Here you are: IMGT Web resources > IMGT Repertoire (IG and TR) > 1. Locus and genes
Citing this page: Ruiz, M. et al., Exp. Clin. Immunogenet., 16, 173-184 (1999) PMID: 10087405 pdf UPDATE: Human IGHV (10/2002, 12/2009)

"+" or "-" indicates if the gene sequences have been found (+) or not been found (-) rearranged (R), transcribed (T) and/or translated into protein (Pr). Arbitrarily that information is shown on the first line of each gene when the data have been confirmed by several studies.

Functionality is shown between parentheses, (F) and (P), when the accession number refers to rearranged genomic DNA or cDNA and the corresponding germline gene has not yet been isolated.
Functionality is shown between brackets, [F] and [P], when the accession number refers to genomic DNA, but not known as being germline or rearranged.

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All the IGHV genes are in a fully sequenced contig which comprises the following accession numbers:

Gene content of these accession numbers are shown in IMGT/LocusView

Individual gene sequences from these contigs were previously published [26] and are listed in the table below. Forty seven of these sequences are IMGT Reference sequences.

Click here for the Correspondence between nomenclatures.

The 7 human (Homo sapiens) IGHV subgroups form three clans (Figure IGHV clans). One additional clan only contains one pseudogene. Clans comprise, respectively:

IGHV genes are designated by a number for the subgroup, followed by a dash and a number for the localization from 3' to 5' in the locus.
IGHV genes which had a provisional nomenclature (number for the subgroup, followed by a dash and a small letter) [12,51] have now all been localized in the IGH locus.
The sequences previously designated as IGHV1-e have been shown to correspond to alleles IGHV1-69*06 and IGHV1-69*07. The sequences previously designated as IGHV3-g have been shown to correspond to allele IGHV3-71*01.
The sequences previously designated as IGHV1-c, IGHV1-f, IGHV3-d, IGHV3-h, IGHV4-b and IGHV5-a have been assigned respectively to the definitive IMGT gene names IGHV1-38-4, IGHV1-69-2, IGHV3-38-3, IGHV3-69-1, IGHV4-38-2 and IGHV5-10-1.

IMGT subgroup IMGT gene name IMGT allele name Fct Chromosomal localization R T Pr Positions in the locus IMGT/LIGM-DB reference sequences IMGT/LIGM-DB sequences from the literature
Clone names Accession numbers Positions in the sequence (from INIT-CODON to the end of V-REGION) Secondary accession numbers Clone names Accession numbers Positions in the sequence (from INIT-CODON to the end of V-REGION)
IGHV1 IGHV1-2 IGHV1-2*01 F 14q32.33 + + + V35/VI-2b MAP X07448 [25,37] (1)
IGHV1-2*02 F 14q32.33 + + 30001-60000 (74) VI-2 MAP X62106 [37] DP-75 Z14071 [39]
hv1L1 X59704 [27]
AB019441 [61] 36435-36872
IGHV1-2*03 F 14q32.33 + + 1-1 MAP X92208 [5]
IGHV1-2*04 F 14q32.33 + + KF698733 [72] DP-8 Z12310 [39]
IGHV1-2*05 F 14q32.33 + + GI3U2RK03C78YK HM855674 [71]
IGHV1-3 IGHV1-3*01 F 14q32.33 + + + VI-3b MAP X62109 [37] DP-25 Z12327 [39]
IGHV1-3*02 F 14q32.33 15001-20000 (74) VI-3 MAP X62107 [37] AB019441 [61] 17860-18297
IGHV1-8 IGHV1-8*01 F 14q32.33 + + + 145001-155000 (74) V1-8 MAP M99637 [26] DP-15 Z12317 [39]
AB019440 [61] 150026-150464
IGHV1-8*02 F 14q32.33 GI3U2RK01A726W HM855457 [71]
IGHV1-12 IGHV1-12*01 P (2) 14q32.33 - - - 22.1 MAP X92210 [5]
IGHV1-12*02 P (2) 14q32.33 105001-111000 (74) V1-12P MAP M99638 [26] AB019440 [61] 110238-110527
IGHV1-14 IGHV1-14*01 P (3) 14q32.33 - - - 85001-88000 AB019440 [61] 86675-86970 V1-14P MAP M99639 [26]
DP-16 Z12318 [39]
IGHV1-17 IGHV1-17*01 P (4) 14q32.33 - - - V1-17P MAP M99640 [26]
IGHV1-17*02 P (5) 14q32.33 50001-60000 AB019440 [61] 58074-58510 DP-6 Z12308 [39]
IGHV1-18 IGHV1-18*01 F 14q32.33 + + + 40001-50000 (74) V1-18 MAP M99641 [26] DP-14 Z12316 [39]
AB019440 [61] 47544-47980
IGHV1-18*02 F 14q32.33 VH1GRR X60503 [52] (62)
IGHV1-18*03 F 14q32.33 GI3U2RK01A5P2C HM855463 [71]
IGHV1-18*04 F 14q32.33 CH17-224D4 KC713938 [72]
IGHV1-24 IGHV1-24*01 F (6) 14q32.33 + + + 150001-160000 (74) V1-24P MAP M99642 [26] DP-5 Z12307 [39]
AB019439 [61] 155962-156399
ABC14-954514B22 AC244492 [72]
CH17-60O17 AC245166 [72]
IGHV1-38-4 (85) IGHV1-38-4*01 ORF (66) 14q32.33 IGHV1-c KF698736 [72] IGHV1-c, GI3U2RK04EUK8U HM855760 [71]
IGHV1-c, COS-19 MAP Z18904 [65]
WI2-1707G1 AC241995 [72]
IGHV1-45 IGHV1-45*01 F 14q32.33 7-2 MAP X92209 [5] V1-45 (75) MAP M99645 [26] (7)
IGHV1-45*02 F 14q32.33 125001-135000 AB019438 [61] 126175-126612 V1-45 (75) MAP M99645 [26] (7)
DP-4 Z12306 [39]
IGHV1-45*03 F 14q32.33 COS-5 MAP Z17391 [65]
IGHV1-46 IGHV1-46*01 F 14q32.33 + + + 120001-125000 (74) 21-2 MAP X92343 [5] DP-7 Z12309 [39]
3-1 MAP X92207 [5]
hv1f10 L06611 [38]
V1-46 MAP M99646 [26] (60)
AB019438 [61] 122057-122494
IGHV1-46*02 F 14q32.33 HG3 MAP J00240 [30]
IGHV1-46*03 F 14q32.33 hv1f10t L06612 [38] (62)
IGHV1-58 IGHV1-58*01 F (6) 14q32.33 + + + V71-5 MAP M29809 [22] DP-2 Z12304 [39]
IGHV1-58*02 F 14q32.33 9001-13000 AB019438 [61] 10875-11170
IGHV1-67 IGHV1-67*01 P (8) 14q32.33 - - - 150001-155000 AB019437 [61] 152482-152921 DP-11 Z12313 [39]
8-2 MAP X92212 [5]
IGHV1-67*02 P (8) 14q32.33 YAC-8 MAP Z27507 [12]
IGHV1-68 IGHV1-68*01 P 14q32.33 - - - 125001-135000 1-68P MAP AB019437 [61] 129238-129678
