Citing IMGT databases: Manso T. et al. IMGT® databases, related tools and web resources through three main axes of research and development. Nucleic Acids Res. 2022 Jan 7;50(D1):D1262-D1272. doi: 10.1093/nar/gkab1136 PMID: 34875068 Free PMC article.
Program version: v. 

Add the possibility to obtain a gene table per strain (for mouse now and for other species later) and allotypes/isotypes for human.
September 25th, 2024.

Bibliographical references in alphabetic order, small design changes and addition of "NL" for non-localized gene.
June 14th, 2024.

Addition of 'Score for IMGT allele confirmation' as well as NCBI TPA accession numbers.
September 20th, 2023.

Implementation of the dynamic gene table.

Gene table legend:

"+" 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 in 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.

IMGT allele confirmation: A scoring system is employed to indicate the number of IMGT/LIGM-DB reference sequences and other sequences from the literature in which an IG or TR gene allele has been identified and annotated.

A single star ()
indicates that an IG or TR gene allele is annotated in the reference sequence only.
Two stars ()
indicate that an IG or TR gene allele is annotated in its reference sequence and in one sequence from the literature.
Three stars ()
indicate that an IG or TR gene allele is annotated in its reference sequence and in at least two sequences from the literature.
In the Excel file, the stars are represented by the plus symbol (+).
Click on:
  • IMGT gene name to get the corresponding IMGT/GENE-DB entry (link).
  • IMGT allele name to see the corresponding Alignments of alleles (link).
  • Accession number to get the corresponding IMGT/LIGM-DB entry (link).
  • MAP: mapped sequences. Click to access GENE-DB «LOCALIZATION IN GENOME ASSEMBLIES» (link).
  • [number] to access the corresponding IMGT reference (popover).
  • (number) to see the corresponding IMGT note (popover).
Options:
  • You can show/hide columns (), download data () or put the table in fullscreen () using buttons.
See also (IMGT Scientific chart):
Select a species and a IMGT group to get the gene table:
Only IMGT available species/group are shown in the drop-down list.
The gene table can take several seconds to appear, please be patient.
Following articles were used for nomenclature:
Unified nomenclature of Ig VH genes in rainbow trout (Oncorhynchus mykiss): definition of eleven VH families
Roman, T et al. “Unified nomenclature of Ig VH genes in rainbow trout (Oncorhynchus mykiss): definition of eleven VH families.” Immunogenetics vol. 43,5 (1996): 325-6. doi:10.1007/BF02441003
Evolutionary stability of the immunoglobulin heavy chain variable region gene families in teleost
