*15:03 LGIITTVAAF LRIITTVAAF 123 27
HLA-A*02:02 FLGIITTVA FLRIITTVA 27 110
HLA-A*02:01 LVFLGIITTV LVFLRIITTV 96 353
HLA-A*02:06 LVFLGIITTV LVFLRIITTV 31 112
HLA-A*02:01 KFLVFLGIITTV KFLVFLRIITTV 138 487
HLA-A*02:11 MKFLVFLGIITTV MKFLVFLRIITTV 205 710
HLA-A*02:11 KFLVFLGIITTV KFLVFLRIITTV 36 123
HLA-A*02:11 FLVFLGIITTVA FLVFLRIITTVA 56 187
HLA-A*68:02 LVFLGIITTV LVFLRIITTV 66 220
HLA-A*02:06 FLGIITTVA FLRIITTVA 391 1301
HLA-A*02:11 VFLGIITTV VFLRIITTV 90 296
HLA-A*02:11 LVFLGIITTV LVFLRIITTV 25 82
HLA-A*02:02 LVFLGIITTV LVFLRIITTV 94 295
HLA-A*02:06 KFLVFLGIITTV KFLVFLRIITTV 382 1195
HLA-A*02:01 FLVFLGIITTVA FLVFLRIITTVA 184 573
HLA-B*15:01 GIITTVAAF RIITTVAAF 18 6
HLA-A*02:01 FLGIITTV FLRIITTV 42 121
HLA-A*02:06 FLGIITTV FLRIITTV 134 382
HLA-A*23:01 KFLVFLGII KFLVFLRII 1228 441
HLA-A*02:06 FLVFLGIITTV FLVFLRIITTV 64 178
HLA-A*02:02 FLGIITTV FLRIITTV 29 77
HLA-A*02:06 GIITTVAAF RIITTVAAF 1183 458
HLA-A*02:02 KFLVFLGIITTV KFLVFLRIITTV 215 520
HLA-A*02:01 FLVFLGIITTV FLVFLRIITTV 25 59
HLA-B*15:03 FLGIITTVAAF FLRIITTVAAF 484 209
HLA-A*02:11 FLGIITTV FLRIITTV 9 20
HLA-B*15:01 FLGIITTVAAF FLRIITTVAAF 131 60

NS9c protein

NS9c

G50N

Reference  AAVKPLLVPHHVVATVQEIQLQAAVGELLLLEWLAMAVMLLLLCCCLTD
           ||||||||||||||||||||||||| |||||||||||||||||||||||
Mutated    AAVKPLLVPHHVVATVQEIQLQAAVNELLLLEWLAMAVMLLLLCCCLTD

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Allele Reference peptide Mutated peptide Reference affinity (IC50, nM) Mutated affinity (IC50, nM)
HLA-B*18:01 GELLLLEWLAM NELLLLEWLAM 4979 247
HLA-B*18:01 GELLLLEW NELLLLEW 3915 401
HLA-B*40:01 GELLLLEWL NELLLLEWL 28 140
HLA-A*02:11 QLQAAVGEL QLQAAVNEL 120 27
HLA-A*02:11 IQLQAAVGEL IQLQAAVNEL 338 81
HLA-B*40:02 GELLLLEWL NELLLLEWL 52 204
HLA-B*40:02 GELLLLEWLAM NELLLLEWLAM 201 772
HLA-A*02:01 QLQAAVGEL QLQAAVNEL 1290 358
HLA-A*02:02 QLQAAVGEL QLQAAVNEL 92 28
HLA-B*58:01 VGELLLLEW VNELLLLEW 330 1071
HLA-A*02:02 IQLQAAVGEL IQLQAAVNEL 170 58
HLA-A*02:01 LQAAVGELL LQAAVNELL 938 352
HLA-A*02:02 LQAAVGELL LQAAVNELL 44 17
HLA-B*40:06 GELLLLEWLA NELLLLEWLA 268 677
HLA-B*40:02 GELLLLEWLA NELLLLEWLA 475 1195
HLA-A*02:11 LQAAVGELL LQAAVNELL 386 154
HLA-A*02:01 IQLQAAVGEL IQLQAAVNEL 1138 475
HLA-A*02:01 QLQAAVGELL QLQAAVNELL 961 403
HLA-A*02:01 GELLLLEWLAMA NELLLLEWLAMA 109 258
HLA-A*02:02 QLQAAVGELL QLQAAVNELL 35 15
HLA-A*02:02 IQLQAAVGELL IQLQAAVNELL 724 313
HLA-A*02:11 QLQAAVGELL QLQAAVNELL 303 131
HLA-B*58:01 AVGELLLLEW AVNELLLLEW 196 87
HLA-A*02:11 GELLLLEWLAMA NELLLLEWLAMA 29 61
HLA-B*57:01 AVGELLLLEW AVNELLLLEW 432 206
HLA-A*68:02 EIQLQAAVGELL EIQLQAAVNELL 697 346