IGHV1-69 IGHV1-69*01 F 14q32.33 + + + hv1051 L22582 [12] DP-10 Z12312 [39]
HULGLVH1 X92298 [13]
DA-6 Z29982 [12]
10M28 [34]
13M28 [34]
Z14308 [34]
Z14303 [34]
Z14298 [34]
Z14295 [34]
IGHV1-69*02 F 14q32.33 YAC-7 MAP Z27506 [49] RR.VH1.1 X67902 [41] (9)
1M27 [34]
5M27 [34]
Z14305 [34]
Z14306 [34]
IGHV1-69*03 F 14q32.33 57GTA8 X92340 [19]
IGHV1-69*04 F 14q32.33 hv1263 M83132 [53] (62) Z14297 [34]
Z14304 [34]
IGHV1-69*05 F 14q32.33 RR.VH1.2 X67905 [41] (62)
IGHV1-69*06 F 14q32.33 115001-125000 (74) hv1051K L22583 [49] 7M27 [34]
DP-88
IGHV1-e Z49804 [66]
Z14302 [34]
AB019437 [61] 119317-119612
IGHV1-69*07 F 14q32.33 DA-2, IGHV1-e Z29978 [12]
IGHV1-69*08 F 14q32.33 Z14309 [34]
IGHV1-69*09 F 14q32.33 Z14307 [34]
IGHV1-69*10 F 14q32.33 Z14300 [34]
IGHV1-69*11 F 14q32.33 Z14296 [34] Z14299 [34]
IGHV1-69*12 F 14q32.33 Z14301 [34]
IGHV1-69*13 F 14q32.33 Z14214 [14] (st)
IGHV1-69*14 F 14q32.33 ABC10-1585770E3 KC713948 [72]
IGHV1-69D IGHV1-69D*01 F 14q32.33 + + CH17-212P11 KC713934 [72]
IGHV1-69-2 (84) IGHV1-69-2*01 F 14q32.33 IGHV1-f KF698734 [72] IGHV1-f, DP-3 Z12305 [39]
IGHV1-69-2*02 F 14q32.33 IGHV1-f, DA-1 Z29977 [12]
IGHV1-NL1 NL IGHV1-NL1*01 P 14q32.33 V201 M13911 [59]
IGHV2 IGHV2-5 IGHV2-5*01 F (10) 14q32.33 + + + 194001-200000 (74) VII-5 MAP X62111 [37] AB019440 [61] 194964-195407
IGHV2-5*02 F 14q32.33 KF698731 [72] LI-1 X69690 [62]
DP-76 Z14072 [39]
VII-5b MAP X62108 [37] (11)
IGHV2-5*03 F 14q32.33 WAD4GL X93619 [44]
IGHV2-5*04 F 14q32.33 + + S12.2 L21963 [2] (62) S12.8 L21968 [2] (62)
IGHV2-5*05 F 14q32.33 + + S12.4 L21964 [2] (62)
IGHV2-5*06 F 14q32.33 + + S12.6 L21966 [2] (62)
IGHV2-5*08 F 14q32.33 + + S12.12 L21971 [2] (62)
IGHV2-5*09 F 14q32.33 + + S12.14 L21972 [2] (62)
IGHV2-10 IGHV2-10*01 P (12) 14q32.33 - - - 125001-135000 (74) V2-10P MAP M99647 [26] COS-1 MAP Z17387 [65]
AB019440 [61] 129561-130001
IGHV2-26 IGHV2-26*01 F (13) 14q32.33 + + + 125001-135000 (74) V2-26 MAP M99648 [26] DP-26 Z12328 [39]
AB019439 [61] 131449-131892
ABC11-48019600E23 AC244464 [72]
CH17-60O17 AC245166 [72]
IGHV2-70 IGHV2-70*01 F 14q32.33 + + + S12-9 L21969 [2] DP-27 Z12329 [39]
IGHV2-70*02 F 14q32.33 VH2-MC2 X92241 [8] VH2-MC2a X92242 [8]
VH2-MC2c X92244 [8]
VH2-MC2e X92246 [8]
IGHV2-70*03 F 14q32.33 + VH2-MC1 X92238 [8] VH2-MC1b X92240 [8]
DA-7 (75) Z29983 [12]
IGHV2-70*04 F 14q32.33 DP-28 Z12330 [39] DA-7 (75) Z29983 [12]
IGHV2-70*05 F 14q32.33 YAC-3 MAP Z27502 [12]
IGHV2-70*06 F 14q32.33 VH2-MC1a X92239 [8] (62)
IGHV2-70*07 F 14q32.33 VH2-MC2b X92243 [8] (62)
IGHV2-70*08 F 14q32.33 VH2-MC2d X92245 [8] (62)
IGHV2-70*09 ORF (79) 14q32.33 S12-1 L21962 [2] (62)
IGHV2-70*10 F 14q32.33 S12.5 L21965 [2] (62)
IGHV2-70*11 F 14q32.33 S12.7 L21967 [2] (62)
IGHV2-70*12 F 14q32.33 S12.10 L21970 [2] (62)
IGHV2-70*13 F 14q32.33 108801-115000 AB019437 [61] 110279-110722
IGHV2-70D IGHV2-70D*04 F 14q32.33 CH17-212P11 KC713935 [72]
IGHV2-70D*14 F 14q32.33 ABC10-1585770E3 KC713949 [72]
IGHV3 IGHV3-6 IGHV3-6*01 P (14) 14q32.33 - - - 175001-185000 (74) V3-6P MAP M99650 [26] DP-60 Z12360 [39]
AB019440 [61] 177310-177764
IGHV3-7 IGHV3-7*01 F 14q32.33 + + + 165001-175000 (74) V3-7 MAP M99649 [26] DP-54 Z12354 [39]
HHG19 X62128 [23]
V3-7IL Y12818 [65]
AB019440 [61] 170688-171143
IGHV3-7*02 F 14q32.33 VH3-11 X92288 [48] (62)
IGHV3-7*03 F 14q32.33 GI3U2RK03DEBGK HM855666 [71]
IGHV3-9 IGHV3-9*01 F 14q32.33 + + + 135001-145000 (74) V3-9 MAP M99651 [26] DP-31 Z12333 [39]
A/B/C/D [47]
AB019440 [61] 136812-137257
IGHV3-9*02 F 14q32.33 GI3U2RK02B9XDX HM855577 [71]
IGHV3-9*03 F 14q32.33 ABC10-44748900N6 KC713947 [72]
IGHV3-11 IGHV3-11*01 F 14q32.33 + + + 113001-125000 (74) V3-11 MAP M99652 [26] DP-35 Z12337 [39]
22-2B X92220 [5]
AB019440 [61] 115861-116310
IGHV3-11*02 P (15) 14q32.33 + hv3.3 MAP M15496 [40]
IGHV3-11*03 F 14q32.33 VH3-8 X92287 [48] (62)
IGHV3-11*04 F 14q32.33 + GI3U2RK01A1EZO HM855329 [71]
IGHV3-11*05 F 14q32.33 + GI3U2RK03DFWAZ HM855583 [71] GI3U2RK03DG7LV HM855737 [71]
GI3U2RK03C1LG1 HM855728 [71]
GI3U2RK03DAEXZ HM855705 [71]
GI3U2RK03DHDW0 HM855663 [71]
IGHV3-11*06 F 14q32.33 CH17-224D4 KC713940 [72]
IGHV3-13 IGHV3-13*01 F 14q32.33 + + + 100001-105000 (74) 13-2 MAP X92217 [5] DP-48 Z12348 [39]
V3-13 U29479 [58]
AB019440 [61] 102954-103406
IGHV3-13*02 F 14q32.33 V3-13 MAP M99653 [26]
IGHV3-13*03 F 14q32.33 V3-13 MAP U29582 [58]
IGHV3-13*04 F 14q32.33 GI3U2RK03C6FJU HM855616 [71]
IGHV3-13*05 F 14q32.33 CH17-224D4 KC713939 [72]
IGHV3-15 IGHV3-15*01 F 14q32.33 + + + 70001-85000 (74) 9-1 MAP X92216 [5] DP-38 Z12338 [39]
LSG1.1 M99398 [1]
LSG5.1 M99405 [1]
LSG7.1 M99407 [1]
RCG1.1 M99411
VHGL3.1 Z14216 [14] (50)
AB019440 [61] 78929-79230
IGHV3-15*02 F 14q32.33 + V3-15 MAP M99654 [26]
IGHV3-15*03 F 14q32.33 LSG8.1 M99408 [1] (62) LSG9.1 M99409 [1] (62)
LSG10.1 M99399 [1] (62)
IGHV3-15*04 F 14q32.33 LSG2.1 M99402 [1] (62)
IGHV3-15*05 F 14q32.33 LSG3.1 M99403 [1] (62)
IGHV3-15*06 F 14q32.33 LSG4.1 M99404 [1] (62)
IGHV3-15*07 F 14q32.33 LSG6.1 M99406 [1] (62)
IGHV3-15*08 F 14q32.33 LSG11.1 M99400 [1] (62)
IGHV3-16 IGHV3-16*01 ORF (16) 14q32.33 - - - V3-16P MAP M99655 [26]
IGHV3-16*02 ORF (16) 14q32.33 65001-68000 AB019440 [61] 67196-67649
IGHV3-19 IGHV3-19*01 P (17) 14q32.33 - - - 30001-40000 (74) V3-19P MAP M99656 [26] COS-26 MAP Z27450 [65]