Andersson, E, and T Matsunaga. “Evolutionary stability of the immunoglobulin heavy chain variable region gene families in teleost.” Immunogenetics vol. 47,3 (1998): 272-7. doi:10.1007/s002510050357
Diversity of the immunoglobulin heavy chain in the Atlantic salmon (Salmo salar L.) is contributed by genes from two parallel IgH isoloci
Solem, S T et al. “Diversity of the immunoglobulin heavy chain in the Atlantic salmon (Salmo salar L.) is contributed by genes from two parallel IgH isoloci.” Developmental and comparative immunology vol. 25,5-6 (2001): 403-17. doi:10.1016/s0145-305x(01)00008-8
Gene table of Atlantic salmon (Salmo salar) IGHV IMGT group:
IMGT sub­groupIMGT gene nameIMGT allele nameScore for
IMGT allele
confirmation
FctChromosomosal
localization
R T PrIMGT/LIGM-DB reference sequencesIMGT/LIGM-DB sequences from the literature
Clone namesStrainAccession
numbers
Positions
in the sequence
(L-V-GENE-UNIT)
or V-REGION (*)
Secondary
accession
numbers
Clone namesStrainAccession
numbers
Positions
in the sequence
(L-V-GENE-UNIT)
or V-REGION (*)
IGHV1IGHV1-2 IGHV1-2*01 (1) ssa06 IGHAV1-13 GU129139 [3] complement(741220-741477) *
IGHV1IGHV1D-3 IGHV1D-3*01 (2) ssa03 GU129140 [3] 929724-930356
IGHV1IGHV1D-4 IGHV1D-4*01 (3) ssa03 GU129140 [3] complement(927654-927933) *
IGHV1IGHV1-5 IGHV1-5*01 (4) ssa06 GU129139 [3] complement(<733591-733836) *
IGHV1IGHV1D-5 IGHV1D-5*01 (5) ssa03 IGHBV1-17 GU129140 [3] complement(925147-925442) *
IGHV1IGHV1D-7-2 IGHV1D-7-2*01 (6) ssa03 GU129140 [3] complement(916249-916539) *
IGHV1IGHV1-10 IGHV1-10*01 (7) ssa06 GU129139 [3] 694816->695015 *
IGHV1IGHV1D-14 IGHV1D-14*01 F ssa03
RTPr
++
IGHBV1-13 GU129140 [3] 880714-881248
IGHV1IGHV1-18-1 IGHV1-18-1*01 (8) ssa06 GU129139 [3] complement(634177-634891)
IGHV1IGHV1-21 IGHV1-21*01 F ssa06
RTPr
++
IGHAV1-05 GU129139 [3] complement(620947-621431) CM003284.1, AV05 double haploid IMGT000028 complement(1465795-1466279)
IGHV1IGHV1-25 IGHV1-25*01 (9) ssa06 IGHAV14-02 GU129139 [3] complement(<602920-603039) *
IGHV1IGHV1D-25 IGHV1D-25*01 F ssa03
RTPr
++
IGHBV1-01 GU129140 [3] 813026-813498
IGHV1IGHV1D-25 IGHV1D-25*02 F ssa03 CM003281.1, BV29 double haploid IMGT000029 (196) 1663795-1664267
IGHV1IGHV1-25-1 IGHV1-25-1*01 (10) ssa06 GU129139 [3] complement(602376->602526) *
IGHV1IGHV1-30 IGHV1-30*01 (11) ssa06 IGHAV5-01 GU129139 [3] complement(589621-589901) * CM003284.1, AV12 double haploid IMGT000028 complement(1342847-1343286)
IGHV1IGHV1D-32 IGHV1D-32*01 (12) ssa03 IGHBV1-11 GU129140 [3] 794184-794602
IGHV1IGHV1-34 IGHV1-34*01 ORF (13) ssa06 IGHAV1-10 GU129139 [3] complement(572570-573054)
IGHV1IGHV1-34 IGHV1-34*02 ORF (13) ssa06 CM003284.1, AV07 double haploid IMGT000028 (196) complement(1417617-1418101)