NSP2 protein

NSP2

K81N

Reference  HEIAWYTERSEKSYELQTPFEIKLAKKFDTFNGECPNFVFPLNSIIKTIQP
           ||||||||||||||||||||||||| |||||||||||||||||||||||||
Mutated    HEIAWYTERSEKSYELQTPFEIKLANKFDTFNGECPNFVFPLNSIIKTIQP

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Allele Reference peptide Mutated peptide Reference affinity (IC50, nM) Mutated affinity (IC50, nM)
HLA-A*11:01 QTPFEIKLAK QTPFEIKLAN 43 27290
HLA-A*68:01 QTPFEIKLAK QTPFEIKLAN 38 16988
HLA-A*03:01 QTPFEIKLAK QTPFEIKLAN 242 31041
HLA-A*03:02 QTPFEIKLAK QTPFEIKLAN 274 29834
HLA-A*68:01 TPFEIKLAK TPFEIKLAN 426 25266
HLA-B*15:03 KKFDTFNGECPNF NKFDTFNGECPNF 226 2580
HLA-B*40:01 FEIKLAKKF FEIKLANKF 872 198
HLA-B*18:01 FEIKLAKKF FEIKLANKF 48 19
HLA-B*15:03 IKLAKKFDTF IKLANKFDTF 115 48
HLA-B*40:02 FEIKLAKKF FEIKLANKF 219 96
HLA-C*16:01 LAKKFDTF LANKFDTF 830 368
HLA-B*15:03 FEIKLAKKF FEIKLANKF 423 204

NSP12 protein

NSP12

P323L

Reference  CVNCLDDRCILHCANFNVLFSTVFPPTSFGPLVRKIFVDGVPFVVSTGYHF
           ||||||||||||||||||||||||| |||||||||||||||||||||||||
Mutated    CVNCLDDRCILHCANFNVLFSTVFPLTSFGPLVRKIFVDGVPFVVSTGYHF