AB019440 [61] 35792-36172
IGHV3-20 IGHV3-20*01 F (18) 14q32.33 + + + 21001-30000 (74) V3-20 MAP M99657 [26] DP-32 Z12334 [39]
AB019440 [61] 21508-21962
IGHV3-20*02 ORF (81) 14q32.33 CH17-60O17 KC713937 [72] CH17-60O17 AC245166 [72]
IGHV3-21 IGHV3-21*01 F 14q32.33 + + + 190001-200000 AB019439 [61] 197417-197870 DP-77 Z14073 [39]
WHG16 X62127 [23]
HHG4 X62129 [23] (62)
CH17-60O17 AC245166 [72]
IGHV3-21*02 F 14q32.33 V3-21 MAP M99658 [26]
IGHV3-21*03 F 14q32.33 GI3U2RK01BD2K2 HM855323 [71]
IGHV3-21*04 F 14q32.33 GI3U2RK03CY4T9 HM855688 [71]
IGHV3-22 IGHV3-22*01 P (19) 14q32.33 - - - V3-22P MAP M99659 [26]
IGHV3-22*02 P (19) 14q32.33 170001-190000 AB019439 [61] 174720-175181 2-3 X92221 [5]
DP-57 Z12357 [39]
hv3033 M83135 [9]
CH17-60O17 AC245166 [72]
IGHV3-23 IGHV3-23*01 F 14q32.33 + + + 160001-166000 (74) V3-23 MAP M99660 [26] 10-465 DP-47 Z12347 [39]
VH26 MAP M83136 [10] (20)
VH26-5.0 U29482 [32]
V-B19.7 M57940 [64]
AB019439 [61] 163887-164342
ABC14-954514B22 AC244492 [72] 32476-32931
ABC9-43849600N9 AC244473 complement(9543-9998)
ABC9-43993300H10 AC206018 3808-4263
IGHV3-23*02 F 14q32.33 VH26 MAP M35415 [67] (20)
IGHV3-23*03 F 14q32.33 AM940223 [70] VH26-3.7 U29481 [32]
IGHV3-23*04 F 14q32.33 + CH17-60O17 AC245166 [72] 149196-149651 VH3-23 AJ879486 [68] 1-442
IGHV3-23*05 F 14q32.33 + AY757302 [69] (72)
IGHV3-23D IGHV3-23D*01 F 14q32.33 ABC14-954514B22 AC244492 [72] 21784-22090
IGHV3-25 IGHV3-25*01 P (21) 14q32.33 - - - V3-25P MAP M99661 [26]
IGHV3-25*02 P (21) 14q32.33 140001-150000 AB019439 [61] 143468-143921 DP-55 Z12355 [39]
ABC14-954514B22 AC244492 [72]
IGHV3-25*03 P (21) 14q32.33 DP-56 Z12356 [39] CH17-60O17 AC245166 [72]
IGHV3-25*04 ORF (78) 14q32.33 GI3U2RK04EEL1V HM855898 [71]
IGHV3-25*05 P (76) 14q32.33 GI3U2RK01BFKOM HM855413 [71]
IGHV3-29 IGHV3-29*01 P (22) 14q32.33 - - - 100001-103000 AB019439 [61] 101726-102181 V3-29P MAP M99662 [26]
YAC-12 MAP Z49805 [65]
ABC11-47355000A14 KC162924 [72] complement(16372-16868)
ABC11-47150400I4 AC231260 [72]
CH17-60O17 AC245166 [72]
IGHV3-30 IGHV3-30*01 F 14q32.33 + + + hv3005 MAP M83134 [9] b36 M77325
b42 X92318 [28]
3d24 MAP X92284 [33]
IGHV3-30*02 F 14q32.33 BHGH1 L26401 [17] COS-3 MAP Z17389 [65]
IGHV3-30*03 F 14q32.33 + 95001-100000 (74) V3-30 MAP M99663 [26] AB019439 [61] 98085-98538
IGHV3-30*04 F 14q32.33 hv3005f3 L06615 [28] b41 M77330 [28]
f1 M77297 [28]
COS-8 MAP Z17394 [65]
M77307 [28]
M77308 [28]
IGHV3-30*05 F 14q32.33 b1-6 M77323 [28] (23)
IGHV3-30*06 F 14q32.33 hv3019b18 L06617 [28] (62) b18 M77337 [28] (62)
IGHV3-30*07 F 14q32.33 hv3005b54 L06614 [28] (62) b54 M77332 [28] (62)
IGHV3-30*08 F 14q32.33 GL-SJ2 M62737 [54] (62,63)
IGHV3-30*09 F 14q32.33 f7 M77300 [28] (62)
IGHV3-30*10 F 14q32.33 b25 M77326 [28] (62)
IGHV3-30*11 F 14q32.33 b52 M77331 [28] (62)
IGHV3-30*12 F 14q32.33 b26 M77338 [28] (62)
IGHV3-30*13 F 14q32.33 b29 M77339 [28] (62)
IGHV3-30*14 F 14q32.33 b32 M77324 [28] (62)
IGHV3-30*15 F 14q32.33 b37 M77327 [28] (62)
IGHV3-30*16 F 14q32.33 b43 M77328 [28] (62)
IGHV3-30*17 F 14q32.33 b48 M77329 [28] (62)
IGHV3-30*18 F 14q32.33 1-9III X92214 [5] (68) DP-49 Z12349 [39]
p3,4,7,8 (4 clones) M77303 [28]
p5 M77304 [28]
M77306 [28]
3d28 X92285 [33]
ABC11-47355000A14 KC162924 [72] complement(20327-20819)
ABC11-47150400I4 AC231260 [72]
CH17-60O17 AC245166 [72]
IGHV3-30*19 F 14q32.33 hv3019b13 L06616 [28] (62,68) b13 M77336 [28] (62)
IGHV3-30-2 IGHV3-30-2*01 P 14q32.33 - - - 86001-90000 3-30.2P MAP AB019439 [61] 88784-89232 ABC11-47355000A14 KC162924 [72]
ABC11-47150400I4 AC231260 [72]
CH17-60O17 AC245166 [72]
IGHV3-30-3 IGHV3-30-3*01 F 14q32.33 + 3d216 MAP X92283 [33] DP-46 Z12346 [39]
ABC11-47354200D2 AC244456 [72] complement(2095-2587)
ABC11-47150400I4 AC231260 [72]
IGHV3-30-3*02 F 14q32.33 p2 M77302 [28] (62)
IGHV3-30-3*03 F 14q32.33 ABC8-718240A7 KC713945 [72] ABC8-718240A7 AC244411 [72]
IGHV3-30-5 IGHV3-30-5*01 (68) F 14q32.33 ABC11-47354200D2 AC244456 [72] ABC11-49598600E10 KC162925 [72]
IGHV3-30-5*02 (68) F 14q32.33 ABC24-366M9 AC245243 [72]
IGHV3-30-22 IGHV3-30-22*01 P (94) 14q32.33 ABC11-47355000A14 KC162924 [72] complement(41438-41934) ABC8-718240A7 AC244411 [72]
ABC11-47150400I4 AC231260 [72]
IGHV3-30-33 IGHV3-30-33*01 P (95) 14q32.33 ABC11-47354200D2 AC244456 [72] ABC8-718240A7 AC244411 [72]
ABC11-47150400I4 AC231260 [72]
IGHV3-30-42 IGHV3-30-42*01 P (96) 14q32.33 ABC11-47354200D2 AC244456 [72] ABC11-49598600E10 KC162925 [72]
ABC8-718240A7 AC244411 [72]
IGHV3-30-52 IGHV3-30-52*01 P (95) 14q32.33 ABC11-47354200D2 AC244456 [72] ABC11-49598600E10 KC162925 [72]
IGHV3-32 IGHV3-32*01 P (24) 14q32.33 - - - 75001-78000 AB019439 [61] 77013-77470 V3-32P MAP M99664 [26]
ABC11-49598600E10 KC162925 [72]
ABC11-48019600E23 AC244464 [72]
CH17-60O17 AC245166 [72]
IGHV3-33 IGHV3-33*01 F 14q32.33 + + + 70001-75000 AB019439 [61] 73368-73821 hv3019b9 L06618 [28]
DP-50 Z12350 [39]
b9-12 M77333 [28]
3d277 MAP X92286 [33]
M77315 [28]
ABC11-49598600E10 KC162925 [72]
ABC11-48019600E23 AC244464 [72]
CH17-60O17 AC245166 [72]
IGHV3-33*02 F 14q32.33 + V3-33 MAP M99665 [26]
IGHV3-33*03 F 14q32.33 p6 M77305 [28] (62)
IGHV3-33*04 F 14q32.33 b30 M77335 [28] (62)
IGHV3-33*05 F 14q32.33 b28 M77334 [28] (62)
IGHV3-33*06 F 14q32.33 GI3U2RK01BDYYW HM855436 [71]