IGHV1IGHV1D-34 IGHV1D-34*01 F ssa03 IGHBV1-14 GU129140 [3] 792043-792593 CM003281.1, BV27 double haploid IMGT000029 1645805-1646355
IGHV1IGHV1-36 IGHV1-36*01 (14) ssa06 GU129139 [3] complement(<569822-570061) *
IGHV1IGHV1-40 IGHV1-40*01 (15) ssa06 IGHAV1-02 GU129139 [3] complement(553692-553989) * CM003284.1, AV10P double haploid IMGT000028 complement(1398823-1399308)
IGHV1IGHV1-40 IGHV1-40*02 (16) ssa06 g11.5 Y12455 [2] (196) 141-626
IGHV1IGHV1-42 IGHV1-42*01 (17) ssa06 IGHAV1-06 GU129139 [3] complement(546713-547005) * g11.5 Y12453 [2] 414-901
IGHV1IGHV1D-44-3 IGHV1D-44-3*01 (18) ssa03 GU129140 [3] 720069-720339 *
IGHV1IGHV1-47 IGHV1-47*01 (19) ssa06 GU129139 [3] complement(<539740-539961) *
IGHV1IGHV1D-49 IGHV1D-49*01 (20) ssa03 GU129140 [3] complement(693896->694131) * CM003281.1, BV36 double haploid IMGT000029 1786713-1787008 *
IGHV1IGHV1D-49-1 IGHV1D-49-1*01 (21) ssa03 GU129140 [3] complement(693107->693218) *
IGHV1IGHV1D-50-1 IGHV1D-50-1*01 (22) ssa03 GU129140 [3] 689701->689775 *
IGHV1IGHV1-52 IGHV1-52*01 (23) ssa06 IGHAV1-17 GU129139 [3] complement(528736-529020) *
IGHV1IGHV1-54 IGHV1-54*01 (24) ssa06 IGHAV1-16 GU129139 [3] 499118-499786
IGHV1IGHV1-55 IGHV1-55*01 (25) ssa06 IGHAV1-11 GU129139 [3] 489833-490108 * CM003284.1, AV34 double haploid IMGT000028 10554-10829 *
IGHV1IGHV1D-55 IGHV1D-55*01 (26) ssa03 IGHBV1-12 GU129140 [3] 683422-683880
IGHV1IGHV1D-57 IGHV1D-57*01 (27) ssa03 IGHBV9-07 GU129140 [3] <668450-668573 *
IGHV1IGHV1-62 IGHV1-62*01 (28) ssa06 GU129139 [3] 463470-463751 *
IGHV1IGHV1D-62 IGHV1D-62*01 F ssa03 IGHBV1-07 GU129140 [3] 653384-653870 CM003281.1, BV06 double haploid IMGT000029 906825-907311
IGHV1IGHV1-64 IGHV1-64*01 F ssa06 GU129139 [3] 461055-461534
IGHV1IGHV1D-67 IGHV1D-67*01 (29) ssa03 GU129140 [3] 622346-622618 *
IGHV1IGHV1D-69 IGHV1D-69*01 F ssa03 IGHBV1-05 GU129140 [3] 619315-619795 CM003281.1, BV09 double haploid IMGT000029 917682-918162
IGHV1IGHV1-70 IGHV1-70*01 (30) ssa06 GU129139 [3] 425308-425612 *
IGHV1IGHV1-73 IGHV1-73*01 F ssa06
RTPr
++
IGHAV1-14 GU129139 [3] 401645-402191
IGHV1IGHV1D-74 IGHV1D-74*01 (31) ssa03 IGHBV5-02 GU129140 [3] 612277-612578 * CM003281.1, BV07P double haploid IMGT000029 908825-910315
IGHV1IGHV1-79-1 IGHV1-79-1*01 F ssa06 GU129139 [3] 351359-351844
IGHV1IGHV1D-81 IGHV1D-81*01 (32) ssa03 GU129140 [3] 584190-584492 *
IGHV1IGHV1-87 IGHV1-87*01 (25) ssa06 IGHAV1-12 GU129139 [3] 306652-306927 *
IGHV1IGHV1D-87 IGHV1D-87*01 F ssa03 GU129140 [3] 568864-569350
IGHV1IGHV1D-91 IGHV1D-91*01 (33) ssa03 IGHBV1-09 GU129140 [3] 525182-525630
IGHV1IGHV1D-93 IGHV1D-93*01 (34) ssa03 IGHBV1-16 GU129140 [3] 508793-509091 *
IGHV1IGHV1-96 IGHV1-96*01 (35) ssa06 IGHAV1-15 GU129139 [3] 267822-268250