Export table to csv 
Allele Reference peptide Mutated peptide Reference affinity (IC50, nM) Mutated affinity (IC50, nM)
HLA-A*02:01 FPPTSFGPLV FPLTSFGPLV 8999 21
HLA-A*02:02 FPPTSFGPLV FPLTSFGPLV 7237 18
HLA-A*02:11 FPPTSFGPLV FPLTSFGPLV 3405 9
HLA-A*32:01 VLFSTVFPP VLFSTVFPL 5415 27
HLA-A*02:11 LFSTVFPP LFSTVFPL 6706 35
HLA-A*02:11 ANFNVLFSTVFPP ANFNVLFSTVFPL 1827 12
HLA-A*02:11 NFNVLFSTVFPP NFNVLFSTVFPL 1779 13
HLA-A*02:11 NVLFSTVFPP NVLFSTVFPL 739 6
HLA-C*03:03 VLFSTVFPP VLFSTVFPL 28468 265
HLA-C*03:04 VLFSTVFPP VLFSTVFPL 28468 265
HLA-A*02:11 FNVLFSTVFPP FNVLFSTVFPL 413 4
HLA-C*14:02 VLFSTVFPP VLFSTVFPL 21407 220
HLA-A*02:11 FNVLFSTVFPPT FNVLFSTVFPLT 2618 27
HLA-A*02:01 LFSTVFPP LFSTVFPL 7475 81
HLA-C*14:02 LFSTVFPP LFSTVFPL 11979 138
HLA-B*15:03 VLFSTVFPP VLFSTVFPL 3115 36
HLA-A*02:11 VLFSTVFPP VLFSTVFPL 78 1
HLA-C*03:02 VLFSTVFPP VLFSTVFPL 20533 273
HLA-A*02:01 FNVLFSTVFPP FNVLFSTVFPL 656 9
HLA-A*02:01 ANFNVLFSTVFPP ANFNVLFSTVFPL 2569 37
HLA-A*02:11 FNVLFSTVFPPTS FNVLFSTVFPLTS 9448 142
HLA-A*02:02 NVLFSTVFPP NVLFSTVFPL 1088 17
HLA-A*02:11 CANFNVLFSTVFPP CANFNVLFSTVFPL 6143 96
HLA-A*02:02 FNVLFSTVFPP FNVLFSTVFPL 1014 16
HLA-A*68:02 NVLFSTVFPP NVLFSTVFPL 2213 37
HLA-A*02:02 ANFNVLFSTVFPP ANFNVLFSTVFPL 3126 53
HLA-A*02:11 PPTSFGPLV PLTSFGPLV 28329 483
HLA-C*16:01 VLFSTVFPP VLFSTVFPL 24733 432
HLA-C*17:01 VLFSTVFPP VLFSTVFPL 25087 439
HLA-A*02:01 FNVLFSTVFPPT FNVLFSTVFPLT 3765 66
HLA-A*02:02 LFSTVFPP LFSTVFPL 9311 167
HLA-A*02:01 NVLFSTVFPP NVLFSTVFPL 928 17
HLA-A*02:02 NFNVLFSTVFPP NFNVLFSTVFPL 2542 47
HLA-A*02:02 VLFSTVFPP VLFSTVFPL 269 5
HLA-A*02:01 NFNVLFSTVFPP NFNVLFSTVFPL 2286 44
HLA-A*02:06 FPPTSFGPLV FPLTSFGPLV 3379 73
HLA-A*02:01 VLFSTVFPP VLFSTVFPL 179 4
HLA-A*02:06 FNVLFSTVFPP FNVLFSTVFPL 1609 37
HLA-A*02:02 FNVLFSTVFPPT FNVLFSTVFPLT 4116 110
HLA-A*02:11 FSTVFPPTSFGPLV FSTVFPLTSFGPLV 6695 180
HLA-A*02:01 FNVLFSTVFPPTS FNVLFSTVFPLTS 11451 311
HLA-A*02:06 VLFSTVFPP VLFSTVFPL 368 10
HLA-A*02:11 ANFNVLFSTVFPPT ANFNVLFSTVFPLT 14639 409
HLA-A*02:01 FSTVFPPTSFGPLV FSTVFPLTSFGPLV 12596 425
HLA-A*68:01 PTSFGPLVR LTSFGPLVR 908 36
HLA-A*02:06 NVLFSTVFPP NVLFSTVFPL 1611 66
HLA-B*15:01 VLFSTVFPP VLFSTVFPL 5731 243
HLA-B*35:01 FPPTSFGPL FPLTSFGPL 304 13
HLA-B*53:01 FPPTSFGPL FPLTSFGPL 3581 154
HLA-C*01:02 FPPTSFGPL FPLTSFGPL 217 4855
HLA-A*02:01 CANFNVLFSTVFPP CANFNVLFSTVFPL 8519 384
HLA-A*02:02 FNVLFSTVFPPTS FNVLFSTVFPLTS 10920 497
HLA-A*02:02 FSTVFPPTSFGPLV FSTVFPLTSFGPLV 6958 322