IGHV3-33-2 IGHV3-33-2*01 P (98) 14q32.33 - - - 62001-65000 3-33.2P MAP AB019439 [61] 64064-64512 ABC11-49598600E10 KC162925 [72]
ABC24-366M9 AC245243 [72]
CH17-60O17 AC245166 [72]
IGHV3-35 IGHV3-35*01 ORF (25) 14q32.33 - - - 42001-50000 (74) V3-35 MAP M99666 [26] DP-59 Z12359 [39]
VH19 MAP X92276 [3]
AB019439 [61] 43767-44220
CH17-60O17 AC245166 [72]
IGHV3-36 IGHV3-36*01 P (26) 14q32.33 - - - V3-36P MAP M99667 [26] DP-83 Z15101 [39]
IGHV3-36*02 P (26) 14q32.33 38001-42000 AB019439 [61] 40399-40861 CH17-60O17 AC245166 [72]
IGHV3-36*03 P (26) 14q32.33 ABC10-44084700I10 KC162926 [72]
IGHV3-37 IGHV3-37*01 P (27) 14q32.33 - - - V3-37P MAP M99668 [26]
IGHV3-37*02 P 14q32.33 30001-38000 (74) VH4 MAP X92277 [3] COS-7 MAP Z17393 [65]
AB019439 [61] 36671-36964
ABC10-44084700I10 KC162926 [72]
CH17-60O17 AC245166 [72]
IGHV3-38 IGHV3-38*01 ORF (28) 14q32.33 - - - V3-38P MAP M99669 [26]
IGHV3-38*02 ORF (28) 14q32.33 20001-30000 AB019439 [61] 22685-23136 COS-23 MAP Z27447 [65]
CH17-60O17 AC245166 [72]
IGHV3-38*03 ORF (28) 14q32.33 ABC10-44084700I10 KC713943 [72] ABC10-44084700I10 KC162926 [72]
IGHV3-38-3 (86) IGHV3-38-3*01 ORF (87) 14q32.33 IGHV3-d KF698732 [72] IGHV3-d, COS-12 MAP Z18898 [65]
WI2-1707G1 AC241995 [72]
ABC10-44145400L1 AC233755 [72]
IGHV3-41 IGHV3-41*01 P (29) 14q32.33 - - - 180001-191000 (74) V3-41P MAP M99670 [26] AB019438 [61] 190047-190499
IGHV3-42 IGHV3-42*01 P (30) 14q32.33 - - - V3-42P MAP M99671 [26]
IGHV3-42*02 P 14q32.33 VHBam MAP M12072 [4]
IGHV3-42*03 P (70) 14q32.33 165001-180000 AB019438 [61] 169925-170362
IGHV3-42D IGHV3-42D*01 P (90) 14q32.33 ABC10-44145400L1 AC233755 [72] ABC10-44084700I10 KC162926 [72]
IGHV3-43 IGHV3-43*01 F 14q32.33 + + + 161001-165000 (74) V3-43 MAP M99672 [26] DP-33 Z12335 [39]
AB019438 [61] 162897-163354
IGHV3-43*02 F 14q32.33 + GI3U2RK01A160T HM855392 [71] COS-16 MAP Z18901 [65]
GI3U2RK02B8POO HM855558 [71]
GI3U2RK01AOQ05 HM855438 [71]
GI3U2RK01AXYM0 HM855420 [71]
GI3U2RK01AWQHJ HM855288 [71]
GI3U2RK03C12XE HM855590 [71]
IGHV3-43D IGHV3-43D*01 F 14q32.33 + + ABC10-44145400L1 KC713950 [72] ABC10-44145400L1 AC233755 [72]
IGHV3-47 IGHV3-47*01 P (33) 14q32.33 - - - COS-15 MAP Z18900 [65]
IGHV3-47*02 P (33) 14q32.33 110001-116000 AB019438 [61] 114580-115035 DP-52 Z12352 [39]
IGHV3-47*03 P (32) 14q32.33 V3-47P MAP M99674 [26]
IGHV3-48 IGHV3-48*01 F 14q32.33 + + + V3-48 MAP M99675 [26] hv3d1 X92299 [15]
WHG26 X62130 [23]
IGHV3-48*02 F 14q32.33 + 85001-100000 AB019438 [61] 95274-95729 DP-51 Z12351 [39]
IGHV3-48*03 F 14q32.33 hv3d1EG U03893 [15] (62) DP-58 Z12358 [39] (62)
IGHV3-48*04 F 14q32.33 GI3U2RK01BELMR HM855336 [71]
IGHV3-49 IGHV3-49*01 F (34) 14q32.33 + + + V3-49 MAP M99676 [26]
IGHV3-49*02 F 14q32.33 LSG12.1 M99401 [1] (62)
IGHV3-49*03 F 14q32.33 70001-85000 AB019438 [61] 76144-76605 3-49RB X87090 [55] (62)
IGHV3-49*04 F 14q32.33 AM940220 [70]
IGHV3-49*05 F 14q32.33 AM940221 [70]
IGHV3-50 IGHV3-50*01 P (35) 14q32.33 - - - 60001-68000 (74) V3-50P MAP AB019438 [61] M99677 [26] 66998-67453
IGHV3-52 IGHV3-52*01 P (36) 14q32.33 - - - 45001-48000 (74) V3-52P MAP M99678 [26] DP-43 Z12343 [39]
VH105 MAP X92280 [18]
AB019438 [61] 46731-47181
IGHV3-52*02 P 14q32.33 COS-2 MAP Z17388 [65]
IGHV3-52*03 P (36) 14q32.33 H16BR MAP J00237 [29]
IGHV3-53 IGHV3-53*01 F 14q32.33 + + + 35001-45000 (74) V3-53 MAP M99679 [26] AB019438 [61] 40421-40871
IGHV3-53*02 F 14q32.33 + KF698735 [72] DP-42 Z12342 [39]
IGHV3-53*03 F 14q32.33 J03617 [63]
IGHV3-53*04 F 14q32.33 + + GI3U2RK01BBEAJ HM855453 [71]
IGHV3-54 IGHV3-54*01 P (37) 14q32.33 - - - V3-54P MAP M99680 [26]
IGHV3-54*02 P (37) 14q32.33 2-9III MAP X92215 [5]
IGHV3-54*03 P 14q32.33 COS-22 MAP Z27446 [65]
IGHV3-54*04 P (37) 14q32.33 30001-33000 AB019438 [61] 31746-32191
IGHV3-57 IGHV3-57*01 P (38) 14q32.33 - - - V71-6 MAP M29815 [22]
IGHV3-57*02 P 14q32.33 13001-20000 AB019438 [61] 14314-14619 COS-10 MAP Z17396 [65]
IGHV3-60 IGHV3-60*01 P 14q32.33 - - - 1-4000 AB019438 [61] 1883-2339 V71-3 MAP M29813 [22] (39)
COS-9 MAP Z17395 [22]
IGHV3-62 IGHV3-62*01 P 14q32.33 - - - 188501-192000 AB019437 [61] 189953-190408 V71-1 MAP M29814 [22] (40)
DP-62 Z12362 [39]
IGHV3-62*02 P 14q32.33 COS-28 MAP Z27452 [65]
IGHV3-63 IGHV3-63*01 P (41) 14q32.33 - - - 178001-182000 (74) V3-63P MAP M99681 [26] AB019437 [61] 180846-181313
IGHV3-63*02 P (41) 14q32.33 DP-81 Z15099 [61]
IGHV3-64 IGHV3-64*01 F (42) 14q32.33 + + + V3-64 MAP M99682 [26] YAC-6 MAP Z27505 [12]
IGHV3-64*02 F 14q32.33 + 170001-1478000 AB019437 [61] 175507-175802 DP-61 Z12361 [39]
IGHV3-64*03 F 14q32.33 f2 M77298 [28] (62)
IGHV3-64*04 F 14q32.33 f3 M77299 [28] (62)
IGHV3-64*05 F 14q32.33 p1 M77301 [28] (62)
IGHV3-64D (89) IGHV3-64D*06 F 14q32.33 + + CH17-224D4 KC713941 [72]
IGHV3-65 IGHV3-65*01 P (43) 14q32.33 - - - YAC-4 MAP Z27503 [12]
IGHV3-65*02 P 14q32.33 DA-4 Z29980 [12]
IGHV3-65*03 P 14q32.33 165001-170000 AB019437 [61] 166146-167448
IGHV3-66 IGHV3-66*01 F 14q32.33 + + + 8-1B MAP X92218 [5]
IGHV3-66*02 F 14q32.33 + YAC-5 MAP Z27504 [12]
IGHV3-66*03 F 14q32.33 155001-165000 AB019437 [61] 153482-158510 DP-86 Z27455 [65]
DA-9 Z29984 [12]
IGHV3-66*04 F 14q32.33 X70208 [50]
IGHV3-69-1 (82) IGHV3-69-1*01 P (71) 14q32.33 + - - IGHV3-h AJ879484 [68] IGHV3-h, DA-5 (75) Z29981 [12]
IGHV3-69-1*02 P (71) 14q32.33 + - - IGHV3-h AJ879485 [68] IGHV3-h, DA-5 (75) Z29981 [12]