IGHV1IGHV1D-97 IGHV1D-97*01 F ssa03 IGHBV1-02 GU129140 [3] 500234-500708 CM003281.1, BV15 double haploid IMGT000029 1346806-1347298
IGHV1IGHV1-98 IGHV1-98*01 (36) ssa06 GU129139 [3] 265627-266430
IGHV1IGHV1-100 IGHV1-100*01 F ssa06 IGHAV1-08 GU129139 [3] 263744-264223 CM003284.1, AV18 double haploid IMGT000028 1296863-1297342
IGHV1IGHV1D-101 IGHV1D-101*01 (37) ssa03 IGHBV1-18 GU129140 [3] 481225-481668
IGHV1IGHV1-104 IGHV1-104*01 (38) ssa06 GU129139 [3] complement(247788-248466) CM003284.1, AV22 double haploid IMGT000028 complement(1280907-1281575)
IGHV1IGHV1D-106-1 IGHV1D-106-1*01 (28) ssa03 GU129140 [3] 446038-446310 *
IGHV1IGHV1D-108 IGHV1D-108*01 F ssa03 IGHBV1-04 GU129140 [3] 443007-443487 CM003281.1, BV09 double haploid IMGT000029 917682-918162
IGHV1IGHV1D-114 IGHV1D-114*01 (39) ssa03 IGHBV5-01 GU129140 [3] 435840-436403 CM003281.1, BV07P double haploid IMGT000029 908825-910315
IGHV1IGHV1-117 IGHV1-117*01 F ssa06
RTPr
++
IGHVA1-07 GU129139 [3] 191174-191642 CM003284.1, AV29 double haploid IMGT000028 1185783-1186269
IGHV1IGHV1-118 IGHV1-118*01 (40) ssa06 GU129139 [3] <184120-184320 *
IGHV1IGHV1D-121 IGHV1D-121*01 (41) ssa03 GU129140 [3] 407446-407748 *
IGHV1IGHV1-122 IGHV1-122*01 (42) ssa06 IGHAV1-09 GU129139 [3] 168721-169203 CM003284.1, AV31 double haploid IMGT000028 1162340-1162822
IGHV1IGHV1D-128 IGHV1D-128*01 F ssa03 IGHBV1-06 GU129140 [3] 385382-385868 CM003281.1, BV21 double haploid IMGT000029 1422273-1422759
IGHV1IGHV1D-128 IGHV1D-128*02 F ssa03 g1.1 Y12452 [2] (196) 372-859
IGHV1IGHV1D-132 IGHV1D-132*01 (43) ssa03 IGHBV1-08 GU129140 [3] 346581-347002
IGHV1IGHV1D-132 IGHV1D-132*02 (43) ssa03 CM003281.1, BV19 double haploid IMGT000029 (196) 1384125-1384546
IGHV1IGHV1D-134 IGHV1D-134*01 (44) ssa03 IGHBV1-15 GU129140 [3] 336382-336680 *
IGHV1IGHV1D-136 IGHV1D-136*01 F ssa03 IGHBV1-10 GU129140 [3] 334104-334655 CM003281.1, BV18 double haploid IMGT000029 1371668-1372219
IGHV1IGHV1D-139 IGHV1D-139*01 ORF (45) ssa03
RTPr
++
IGHBV1-03 GU129140 [3] 324298-325015
IGHV1IGHV1DS1 NL IGHV1DS1*01 F ssa03 CM003281.1, BV13 double haploid IMGT000029 (196) complement(1298448-1298940)
IGHV1IGHV1S1 NL IGHV1S1*01 F ssa06 CM003284.1, AV11 double haploid IMGT000028 (196) complement(1385680-1386164)
IGHV1IGHV1DS2 NL IGHV1DS2*01 F ssa03 CM003281.1, BV06 double haploid IMGT000029 (196) 906825-907311
IGHV1IGHV1S2 NL IGHV1S2*01 (46) ssa06 CM003284.1, AV12 double haploid IMGT000028 (196) complement(1342847-1343286)
IGHV1IGHV1DS3 NL IGHV1DS3*01 ORF (45) ssa03 CM003281.1, BV02 double haploid IMGT000029 (196) complement(176882-177487)
IGHV1IGHV1S3 NL IGHV1S3*01 (25) ssa06 CM003284.1, AV34 double haploid IMGT000028 (196) 10554-10829 *
IGHV1IGHV1DS4 NL IGHV1DS4*01 (47) ssa03 g12.2 Y12454 [2] (196) 294-788