HLA-A*02:11 VFPPTSFGPLV VFPLTSFGPLV 4242 199
HLA-A*02:02 CANFNVLFSTVFPP CANFNVLFSTVFPL 8183 391
HLA-A*02:11 NFNVLFSTVFPPT NFNVLFSTVFPLT 9111 472
HLA-A*02:06 ANFNVLFSTVFPP ANFNVLFSTVFPL 5191 304
HLA-A*02:06 NFNVLFSTVFPP NFNVLFSTVFPL 4220 274
HLA-A*02:06 FNVLFSTVFPPT FNVLFSTVFPLT 4868 388
HLA-B*35:03 FPPTSFGPL FPLTSFGPL 286 24
HLA-A*03:01 PTSFGPLVRK LTSFGPLVRK 554 47
HLA-A*31:01 PTSFGPLVR LTSFGPLVR 4402 390
HLA-A*11:01 PTSFGPLVR LTSFGPLVR 4068 379
HLA-A*03:02 PTSFGPLVRK LTSFGPLVRK 868 88
HLA-B*07:02 STVFPPTSFGPL STVFPLTSFGPL 777 79
HLA-A*68:01 PTSFGPLVRK LTSFGPLVRK 308 34
HLA-B*07:02 TVFPPTSFGPL TVFPLTSFGPL 1498 171
HLA-A*02:11 STVFPPTSFGPLV STVFPLTSFGPLV 2427 285
HLA-A*02:11 NVLFSTVFPPT NVLFSTVFPLT 1183 139
HLA-A*33:03 PTSFGPLVR LTSFGPLVR 3228 381
HLA-A*26:01 STVFPPTSF STVFPLTSF 786 95
HLA-B*07:02 VFPPTSFGPL VFPLTSFGPL 339 43
HLA-A*02:01 NVLFSTVFPPT NVLFSTVFPLT 2111 290
HLA-B*42:01 FSTVFPPTSFGPL FSTVFPLTSFGPL 1320 185
HLA-B*42:01 STVFPPTSFGPL STVFPLTSFGPL 738 111
HLA-A*02:01 VLFSTVFPPTSF VLFSTVFPLTSF 2225 342
HLA-B*08:01 FPPTSFGPL FPLTSFGPL 973 153
HLA-B*42:01 TVFPPTSFGPL TVFPLTSFGPL 843 142
HLA-A*11:01 PTSFGPLVRK LTSFGPLVRK 123 21
HLA-B*42:01 VFPPTSFGPL VFPLTSFGPL 274 47
HLA-A*02:01 VLFSTVFPPTS VLFSTVFPLTS 708 124
HLA-B*07:02 FSTVFPPTSFGPL FSTVFPLTSFGPL 2537 466
HLA-B*07:02 FPPTSFGPL FPLTSFGPL 42 8
HLA-A*02:11 VLFSTVFPPTSF VLFSTVFPLTSF 1019 195
HLA-A*25:01 STVFPPTSF STVFPLTSF 1533 296
HLA-B*07:02 FPPTSFGPLV FPLTSFGPLV 1131 236
HLA-B*42:01 FPPTSFGPL FPLTSFGPL 21 5
HLA-A*26:01 FSTVFPPTSF FSTVFPLTSF 1667 398
HLA-B*51:01 FPPTSFGPL FPLTSFGPL 1809 433
HLA-A*02:11 VLFSTVFPPTS VLFSTVFPLTS 309 74
HLA-B*42:01 FPPTSFGPLV FPLTSFGPLV 368 89
HLA-A*02:02 VLFSTVFPPTS VLFSTVFPLTS 1210 377
HLA-C*03:02 FPPTSFGPL FPLTSFGPL 960 313
HLA-A*32:01 STVFPPTSF STVFPLTSF 230 86
HLA-B*58:01 FSTVFPPTSF FSTVFPLTSF 88 33
HLA-B*15:01 STVFPPTSF STVFPLTSF 130 49
HLA-A*02:01 VLFSTVFPPT VLFSTVFPLT 61 23
HLA-C*03:03 FPPTSFGPL FPLTSFGPL 375 145
HLA-C*03:04 FPPTSFGPL FPLTSFGPL 375 145
HLA-A*02:02 VLFSTVFPPT VLFSTVFPLT 113 44
HLA-C*16:01 FSTVFPPTS FSTVFPLTS 1127 460
HLA-C*14:02 LFSTVFPPTSF LFSTVFPLTSF 396 950
HLA-C*01:02 VFPPTSFGPL VFPLTSFGPL 429 997
HLA-A*02:02 TVFPPTSFGPLV TVFPLTSFGPLV 789 343
HLA-A*68:02 STVFPPTSFGPLV STVFPLTSFGPLV 169 74
HLA-A*02:11 VLFSTVFPPT VLFSTVFPLT 25 11
HLA-A*03:01 TVFPPTSFGPLVRK TVFPLTSFGPLVRK 92 198
HLA-C*14:02 VFPPTSFGPL VFPLTSFGPL 47 99
HLA-A*23:01 LFSTVFPPTSF LFSTVFPLTSF 370 179