IGHV3-71 IGHV3-71*01 P (47) 14q32.33 - - - 100001-108000 3-71P MAP AB019437 [61] 105684-106145 DP-34
IGH3-g Z12336 [39]
DA-10 Z29985 [12]
IGHV3-71*02 P (76) 14q32.33 GI3U2RK04EHO6K HM855875 [71]
IGHV3-71*03 P (76) 14q32.33 GI3U2RK01AUZ0A HM855455 [71]
IGHV3-72 IGHV3-72*01 F (44) 14q32.33 + + + 85001-100000 (74) 12-2 X92206 [5] DP-29 Z12331 [39]
AB019437 [61] 90150-90611
IGHV3-72*02 F 14q32.33 DA-3 Z29979 [12]
IGHV3-73 IGHV3-73*01 F 14q32.33 + + + MTGL X70197 [50] YAC-9 MAP Z27508 [12]
L15467
DA-11 Z29986 [12]
COS-27 MAP Z27451 [65]
IGHV3-73*02 F 14q32.33 75001-85000 (74) AB019437 [61] 78150-78611 AM940224 [70]
IGHV3-74 IGHV3-74*01 F 14q32.33 + + + 65001-75000 (74) L33851 [16] 13G12 D16832 [20]
DA-8 (75) Z30082 [12]
DP-53 Z12353 [39]
AB019437 [61] 70412-70867
IGHV3-74*02 F 14q32.33 + COS-6 MAP Z17392 [65] DA-8 (75) Z30082 [12]
IGHV3-74*03 F 14q32.33 + H11 MAP J00239 [29]
IGHV3-75 IGHV3-75*01 P (45) 14q32.33 - - - 55001-59000 (74) AB019437 [61] 57164-57633 COS-29 MAP Z27453 [65]
YAC-11 MAP Z27510 [12]
IGHV3-76 IGHV3-76*01 P (46) 14q32.33 - - - 55001-55000 AB019437 [61] 53003-53452 DP-41 Z12341 [39]
IGHV3-76*02 P 14q32.33 COS-21 MAP Z27445 [65] DA-12 Z30083 [12]
IGHV3-79 IGHV3-79*01 P 14q32.33 - - - 11001-14000 3-79P MAP AB019437 [61] 13237-13688
IGHV3-NL1 IGHV3-NL1*01 F 14q32.33 GI3U2RK04EG6KS HM855939 [71] (80)
IGHV4 IGHV4-4 IGHV4-4*01 F 14q32.33 V79/VIV-4b MAP X05713 [6,37] VH4.19 X56363 [31] (61)
IGHV4-4*02 F 14q32.33 + 4.41 X92232 [45] DP-70 Z12370 [39]
4d68 L10091 [43]
VH4-GL15 Z75350 [60] (62)
IGHV4-4*03 F 14q32.33 VH4-MC4 X92252 [8]
IGHV4-4*04 F 14q32.33 VH4-MC4a X92253 [8] (62)
IGHV4-4*05 F 14q32.33 VH4-MC4b X92254 [8] (62)
IGHV4-4*06 F 14q32.33 VH4-GL3 Z75355 [60] (62)
IGHV4-4*07 F 14q32.33 1-15000 (74) VIV-4 X62112 [37] 4.35 Z14240 [45]
AB019441 [61] 11002-11433
AY757303 [69] (73)
IGHV4-4*08 F 14q32.33 ABC10-44509600J4 KC713942 [72]
IGHV4-28 IGHV4-28*01 F 14q32.33 + + 105001-113000 (74) V12G-1 MAP X05714 [24] 1.9II X92222 [5]
DP-68 Z12368 [39]
3d28d MAP L10096 [33]
VH4.13 X56357 [31]
H2 M95112 [42]
VH4-GL5 Z75357 [60] (62)
AB019439 [61] 108596-109030
ABC11-47355000A14 KC162924 [72] complement(9518-9991)
ABC11-48019600E23 AC244464 [72]
IGHV4-28*02 F 14q32.33 hv4005 MAP M83133 [11] 3d24d MAP L10099 [33]
IGHV4-28*03 F 14q32.33 4.42 X92233 [45] (62)
IGHV4-28*04 F 14q32.33 VH4.14 X56358 [45] (62)
IGHV4-28*05 F 14q32.33 GI3U2RK01AQ31K HM855339 [71] VH4-MC7 X92260 [8] (62)
IGHV4-28*06 F 14q32.33 GI3U2RK04D16WY HM855782 [71]
IGHV4-28*07 F 14q32.33 CH17-60O17 KC713936 [72] CH17-60O17 AC245166 [72]
IGHV4-30-1 IGHV4-30-1*01 (69) F 14q32.33
IGHV4-30-2 IGHV4-30-2*01 F 14q32.33 + 3d216d MAP L10089 [33] DP-64 Z12364 [39]
VH4-GL12 Z75349 [60] (62)
CH17-60O17 AC245166 [72]
IGHV4-30-2*02 F 14q32.33 H12 M95122 [42] (62)
IGHV4-30-2*03 F 14q32.33 4.31 X92229 [45] (62)
IGHV4-30-2*04 F 14q32.33 VH4-GL17 Z75351 [60] (62)
IGHV4-30-2*05 F 14q32.33 GI3U2RK03DM755 HM855593 [71]
IGHV4-30-2*06 F 14q32.33 ABC11-47150400I4 KC713944 [72] ABC11-47355000A14 KC162924 [72] complement(34530-35006)
ABC11-47150400I4 AC231260 [72]
IGHV4-30-4 IGHV4-30-4*01 F 14q32.33 4.34 Z14238 [45] DP-78 Z14074 [39]
3d230d MAP L10100 [43]
ABC11-47354200D2 AC244456 [72]
IGHV4-30-4*02 F 14q32.33 4.34.2 Z14239 [45] (62)
IGHV4-30-4*03 F 14q32.33 VH4-MC9e X92274 [8] (62)
IGHV4-30-4*04 F 14q32.33 VH4-MC9f X92275 [8] (62)
IGHV4-30-4*05 F 14q32.33 VH4-GL2 Z75353 [60] (62)
IGHV4-30-4*06 F 14q32.33 VH4-GL8 Z75360 [60] (62)
IGHV4-30-4*07 F 14q32.33 ABC8-718240A7 KC713946 [72] ABC8-718240A7 AC244411 [72]
IGHV4-31 IGHV4-31*01 F 14q32.33 + + + 3d277d MAP L10098 [33]
IGHV4-31*02 F 14q32.33 82001-86000 (74) V4-31 MAP M99683 [26] VH4-GL6 Z75358 [60] (62)
AB019439 [61] (69) 83897-84334
IGHV4-31*03 F 14q32.33 + 4.33 Z14237 [45] (69) DP-65 Z12365 [39]
3d75d L10095 [43]
VH4-MC9 X92269 [8]
ABC11-49598600E10 KC162925 [72]
IGHV4-31*04 F 14q32.33 H10 M95120 [42] (62,69)
IGHV4-31*05 F 14q32.33 H11 M95121 [42] (62,69)
IGHV4-31*06 F 14q32.33 VH4-MC9a X92270 [8] (62,69)
IGHV4-31*07 F 14q32.33 VH4-MC9b X92271 [8] (62,69)
IGHV4-31*08 F 14q32.33 VH4-MC9c X92272 [8] (62,69)
IGHV4-31*09 F 14q32.33 VH4-MC9d X92273 [8] (62,69)
IGHV4-31*10 F 14q32.33 4.32 Z14235 [45] (62,69)
IGHV4-34 IGHV4-34*01 F 14q32.33 + + + 58001-62000 AB019439 [61] 59517-59949 VH5 MAP X92278 [3]
4d76 MAP L10090 [43]
VH4.21 X56364 [31]
DP-63 Z12363 [39]
VH4-GL20 Z75354 [60] (62)
ABC24-366M9 AC245243 [72]
CH17-60O17 AC245166 [72]
IGHV4-34*02 F 14q32.33 V4-34 MAP M99684 [26]
IGHV4-34*03 F 14q32.33 + VH4-MC5 X92255 [8] VH4-MC5b X92257 [8]
IGHV4-34*04 F 14q32.33 4.44 X92236 [45] (62)
IGHV4-34*05 F 14q32.33 4-44.3 X92237 [45] (62)
IGHV4-34*06 F 14q32.33 VH4-MC5a X92256 [8] (62)
IGHV4-34*07 F 14q32.33 VH4-MC5c X92258 [8] (62)
IGHV4-34*08 F 14q32.33 H3 M95113 [42] (62)
IGHV4-34*09 F 14q32.33 4.36 Z14241 [45] (62)
IGHV4-34*10 F 14q32.33 4.37 Z14242 [45] (62)
IGHV4-34*11 F 14q32.33 V58 X05716 [24] (62)
IGHV4-34*12 F 14q32.33 TouVH4.21 X56591 [56] (62)
IGHV4-34*13 F 14q32.33 VH4-GL4 Z75356 [60] (62)
IGHV4-38-2 (83) IGHV4-38-2*01 F 14q32.33 + + IGHV4-b, DP-67 Z12367 [39] IGHV4-b, VH4-4B X92289 [48]
IGHV4-38-2*02 F 14q32.33 + + ABC10-44145400L1 AC233755 [72] IGHV4-b, VH4.22 X56365 [31]
ABC10-44084700I10 KC162926 [72]