IGHV2IGHV2D-12 IGHV2D-12*01 F ssa03
RTPr
++
IGHBV2-01 GU129140 [3] 894085-894627
IGHV2IGHV2D-12 IGHV2D-12*02 (48) ssa03 CM003281.1, BV34 double haploid IMGT000029 1752766-1753306
IGHV2IGHV2D-30 IGHV2D-30*01 F ssa03
RTPr
++
IGHBV2-05 GU129140 [3] 800786-801335 CM003281.1, BV28 double haploid IMGT000029 1654461-1655010
IGHV2IGHV2D-39 IGHV2D-39*01 F ssa03 IGHBV2-06 GU129140 [3] 776857-777396 CM003281.1, BV25 double haploid IMGT000029 1630619-1631158
IGHV2IGHV2D-40 IGHV2D-40*01 (49) ssa03 IGHBV2-07 GU129140 [3] 775670-776183
IGHV2IGHV2-60 IGHV2-60*01 F ssa06 IGHAV2-02 GU129139 [3] 477445-477993 CM003284.1, AV15 double haploid IMGT000028 1324317-1324865
IGHV2IGHV2D-63 IGHV2D-63*01 (49) ssa03 IGHBV2-02 GU129140 [3] 652029-652519
IGHV2IGHV2D-88 IGHV2D-88*01 (50) ssa03 IGHBV2-03 GU129140 [3] 559012-559337 *
IGHV2IGHV2-92 IGHV2-92*01 F ssa06 IGHAV2-01 GU129139 [3] 291342-291890
IGHV2IGHV2D-129 IGHV2D-129*01 (51) ssa03 IGHBV2-04 GU129140 [3] 375313-375872
IGHV2IGHV2D-146 IGHV2D-146*01 (52) ssa03 GU129140 [3] 275002-275297 *
IGHV3IGHV3D-7 IGHV3D-7*01 (53) ssa03 IGHBV3-02 GU129140 [3] complement(922648-923136)
IGHV3IGHV3D-9 IGHV3D-9*01 (54) ssa03 GU129140 [3] complement(911254->911503) *
IGHV3IGHV3-11-1 IGHV3-11-1*01 (55) ssa06 GU129139 [3] complement(679792->679915) *
IGHV3IGHV3D-47 IGHV3D-47*01 (56) ssa03 GU129140 [3] 704331-704627 *
IGHV3IGHV3D-54 IGHV3D-54*01 (2) ssa03 IGHBV3-01 GU129140 [3] 684425-684933
IGHV3IGHV3-61 IGHV3-61*01 (57) ssa06 GU129139 [3] 465131-465436 *
IGHV3IGHV3-86-1 IGHV3-86-1*01 (27) ssa06 GU129139 [3] <315161-315284 *
IGHV3IGHV3-93 IGHV3-93*01 (58) ssa06 IGHAV3-02 GU129139 [3] 276475-277349
IGHV3IGHV3D-105-1 IGHV3D-105-1*01 (59) ssa03 GU129140 [3] 459995-460294 *
IGHV3IGHV3-111 IGHV3-111*01 F ssa06 IGHVA3-01 GU129139 [3] 198624-199122
IGHV3IGHV3-111 IGHV3-111*02 F ssa06 CM003284.1, AV27 double haploid IMGT000028 (196) 1195075-1195573
IGHV3IGHV3DS1 NL IGHV3DS1*01 F ssa03 CM003281.1, BV04 double haploid IMGT000029 (196) complement(182032-182549)
IGHV4IGHV4-1 IGHV4-1*01 (60) ssa06 GU129139 [3] 756759-757034 *
IGHV4IGHV4D-1 IGHV4D-1*01 (61) ssa03 IGHBV4-02 GU129140 [3] 955352-955640 * CM003281.1, BV01 double haploid IMGT000029 55931-56640
IGHV4IGHV4-4 IGHV4-4*01 (33) ssa06 IGHAV4-07 GU129139 [3] complement(736435-736920)
IGHV4IGHV4D-7-1 IGHV4D-7-1*01 (62) ssa03 GU129140 [3] complement(<916882-917049) *
IGHV4IGHV4D-8-1 IGHV4D-8-1*01 (63) ssa03 GU129140 [3] complement(911543-911814) *
IGHV4IGHV4-9 IGHV4-9*01 (64) ssa06 IGHAV4-12 GU129139 [3] 707859-708443
IGHV4IGHV4-13 IGHV4-13*01 ORF (65) ssa06 IGHAV4-09 GU129139 [3] complement(677370-678011)
IGHV4IGHV4-17 IGHV4-17*01 (66) ssa06 IGHAV4-05 GU129139 [3] complement(648504-649187)