NSP14 protein

NSP14

P43L

Reference  LHPTQAPTHLSVDTKFKTEGLCVDIPGIPKDMTYRRLISMMGFKMNYQVNG
           ||||||||||||||||||||||||| |||||||||||||||||||||||||
Mutated    LHPTQAPTHLSVDTKFKTEGLCVDILGIPKDMTYRRLISMMGFKMNYQVNG

Export table to csv 
Allele Reference peptide Mutated peptide Reference affinity (IC50, nM) Mutated affinity (IC50, nM)
HLA-C*03:02 PGIPKDMTY LGIPKDMTY 11870 79
HLA-B*40:01 TEGLCVDIP TEGLCVDIL 15570 154
HLA-B*15:03 PGIPKDMTY LGIPKDMTY 4576 70
HLA-C*16:01 PGIPKDMTY LGIPKDMTY 8249 129
HLA-B*35:01 IPGIPKDMTY ILGIPKDMTY 80 3375
HLA-B*35:01 PGIPKDMTY LGIPKDMTY 13060 322
HLA-B*15:01 PGIPKDMTY LGIPKDMTY 10204 300
HLA-B*53:01 IPGIPKDMTY ILGIPKDMTY 459 14919
HLA-A*31:01 IPGIPKDMTYRR ILGIPKDMTYRR 7160 307
HLA-B*15:01 IPGIPKDMTY ILGIPKDMTY 1570 70
HLA-B*40:02 TEGLCVDIP TEGLCVDIL 10308 486
HLA-A*31:01 PGIPKDMTYR LGIPKDMTYR 2028 131
HLA-A*68:01 PGIPKDMTYR LGIPKDMTYR 4023 266
HLA-A*31:01 IPGIPKDMTYR ILGIPKDMTYR 5023 351
HLA-A*29:02 IPGIPKDMTY ILGIPKDMTY 3467 251
HLA-A*33:03 PGIPKDMTYR LGIPKDMTYR 3847 342
HLA-B*15:03 IPGIPKDMTY ILGIPKDMTY 828 153
HLA-A*33:03 DIPGIPKDMTYR DILGIPKDMTYR 405 87
HLA-A*30:02 IPGIPKDMTY ILGIPKDMTY 2092 480
HLA-A*33:03 DIPGIPKDMTYRR DILGIPKDMTYRR 687 305
HLA-A*03:01 CVDIPGIPK CVDILGIPK 384 841
HLA-A*02:11 GLCVDIPGI GLCVDILGI 24 50
HLA-A*02:06 GLCVDIPGI GLCVDILGI 279 579

D345Y

Reference  ALLADKFPVLHDIGNPKAIKCVPQADVEWKFYDAQPCSDKAYKIEELFYSY
           ||||||||||||||||||||||||| |||||||||||||||||||||||||
Mutated    ALLADKFPVLHDIGNPKAIKCVPQAYVEWKFYDAQPCSDKAYKIEELFYSY