IGHV4-39 IGHV4-39*01 F 14q32.33 + + + 10001-13000 AB019439 [61] 11486-11924 4d154 MAP L10094 [43]
DP-79 Z14075 [39]
VH4.18 X56362 [31]
MLH4-1 X54447 [19]
VH4-GL19 Z75352 [60] (62)
IGHV4-39*02 F 14q32.33 V2-1 X05715 [31]
IGHV4-39*03 F 14q32.33 + VH4-MC6 X92259 [8]
IGHV4-39*04 F 14q32.33 G418 X92297 [21]
IGHV4-39*05 F 14q32.33 H6 M95116 [42] (62)
IGHV4-39*06 F 14q32.33 4.30 Z14236 [45] (62)
IGHV4-39*07 F 14q32.33 AM940222 [70] WI2-1707G1 AC241995 [72]
IGHV4-55 IGHV4-55*01 P (48) 14q32.33 - - - 25001-30000 (74) V4-55P MAP M99685 [26] DP-72 Z12372 [39]
4d64 L10092 [43]
VH4-MC8a X92262 [8]
AB019438 [61] 26980-27415
IGHV4-55*02 P 14q32.33 2.9II MAP X92223 [5] VH4-MC8 X92261 [8]
VH4MC8c X92264 [8]
IGHV4-55*03 P 14q32.33 VH4-MC8b X92263 [8] (62)
IGHV4-55*04 P 14q32.33 VH4-MC8d X92265 [8] (62)
IGHV4-55*05 P 14q32.33 VH4-MC8e X92266 [8] (62)
IGHV4-55*06 P 14q32.33 VH4-MC8f X92267 [8] (62)
IGHV4-55*07 P 14q32.33 VH4-MC8g X92268 [8] (62)
IGHV4-55*08 P 14q32.33 4.43 X92234 [45] (62)
IGHV4-55*09 P 14q32.33 4.43.4 X92235 [45] (62)
IGHV4-59 IGHV4-59*01 F 14q32.33 + + + 4001-9000 AB019438 [61] 5856-6287 3d197d L10088 [43]
VH4-MC2 X92248 [8]
DP-71 Z12371 [39]
hv4c2 U03896 [15]
VH4.11 X56355 [31]
VH4.15 X56359 [31] (49)
G411 X92296 [21]
IGHV4-59*02 F 14q32.33 V71.4 MAP M29812 [22]
IGHV4-59*03 F 14q32.33 H4 M95114 [42] (62)
IGHV4-59*04 F 14q32.33 H7 M95117 [42] (62)
IGHV4-59*05 F 14q32.33 H8 M95118 [42] (62)
IGHV4-59*06 F 14q32.33 H9 M95119 [42] (62)
IGHV4-59*07 F 14q32.33 VH4.16 X56360 [45] (62)
IGHV4-59*08 F 14q32.33 GI3U2RK01BDPLF HM855471 [71] DP-71RB X87091 [55] (62)
IGHV4-59*09 F 14q32.33 VH4-GL7 Z75359 [60] (62)
IGHV4-59*10 F 14q32.33 4.38 Z14243 [45] (62)
IGHV4-61 IGHV4-61*01 F 14q32.33 + + + V71-2 MAP M29811 [22] DP-66 Z12366 [39]
H1 M95111 [42]
VH4-MC3 X92249 [8]
VH4-MC3b X92251 [8]
VH4-GL1 Z75346 [60] (62)
IGHV4-61*02 F 14q32.33 3d279d MAP L10097 [43]
IGHV4-61*03 F 14q32.33 4.39 X92230 [45] (62)
IGHV4-61*04 F 14q32.33 VH4-MC3a X92250 [8] (62)
IGHV4-61*05 F 14q32.33 VH4.12 X56356 [45] (62)
IGHV4-61*06 ORF 14q32.33 VH4-GL10 Z75347 [60] (62) VH4-GL9 Z75361 [60] (62)
IGHV4-61*07 F 14q32.33 VH4-GL11 Z75348 [60] (62)
IGHV4-61*08 F 14q32.33 192001-195000 AB019437 [61] 193980-194417
IGHV4-80 IGHV4-80*01 P 14q32.33 - - - 7500-11000 4-80P MAP AB019437 [61] 8147-8547
IGHV5 IGHV5-10-1 (88,89) IGHV5-10-1*01 F 14q32.33 + + IGHV5-a, VH32 X92227 [31] (54)
IGHV5-10-1*02 F 14q32.33 + + IGHV5-a, VH32 MAP X92279 [18] (54)
IGHV5-10-1*03 F 14q32.33 + + IGHV5-a, VHVMW X56375 [31] (62) IGHV5-a, VHVRG X56374 [31] (62)
IGHV5-10-1*04 F 14q32.33 + + IGHV5-a, VHVBLK32 X56376 [31] (62)
IGHV5-51 IGHV5-51*01 F 14q32.33 + + + 53001-60000 (74) V5-51 MAP M99686 [26] DP-73 Z12373 [39]
VHVBLK X56373 [31]
VHVAU X56372 [31]
VHVCH X56370 [31]
VHVLB X56369 [31]
VHVTT X56371 [31]
V5-51UK Y12817 [65]
AB019438 [61] 54519-54814
IGHV5-51*02 F 14q32.33 + VH251 M18806 [36] (51)
IGHV5-51*03 F 14q32.33 + VHVCW X56368 [31] COS-24 MAP Z27448 [65]
IGHV5-51*04 F 14q32.33 VHVJB X56367 [31] (62)
IGHV5-51*05 F 14q32.33 COS-25 MAP Z27449 [65]
IGHV5-78 IGHV5-78*01 P 14q32.33 - - - 25001-40000 (74) MAP AB019437 [61] (52) 29780-30214 DP-80 Z14076 [39]
X92213 [61] (52) 29780-30214 1-v AB019437 [5] (52)
IGHV5-78*02 P 14q32.33 VH15 MAP X92281 [18] (53)
IGHV6 IGHV6-1 IGHV6-1*01 F 14q32.33 + + + 60001-80000 (74) 6-1G1/VH6 MAP J04097 [35] 6-1G1/VH6 X92224 [5]
DP-74 Z12374 [39]
VHVI MAP X92228 [31]
VHVIBLK X56382 [31]
VHVICH X56380 [31]
VHVICW X56381 [31]
VHVIIS X56377 [31]
VHVIJB X56379 [31]
VHIMW X56383 [31]
VHITE X56378 [31]
VH-VI X14089 [7]
X97051 [6]
AB019441 [61] 83485-83932
IGHV6-1*02 F 14q32.33 VHGL6.3 Z14223 [8]
IGHV7 IGHV7-4-1 IGHV7-4-1*01 F 14q32.33 + 4d275a MAP L10057 [46] DP-21 Z12323 [39]
IGHV7-4-1*02 F 14q32.33 + VI-4.1b MAP X62110 [37] (55)
IGHV7-4-1*03 F 14q32.33 7A.4 X92290 [57] (62)
IGHV7-4-1*04 F 14q32.33 GI3U2RK01A7SSY HM855485 [71]
IGHV7-4-1*05 F 14q32.33 GI3U2RK01AZGUL HM855361 [71]
IGHV7-27 IGHV7-27*01 P (56) 14q32.33 - - - 113001-117000 (74) V1-27P MAP M99643 [26] DP-9 Z12311 [39]
1d292 MAP L10060 [46]
AB019439 [61] 115183-115455
ABC11-47355000A14 KC162924 [72] complement(3086-3547)
ABC11-48019600E23 AC244464 [72]
H17-60O17 AC245166 [72]
IGHV7-34-1 IGHV7-34-1*01 P (99) 14q32.33 - - - 50001-58000 7-34.1P MAP AB019439 [61] 56018-56310 DP-18 Z12320 [39] (92)
1d101 L10059 [58] (92)
ABC24-366M9 AC245243 [72]
CH17-60O17 AC245166 [72]
IGHV7-34-1*02 P (77) 14q32.33 GI3U2RK03C4FQ4 HM855644 [71]
IGHV7-40 IGHV7-40*01 P (57) 14q32.33 - - - V1-40P MAP M99644 [26]
IGHV7-40*02 P 14q32.33 2-20 [47]
IGHV7-40*03 P 14q32.33 WI2-1707G1 AC241995 [72]
IGHV7-40*04 P 14q32.33 1-10000 AB019439 [61] 8075-8277
IGHV7-40D IGHV7-40D*01 P (91) 14q32.33 ABC10-44145400L1 AC233755 [72] ABC10-44084700I10 KC162926 [72]
IGHV7-56 IGHV7-56*01 P (58) 14q32.33 - - - V71-7 MAP M29810 [22]
IGHV7-56*02 P (59) 14q32.33 20001-25000 AB019438 [61] 23335-23769 DP-13 Z12315 [39]
IGHV7-77 NL IGHV7-77*01 14q32.33 (64)
IGHV7-81 IGHV7-81*01 ORF (93) 14q32.33 - - - 3501-7500 AB019437 [61] 6315-6751 YAC-10 MAP Z27509 [12] (31)
1d37 MAP L10058 [46]
IGHV7-NL1 NL IGHV7-NL1*01 P 14q32.33 7A.10 X92291 [57]
IGHV7-NL1*02 P 14q32.33 7A.16 X92292 [57]
IGHV7-NL1*03 P 14q32.33 7A.18 X92293 [57]
IGHV7-NL1*04 P 14q32.33 7E.2 X92294 [57]
IGHV7-NL1*05 P 14q32.33 7R.9 X92295 [57]

(st): sterile transcript.