IGHV4IGHV4D-23-1 IGHV4D-23-1*01 (67) ssa03 GU129140 [3] 829562-829847 *
IGHV4IGHV4D-33 IGHV4D-33*01 (68) ssa03 IGHBV4-05 GU129140 [3] 793460-793676 *
IGHV4IGHV4D-43 IGHV4D-43*01 (3) ssa03 IGHBV4-10 GU129140 [3] 761834-762125 *
IGHV4IGHV4D-44-1 IGHV4D-44-1*01 (69) ssa03 GU129140 [3] <743277-743518 *
IGHV4IGHV4D-51 IGHV4D-51*01 F ssa03 IGHBV4-04 GU129140 [3] 688179-688667 CM003281.1, BV38 double haploid IMGT000029 complement(1792237-1792725)
IGHV4IGHV4-56 IGHV4-56*01 F ssa06 IGHAV4-02 GU129139 [3] 489110-489616 CM003284.1, AV35 double haploid IMGT000028 ORF (65) 9831-10337
IGHV4IGHV4D-66 IGHV4D-66*01 F ssa03 IGHBV4-09 GU129140 [3] 623350-623854 CM003281.1, BV10 double haploid IMGT000029 921716-922220
IGHV4IGHV4-71-1 IGHV4-71-1*01 (70) ssa06 GU129139 [3] 412473-412757 *
IGHV4IGHV4-72 IGHV4-72*01 (71) ssa06 GU129139 [3] 402893-403549
IGHV4IGHV4-75 IGHV4-75*01 (72) ssa06 IGHAV4-11 GU129139 [3] 369724-370220
IGHV4IGHV4-81 IGHV4-81*01 (73) ssa06 IGHAV4-04 GU129139 [3] 337672-337972 *
IGHV4IGHV4-85 IGHV4-85*01 (74) ssa06 IGHAV4-10 GU129139 [3] 316872-317614
IGHV4IGHV4-88 IGHV4-88*01 (75) ssa06 IGHAV4-01 GU129139 [3] 305700-306435
IGHV4IGHV4D-92 IGHV4D-92*01 (76) ssa03 IGHBV4-06 GU129140 [3] 524431-524701 *
IGHV4IGHV4-94 IGHV4-94*01 (77) ssa06 IGHAV4-06 GU129139 [3] 274585-275070
IGHV4IGHV4D-94 IGHV4D-94*01 (78) ssa03 IGHBV4-12 GU129140 [3] 507920-508204 *
IGHV4IGHV4-97 IGHV4-97*01 (79) ssa06 IGHVA4-08 GU129139 [3] 266901-267635 CM003284.1, AV17 double haploid IMGT000028 1300251-1300754
IGHV4IGHV4D-100 IGHV4D-100*01 ORF (45) ssa03 IGHBV4-03 GU129140 [3] 482376-482997
IGHV4IGHV4-105-1 IGHV4-105-1*01 (80) ssa06 GU129139 [3] complement(235104-235391) *
IGHV4IGHV4D-106 IGHV4D-106*01 F ssa03 IGHBV4-08 GU129140 [3] 447042-447546 CM003281.1, BV10 double haploid IMGT000029 921716-922220
IGHV4IGHV4D-133 IGHV4D-133*01 (81) ssa03 IGHBV4-07 GU129140 [3] 345610-346112
IGHV4IGHV4D-135 IGHV4D-135*01 (82) ssa03 IGHBV4-11 GU129140 [3] 335356-335832
IGHV4IGHV4D-141 IGHV4D-141*01 (83) ssa03 GU129140 [3] 315449-315733 *
IGHV4IGHV4D-145 IGHV4D-145*01 (83) ssa03 IGHBV4-01 GU129140 [3] complement(285114-285398) *
IGHV4IGHV4DS1 NL IGHV4DS1*01 (84) ssa03 CM003281.1, BV01 double haploid IMGT000029 (196) 55931-56640
IGHV4IGHV4S1 NL IGHV4S1*01 ORF (65) ssa06 CM003284.1, AV35 double haploid IMGT000028 (196) 9831-10337
IGHV5IGHV5-14 IGHV5-14*01 (85) ssa06 IGHAV17-04 GU129139 [3] complement(672081-672582)
IGHV5IGHV5-16 IGHV5-16*01 ORF (86) ssa06 IGHAV17-02 GU129139 [3] complement(662984-663449)
IGHV5IGHV5-16 IGHV5-16*02 ORF (87) ssa06 CM003284.1, AV04 double haploid IMGT000028 (196) complement(1504558-1505023)
IGHV5IGHV5D-31 IGHV5D-31*01 (88) ssa03 GU129140 [3] <794902-795091 *
IGHV5IGHV5D-44 IGHV5D-44*01 (89) ssa03 IGHBV17-03 GU129140 [3] complement(749190->749309) *