Export table to csv 
Allele Reference peptide Mutated peptide Reference affinity (IC50, nM) Mutated affinity (IC50, nM)
HLA-B*15:01 KAIKCVPQAD KAIKCVPQAY 24844 54
HLA-B*15:03 KAIKCVPQAD KAIKCVPQAY 24097 54
HLA-B*15:01 AIKCVPQAD AIKCVPQAY 21989 51
HLA-C*03:02 KAIKCVPQAD KAIKCVPQAY 32294 98
HLA-B*15:03 AIKCVPQAD AIKCVPQAY 28342 128
HLA-C*16:01 KAIKCVPQAD KAIKCVPQAY 30867 158
HLA-A*30:02 KAIKCVPQAD KAIKCVPQAY 15165 96
HLA-A*30:02 AIKCVPQAD AIKCVPQAY 18778 206
HLA-B*15:03 IKCVPQAD IKCVPQAY 32767 464
HLA-A*02:06 DVEWKFYDA YVEWKFYDA 14868 284
HLA-A*02:11 DVEWKFYDA YVEWKFYDA 12130 235
HLA-A*01:01 QADVEWKFY QAYVEWKFY 241 8496
HLA-B*58:01 KAIKCVPQAD KAIKCVPQAY 4742 140
HLA-B*15:03 QADVEWKFY QAYVEWKFY 8224 254
HLA-B*57:01 KAIKCVPQAD KAIKCVPQAY 11469 423
HLA-C*12:03 QADVEWKFY QAYVEWKFY 8526 344
HLA-A*29:02 QADVEWKFY QAYVEWKFY 3768 228
HLA-A*02:11 AIKCVPQADV AIKCVPQAYV 2958 184
HLA-C*03:02 QADVEWKFY QAYVEWKFY 3918 262
HLA-C*16:01 QADVEWKFY QAYVEWKFY 2597 208
HLA-A*30:02 QADVEWKFY QAYVEWKFY 1763 181
HLA-A*02:02 AIKCVPQADV AIKCVPQAYV 2061 243
HLA-A*30:01 AIKCVPQADV AIKCVPQAYV 2559 410
HLA-A*11:01 CVPQADVEWK CVPQAYVEWK 1760 337
HLA-B*57:01 KCVPQADVEW KCVPQAYVEW 181 74
HLA-A*68:01 CVPQADVEWK CVPQAYVEWK 648 266

NSP15 protein

NSP15

H337Y

Reference  SVVSKVVKVTIDYTEISFMLWCKDGHVETFYPKLQ
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Mutated    SVVSKVVKVTIDYTEISFMLWCKDGYVETFYPKLQ

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Allele Reference peptide Mutated peptide Reference affinity (IC50, nM) Mutated affinity (IC50, nM)
HLA-A*01:01 YTEISFMLWCKDGH YTEISFMLWCKDGY 5935 23
HLA-A*29:02 FMLWCKDGH FMLWCKDGY 3839 21
HLA-A*29:02 SFMLWCKDGH SFMLWCKDGY 6327 49
HLA-A*23:01 GHVETFYPKL GYVETFYPKL 9924 106
HLA-A*24:02 GHVETFYPKL GYVETFYPKL 15807 271
HLA-B*15:03 FMLWCKDGH FMLWCKDGY 2960 58
HLA-A*31:01 KDGHVETFYPK KDGYVETFYPK 4576 111
HLA-B*15:01 FMLWCKDGH FMLWCKDGY 8539 211
HLA-B*35:01 FMLWCKDGH FMLWCKDGY 12778 356
HLA-A*31:01 GHVETFYPK GYVETFYPK 2278 77
HLA-A*30:02 FMLWCKDGH FMLWCKDGY 6026 219
HLA-B*44:03 TEISFMLWCKDGH TEISFMLWCKDGY 9520 346
HLA-A*30:02 SFMLWCKDGH SFMLWCKDGY 5478 213
HLA-A*30:02 ISFMLWCKDGH ISFMLWCKDGY 6361 260
HLA-C*14:02 GHVETFYPKL GYVETFYPKL 10485 480
HLA-C*03:02 FMLWCKDGH FMLWCKDGY 9432 443
HLA-A*02:11 HVETFYPKL YVETFYPKL 5037 303
HLA-A*31:01 CKDGHVETFYPK CKDGYVETFYPK 6261 431
HLA-A*33:03 GHVETFYPK GYVETFYPK 5679 407
HLA-A*02:06 HVETFYPKL YVETFYPKL 3975 350
HLA-A*33:03 DGHVETFYPK DGYVETFYPK 2394 239
HLA-C*03:03 HVETFYPKL YVETFYPKL 3600 381
HLA-C*03:04 HVETFYPKL YVETFYPKL 3600 381
HLA-C*17:01 HVETFYPKL YVETFYPKL 1362 212
HLA-A*30:01 GHVETFYPK GYVETFYPK 2124 370
HLA-A*02:11 MLWCKDGHVE MLWCKDGYVE 807 149
HLA-A*02:11 ISFMLWCKDGHV ISFMLWCKDGYV 490 92
HLA-A*02:11 SFMLWCKDGHV SFMLWCKDGYV 185 35
HLA-A*02:11 FMLWCKDGHVE FMLWCKDGYVE 807 162
HLA-A*02:01 SFMLWCKDGHV SFMLWCKDGYV 1086 248
HLA-A*02:06 MLWCKDGHV MLWCKDGYV 94 25
HLA-A*02:01 MLWCKDGHV MLWCKDGYV 27 8
HLA-A*68:02 MLWCKDGHV MLWCKDGYV 866 276
HLA-A*02:02 SFMLWCKDGHV SFMLWCKDGYV 909 321
HLA-A*02:01 FMLWCKDGHV FMLWCKDGYV 31 11
HLA-A*02:06 FMLWCKDGHV FMLWCKDGYV 92 34
HLA-A*02:02 MLWCKDGHV MLWCKDGYV 20 8
HLA-A*02:06 FMLWCKDGHVET FMLWCKDGYVET 856 363
HLA-A*02:01 FMLWCKDGHVET FMLWCKDGYVET 498 213
HLA-A*02:11 FMLWCKDGHV FMLWCKDGYV 7 3
HLA-A*02:02 FMLWCKDGHV FMLWCKDGYV 18 8
HLA-A*68:01 DGHVETFYPK DGYVETFYPK 351 158
HLA-A*68:02 EISFMLWCKDGHV EISFMLWCKDGYV 779 378
HLA-A*23:01 LWCKDGHVETF LWCKDGYVETF 623 303
HLA-A*02:11 FMLWCKDGHVET FMLWCKDGYVET 144 71
HLA-A*02:11 MLWCKDGHV MLWCKDGYV 4 2