NL: Not localized in the locus.
MAP: Mapped reference sequences.

IMGT notes:
  1. (1) May be defective on structural grounds [Chothia et al., J. Mol. Biol., 227, 799-817 (1992)].
  2. (2) Truncated V-GENE with completely divergent 3' region.
  3. (3) Frameshifts in V-REGION .
  4. (4) INSERTION and DELETION of one nucleotide in FR1-IMGT and FR2-IMGT respectively.
  5. (5) DELETION of one nucleotide in FR2.
  6. (6) Absence of the conventional DONOR-SPLICE site (ngc instead of ngt) at the 5' end of the L-PART1, however this V-GENE has been seen rearranged in vivo.
  7. (7) The DELETION of nucleotides 208 to 248 in M99645 EMBL flat file is probably a typing error. This DELETION does not exist in the paper.
  8. (8) INSERTION of 4 nucleotides (tacc) between codons 28 and 29 in the FR1 leading to a frameshift.
  9. (9) The sequence described in the manuscript is different from the one submitted to the EMBL data library. We refer to the sequence published in the original manuscript .
  10. (10) Unusual V-HEPTAMER sequence (cacaaag instead of cacagtg) but this V-GENE has been seen rearranged.
  11. (11) Unusual V-HEPTAMER and V-NONAMER sequences (cacaaag and acaaaaccc instead of cacagtg and acaaaaacc). g100>del ,g107>del, g117>del may result from sequencing errors in X62108. The sequence is probably identical to allele *02 with a CDR1-IMGT of 10 aminoacids, like the other IGHV2 subgroup genes.
  12. (12) In frame STOP-CODON and recombination signal sequences not conserved.
  13. (13) Unusual V-HEPTAMER sequence (cacagag instead of cacagtg) but this V-GENE has been seen rearranged.
  14. (14) DELETION of one nucleotide in FR1 and unusual V-HEPTAMER sequence (tacggta).
  15. (15) Differs from the prototype sequence by DELETIONs.
  16. (16) Unusual V-HEPTAMER sequence : tcctgtg instead of cacagtg.
  17. (17) Unusual V-HEPTAMER sequence : cactgtg instead of cacagtg, ACCEPTOR-SPLICE site at the 5' side of the V-EXON and second part of the leader exon (L-PART2) are missing.
  18. (18) V-NONAMER sequence (acacaaacg) differs from the family consensus: acacaaacc but this V-GENE has been seen rearranged.
  19. (19) In frame STOP-CODON at position 67 in FR3-IMGT, CONSERVED-TRP (tgg) residue at the beginning of FR2 is replaced by GLY (ggg).
  20. (20) VH26 [J00236, Matthyssens and Rabbitts, P.N.A.S U.S.A, 77, 6561-6565 (1980)] corrected by Chen et al. (M83136).
  21. (21) In frame STOP-CODON, CONSERVED_TRP (tgg) residue at the beginning of FR2 is replaced by CYS (tgt).
  22. (22) In frame STOP-CODON and unusual V-HEPTAMER and V-NONAMER sequences.
  23. (23) The M77323 sequence (Baj clone) has 1 nt deletion compared to the one displayed in figure 3 of Olee et al., J. Clin. Invest., 88, 193-203 (1991) [27]. As the gene is described as functional in the manuscript, one missing nt has been added at position 286 (codon 96) in the IMGT/GENE-DB reference sequence and in Alignment of alleles to maintain the reading frame.
  24. (24) In frame STOP-CODON and unusual V-HEPTAMER and V-NONAMER sequences.
  25. (25) Unusual V-HEPTAMER sequence : cactgtg instead of cacagtg, may be defective on structural grounds [Chothia et al., J. Mol. Biol., 227, 799-817 (1992)].
  26. (26) Translational frameshift in FR1 and STOP-CODON, no recombination signal sequences.
  27. (27) DELETION of 2 nucleotides in CDR2 leading to a frameshift after residue 61 and STOP-CODON.
  28. (28) ORF because this gene has not been found rearranged.
  29. (29) In frame STOP-CODON in FR2 and 1 bp DELETION leading to a frameshift after residue 70 in FR3-IMGT.
  30. (30) One nucleotide INSERTION between codons 15, 16 in the FR1 leading to a frameshift and STOP-CODON.
  31. (31) Partial sequence whose functionality has been assigned by comparison to another sequence of the gene.
  32. (32) Missing translation initiation codon and frameshift after residue 80 in the FR3 due to one nucleotide DELETION.
  33. (33) This gene was considered as ORF but sequencing of the complete locus shows that the leader of this gene miss translation initiation codon.
  34. (34) V-NONAMER sequence (acacagacc) differs from the subgroup consensus: acacaaacc.
  35. (35) In frame STOP-CODON in the leader exon and frameshift after residue 11 in the FR1.
  36. (36) In frame STOP-CODON in the FR1.
  37. (37) In frame STOP-CODON and unusual recombination signal sequences.
  38. (38) The sequence described in the manuscript is different from the one submitted to the EMBL data library. We refer to the sequence published in the original manuscript. Deleterious mutations throughout the V-GENE affecting translation initiation, RNA spicing, frameshifts and recombination signals.
  39. (39) The sequence described in the manuscript is different from the one submitted to the EMBL data library. We refer to the sequence published in the original manuscript. STOP-CODON at position 66 and mutation in the V-HEPTAMER recombination signal.
  40. (40) The sequence described in the manuscript is different from the one submitted to the EMBL data library. We refer to the sequence published in the original manuscript. STOP-CODON at position 46 and mutation in the V-HEPTAMER recombination signal.
  41. (41) In frame STOP-CODONs and not canonical recombination signal sequences.
  42. (42) V-NONAMER differs from the subgroup consensus: acacaaacc but this V-GENE has been seen rearranged.
  43. (43) Frameshift at the end of FR1.
  44. (44) Unusual V-HEPTAMER recombination signal sequence: cacagcg instead of cacagtg this V-GENE has been seen rearranged.
  45. (45) Frameshifts in V-REGION.
  46. (46) In frame STOP-CODON and DELETION of 2 nucleotides at the end of FR2 leading to a translational frameshift.
  47. (47) In frame STOP-CODON in CDR2.
  48. (48) In frame STOP-CODON in CDR1 at position 35.
  49. (49) The sequence described in the manuscript is different from the one submitted to the EMBL data library. We refer to the sequence submitted to the EMBL data library (X56359).
  50. (50) Germline transcript.