IGHV5IGHV5-82 IGHV5-82*01 ORF (86) ssa06 IGHVA17-01 GU129139 [3] 331358-331851
IGHV5IGHV5-84 IGHV5-84*01 (85) ssa06 IGHAV17-03 GU129139 [3] 322053-322554
IGHV5IGHV5D-90 IGHV5D-90*01 (49) ssa03 IGHBV17-01 GU129140 [3] 526714-527203
IGHV5IGHV5D-131 IGHV5D-131*01 (90) ssa03 IGHBV17-02 GU129140 [3] 348189-348677 CM003281.1, BV40 double haploid IMGT000029 1385733-1386221
IGHV6IGHV6D-2 IGHV6D-2*01 (91) ssa03 IGHBV6-02 GU129140 [3] 932199-932673
IGHV6IGHV6D-11 IGHV6D-11*01 (91) ssa03 IGHBV6-01 GU129140 [3] 909657-910127
IGHV6IGHV6D-16 IGHV6D-16*01 F ssa03
RTPr
++
IGHBV6-13 GU129140 [3] 871360-871854 CM003281.1, BV33 double haploid IMGT000029 1726121-1726615
IGHV6IGHV6D-17 IGHV6D-17*01 (92) ssa03 GU129140 [3] 870614->870709 *
IGHV6IGHV6D-18 IGHV6D-18*01 F ssa03
RTPr
++
IGHBV6-06 GU129140 [3] 869441-869938 CM003281.1, BV32 double haploid IMGT000029 1724205-1724702
IGHV6IGHV6-19 IGHV6-19*01 (93) ssa06 IGHAV6-11 GU129139 [3] complement(623840-624336)
IGHV6IGHV6D-19 IGHV6D-19*01 (94) ssa03 IGHBV6-18 GU129140 [3] 867998-868280 *
IGHV6IGHV6D-20 IGHV6D-20*01 (95) ssa03 IGHBV6-03 GU129140 [3] 866691-867172 CM003281.1, BV31P double haploid IMGT000029 1721454-1721935
IGHV6IGHV6D-21 IGHV6D-21*01 (96) ssa03 IGHBV6-09 GU129140 [3] 863581-864057
IGHV6IGHV6-22 IGHV6-22*01 (97) ssa06 GU129139 [3] complement(<618169-618243) *
IGHV6IGHV6D-24 IGHV6D-24*01 (98) ssa03 GU129140 [3] <813611-813838 *
IGHV6IGHV6D-26 IGHV6D-26*01 (99) ssa03 GU129140 [3] <810661-810699 *
IGHV6IGHV6D-27 IGHV6D-27*01 (100) ssa03 GU129140 [3] 803783-804088 *
IGHV6IGHV6-31 IGHV6-31*01 (101) ssa06 GU129139 [3] complement(589029-589485)
IGHV6IGHV6-35 IGHV6-35*01 (102) ssa06 IGHAV6-01 GU129139 [3] complement(571489-571944)
IGHV6IGHV6-38 IGHV6-38*01 (103) ssa06 IGHAV6-05 GU129139 [3] complement(557860-558149) *
IGHV6IGHV6-38 IGHV6-38*02 (103) ssa06 CV06DP double haploid NW_012361624 [1] (196) complement(1341-1630) *
IGHV6IGHV6D-41 IGHV6D-41*01 (10) ssa03 GU129140 [3] <773446-773589 *
IGHV6IGHV6-45 IGHV6-45*01 (104) ssa06 IGHAV6-06 GU129139 [3] complement(542419-542706) *
IGHV6IGHV6-50 IGHV6-50*01 (74) ssa06 IGHAV6-04 GU129139 [3] complement(536114-536631)
IGHV6IGHV6-59 IGHV6-59*01 (105) ssa06 IGHAV6-09 GU129139 [3] complement(480394-480907)
IGHV6IGHV6-63 IGHV6-63*01 (106) ssa06 GU129139 [3] 461939-462419
IGHV6IGHV6-64-1 IGHV6-64-1*01 (107) ssa06 GU129139 [3] 458343-458943
IGHV6IGHV6-68 IGHV6-68*01 ORF (108) ssa06 IGHVA6-02 GU129139 [3] 427306-427827
IGHV6IGHV6D-68 IGHV6D-68*01 (109) ssa03 IGHBV6-17 GU129140 [3] 620198-620686
IGHV6IGHV6D-70 IGHV6D-70*01 (5) ssa03 GU129140 [3] 616968-617255 *
IGHV6IGHV6D-73 IGHV6D-73*01 (49) ssa03 IGHBV6-05 GU129140 [3] 613086-613532
IGHV6IGHV6-77 IGHV6-77*01 (110) ssa06 IGHAV6-08 GU129139 [3] 355093-355620