NSP16 protein

NSP16

R287I

Reference  LKEGQINDMILSLLSKGRLIIRENNRVVISSDVLVNN
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Mutated    LKEGQINDMILSLLSKGRLIIRENNIVVISSDVLVNN

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Allele Reference peptide Mutated peptide Reference affinity (IC50, nM) Mutated affinity (IC50, nM)
HLA-A*31:01 RLIIRENNR RLIIRENNI 23 9839
HLA-A*68:02 NRVVISSDV NIVVISSDV 15521 154
HLA-A*31:01 KGRLIIRENNR KGRLIIRENNI 267 25490
HLA-A*02:11 RLIIRENNR RLIIRENNI 16162 203
HLA-A*32:01 RLIIRENNR RLIIRENNI 18351 349
HLA-A*02:02 RLIIRENNR RLIIRENNI 21533 452
HLA-A*02:01 RLIIRENNRVV RLIIRENNIVV 3436 215
HLA-A*02:11 RLIIRENNRVV RLIIRENNIVV 487 34
HLA-A*02:11 RLIIRENNRVVI RLIIRENNIVVI 1903 145
HLA-A*02:11 IIRENNRVV IIRENNIVV 5169 451
HLA-A*02:11 LIIRENNRVV LIIRENNIVV 3010 289
HLA-A*02:06 LIIRENNRVV LIIRENNIVV 2973 426
HLA-B*40:02 RENNRVVI RENNIVVI 328 56
HLA-A*02:02 RLIIRENNRVV RLIIRENNIVV 1995 361
HLA-B*40:06 RENNRVVIS RENNIVVIS 1072 197
HLA-B*40:02 RENNRVVISSDVL RENNIVVISSDVL 505 108
HLA-B*40:01 RENNRVVI RENNIVVI 1541 339
HLA-B*45:01 RENNRVVIS RENNIVVIS 337 83
HLA-C*03:03 RVVISSDVL IVVISSDVL 378 101
HLA-C*03:04 RVVISSDVL IVVISSDVL 378 101
HLA-B*40:02 RENNRVVIS RENNIVVIS 475 137
HLA-B*40:02 RENNRVVISSDV RENNIVVISSDV 1569 488
HLA-B*15:03 RVVISSDVL IVVISSDVL 302 914
HLA-A*02:11 LIIRENNRV LIIRENNIV 447 1242
HLA-A*68:02 RVVISSDVLV IVVISSDVLV 1175 445
HLA-B*40:01 RENNRVVISSDVL RENNIVVISSDVL 279 108
HLA-C*03:02 RVVISSDVL IVVISSDVL 622 256
HLA-B*50:01 RENNRVVIS RENNIVVIS 488 207