  51. (51) VH251 (M18806, Shen et al.) corrected by Sanz et al (X92226). The sequence (X92226) described in the manuscript is different from the one submitted to the EMBL data library : one nucleotide (g) inserted in the file compared to the publication. Correction asked to EMBL by IMGT and the authors (Capra, D.). Corrected 6th December 1996.
  52. (52) 25 bp DELETION in the immediate 3' flank resulting in loss of the V-HEPTAMER and part of the spacer region [J. Exp. Med., 173, 1529-1535 (1991)]In addition in X92213, but not in the other sequences, there is an incorrect translation frame due to the INSERTION of two nucleotides (a730 and a732) in L-PART2, but these insertions may represent sequencing errors.
  53. (53) One nucleotide INSERTION in L-PART1 and two nucleotides DELETIONS in CDR2 leading to a frameshift; 25 bp DELETION resulting in loss of the V-HEPTAMER and part of the spacer region [J. Exp. Med., 173, 1529-1535 (1991)].
  54. (54) VH32 (X92279, Humphries et al.) corrected by Sanz et al. (X92227). The absence of nt in codon 96 in the sequence X92279 (c288>del compared with X92227) is a sequencing error because of an expressed cDNA (U00543) has been described. Therefore, the functionality of IGHV5-a*02 has been changed from pseudogene (P) to functional (F).
  55. (55) Or VI-4.1b: extraordinary polymorphic allele [EMBO J., 10, 3641-3645 (1991)]. V-NONAMER sequence differs from the subgroup consensus: tctaaaacc.
  56. (56) In frame STOP-CODON and 14 bp DELETION between codons 87 and 88 in the FR3.
  57. (57) Undetermined 5' region.
  58. (58) In frame STOP-CODON at position 27.
  59. (59) In frame STOP-CODON in FR1, 3 nucleotides DELETION in codon 52, 53 and 61 in CDR2 and one nucleotide INSERTION leading to translational frameshifts.
  60. (60) The INSERTION of one nucleotide between position 195 and 196 in M99646 EMBL flat file is probably a typing error. This insertion does not exist in the paper.
  61. (61) The two substitutions c46>t (P16>S) and g308>a (C103>Y) in the X56363 EMBL flat file are probably typing errors. These substitutions do not exist in the publication (VH4.19, Figure 1, Sanz I. et al. EMBO J. 1989, 8(12): 3741-3748. PMID: 2511001. The codon R106 (aga) also missing in the flat file has been added in the Alignment of alleles.
  62. (62) This sequence has been assigned by IMGT to a previously described gene by sequence alignment.
  63. (63) In EMBL/GenBank flat file, intron is missing. Request has been done by IMGT/LIGM-DB annotators for sequence correction.
  64. (64) not found by Matsuda et al. J. Exp. Med. 188, 1-15 (1998).
  65. (65) Unusual V-HEPTAMER (caccatg instead of cacagtg).
  66. (66) ORF because Tyrosine (tat) instead of the 2nd-CYS at position 104.
  67. (67) Functionality is not determined because the sequence is too partial.
  68. (68) Except for the IGHV3-30-5*01 (AC244456 and KC162925) and the IGHV3-30-5*02 (AC245243), sequences of the polymorphic IGHV3-30-5 gene cannot be differenciated from those of the IGHV3-30 gene. All sequences are described therefore as "IGHV3-30 alleles" by comparison to the allele *01 of IGHV3-30 (M83134).However, it is not excluded that some of these "alleles" belong exclusively to the IGHV3-30-5 gene.
  69. (69) Sequences of the polymorphic IGHV4-30-1 gene cannot be differenciated from those of the IGHV4-31 gene.All sequences are described therefore as "IGHV4-31 alleles" by comparison to the allele *01 of IGHV4-31 (L10098).However, it is not excluded that some of these "alleles" belong exclusively to the IGHV4-30-1 gene.
  70. (70) Frameshifts in FR1-IMGT and CDR1-IMGT.
  71. (71) Missing translation initiation codon, (atg) is replaced by (aag)
  72. (72) "IGHV3-23*04" being assigned to AJ879486 in IMGT/GENE-DB, the sequence AY757302 was assigned to IGHV3-23*05 by IMGT-NC and represents the IMGT reference sequence for the IGHV3-23*05 allele.
  73. (73) AY757303 is a representative of IGHV4-4*07 (100% similarity in the V-REGION) and was added in "Other Sequences from the literature" in IMGT/GENE-DB for IGHV4-4*07 allele.
  74. (74) Arbitrary limits of the DNA sequence assigned to the different IGHV genes. V-GENE positions are those in the Accession numbers AB019437, AB019438, AB019439, AB019440, AB019441.
  75. (75) It is not possible to assign these sequences to a single allele (owing, for example, to their partiality).
  76. (76) In frame STOP-CODON in FR3-IMGT
  77. (77) In frame STOP-CODONs in FR2-IMGT, No CONSERVED 1st-CYS
  78. (78) C41 instead of W.(other alleles are Pseudo owing to a codon stop in 103.In HM855898 the codon stop is replaced by a Y).
  79. (79) ORF because first Cys is replaced by Arginine.
  80. (80) IMGT note: The sequence HM855939 obtained by Next Generation Sequencing (NGS) has the features of a chimeric sequence between two different genes belonging to the Homo sapiens IGHV3 subgroup (IGHV3-30*02 in 5' and IGHV3-23 or IGHV3-66 in 3'). Five other sequences obtained from NGS reads, HM855685, HM855784, HM855853, HM855863 and HM855880, are most probably duplicate copies of the same unique chimeric sequence. These chimeric sequences (HM855939 and the five duplicates) need therefore to be confirmed by analysis of other genomic and mapped germline clones (M-P. Lefranc, 17/12/10).
  81. (81) 1st-CYS is replaced by Phe.
  82. (82) The definitive IMGT gene name IGHV3-69-1 has been assigned to IGHV3-h owing to its localization in AC245023 and AC245094 [Watson C.T. et al., Am. J. Hum. Genet., 92, 1-17 (2013)].
  83. (83) The definitive IMGT gene name IGHV4-38-2 has been assigned to IGHV4-b owing to its localization in AC233755 and KC162926 [Watson C.T. et al., Am. J. Hum. Genet., 92, 1-17 (2013)].
  84. (84) The definitive IMGT gene name IGHV1-69-2 has been assigned to IGHV1-f owing to its localization in AC245023 and AC245094 [Watson C.T. et al., Am. J. Hum. Genet., 92, 1-17 (2013)].
  85. (85) The definitive IMGT gene name IGHV1-38-4 has been assigned to IGHV1-c owing to its localization in AC241995 and AC234225 [Watson C.T. et al., Am. J. Hum. Genet., 92, 1-17 (2013)].
  86. (86) The definitive IMGT gene name IGHV3-38-3 has been assigned to IGHV3-d owing to its localization in AC241995 and AC234225 [Watson C.T. et al., Am. J. Hum. Genet., 92, 1-17 (2013)].
  87. (87) Non canonical DONOR-SPLICE: nat instead of ngt
  88. (88) The definitive IMGT gene name IGHV5-10-1 has been assigned to IGHV5-a owing to its localization in AC245085 and AC247036 [Watson C.T. et al., Am. J. Hum. Genet., 92, 1-17 (2013)].
  89. (89) The IGHV5-10-1 (F) and IGHV3-64D (F) genes have been described as a CNV and localized as an alternative to the presence of IGHV2-10 (P), IGHV3-9 (F) and IGHV1-8 (F) in one haplotype [Watson C.T. et al., Am. J. Hum. Genet., 92, 1-17 (2013)].
  90. (90) STOP-CODON in L-PART1 and frameshifts and STOP-CODONs in V-REGION.
  91. (91) Frameshifts and STOP-CODONs in V-REGION.
  92. (92) The sequences Z12320 and L10059 previously designated as IGHV7-40*03 have been shown to correspond to allele IGHV7-34-1*01 (06/03/2014).
  93. (93) ORF because non usual V-HEPTAMER, CACCATG instead of CACAGTG.
  94. (94) In frame STOP-CODONs in L-PART1 and V-REGION.
  95. (95) In frame STOP-CODONs in V-EXON and no V-RS.
  96. (96) In frame STOP-CODONs in V-REGION.
  97. (97) In-frame STOP-CODON: one in FR1-IMGT at position 24 and two in FR2-IMGT at positions 43 and 55.
  98. (98) In frame STOP-CODONs in V-REGION at positions AA 38, 52 and 106.
  99. (99) In frame STOP-CODON in L-PART1, in frame STOP-CODONs in V-REGION at positions AA 43, 44 and 54
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See also (IMGT Scientific chart):