IGHV6IGHV6D-77 IGHV6D-77*01 (111) ssa03 IGHBV6-11 GU129140 [3] 592891-593651
IGHV6IGHV6D-78 IGHV6D-78*01 F ssa03 IGHBV6-15 GU129140 [3] 591622-592119
IGHV6IGHV6D-79 IGHV6D-79*01 (18) ssa03 GU129140 [3] <590945-591110 *
IGHV6IGHV6-91 IGHV6-91*01 (112) ssa06 GU129139 [3] complement(294290-294803)
IGHV6IGHV6D-95 IGHV6D-95*01 F ssa03
RTPr
++
IGHBV6-08 GU129140 [3] 502425-502950 CM003281.1, BV16 double haploid IMGT000029 1349015-1349540
IGHV6IGHV6-99 IGHV6-99*01 (106) ssa06 IGHAV6-12 GU129139 [3] 264628-265108
IGHV6IGHV6-101 IGHV6-101*01 (113) ssa06 GU129139 [3] 261202-261632 CM003284.1, AV19P double haploid IMGT000028 1294321-1294751
IGHV6IGHV6D-107 IGHV6D-107*01 (114) ssa03 IGHBV6-16 GU129140 [3] 443890-444378
IGHV6IGHV6-108-1 IGHV6-108-1*01 (115) ssa06 GU129139 [3] 217007->217225 *
IGHV6IGHV6D-109 IGHV6D-109*02 (116) ssa03 IGHBV6-10 GU129140 [3] 440660-440947 *
IGHV6IGHV6D-113 IGHV6D-113*01 (49) ssa03 IGHBV6-04 GU129140 [3] 436778-437223
IGHV6IGHV6-114 IGHV6-114*01 (104) ssa06 IGHAV6-07 GU129139 [3] 195544-195831 * CM003284.1, AV28P double haploid IMGT000028 1190171-1190458 *
IGHV6IGHV6D-117 IGHV6D-117*01 (111) ssa03 IGHBV6-12 GU129140 [3] 416134-416894
IGHV6IGHV6D-118 IGHV6D-118*01 F ssa03
RTPr
++
IGHBV6-14 GU129140 [3] 414865-415362
IGHV6IGHV6-119 IGHV6-119*01 F ssa06
RTPr
++
IGHVA6-10 GU129139 [3] 179591-180134
IGHV6IGHV6-119 IGHV6-119*02 F ssa06
RTPr
++
CM003284.1, AV30 double haploid IMGT000028 (196) 1173217-1173760
IGHV6IGHV6D-119 IGHV6D-119*01 (117) ssa03 GU129140 [3] 413817-414381
IGHV6IGHV6D-137 IGHV6D-137*01 F ssa03
RTPr
++
IGHBV6-07 GU129140 [3] 326733-327258 CM003281.1, BV17 double haploid IMGT000029 1364301-1364826
IGHV7IGHV7-3 IGHV7-3*01 (74) ssa06 IGHAV7-03 GU129139 [3] complement(737389-737939) CM003284.1, AV01 double haploid IMGT000028 complement(1579719-1580269)
IGHV7IGHV7D-8 IGHV7D-8*01 (88) ssa03 GU129140 [3] complement(912510->912708) *
IGHV7IGHV7D-15 IGHV7D-15*01 (118) ssa03 IGHBV7-01 GU129140 [3] 879551-880183
IGHV7IGHV7-74 IGHV7-74*01 (119) ssa06 IGHAV7-01 GU129139 [3] 400578-401125
IGHV7IGHV7-95 IGHV7-95*01 F ssa06 IGHAV7-02 GU129139 [3] 273539-274089 CM003284.1, AV16 double haploid IMGT000028 1305357-1305907
IGHV7IGHV7DS1 NL IGHV7DS1*01 (106) ssa03 CM003281.1, BV03 double haploid IMGT000029 (196) complement(177861-178471)
IGHV8IGHV8-18-2 IGHV8-18-2*01 (120) ssa06 GU129139 [3] complement(626416->626629) *
IGHV8IGHV8-24 IGHV8-24*01 F ssa06 IGHAV8-13 GU129139 [3] complement(610772-611255)
IGHV8IGHV8-24 IGHV8-24*02 F ssa06 CM003284.1, AV06 double haploid IMGT000028 (196) complement(1456180-1456663)
IGHV8IGHV8-28 IGHV8-28*01 F ssa06 IGHAV8-05 GU129139 [3] complement(591944-592425)
IGHV8IGHV8D-28 IGHV8D-28*01 (121) ssa03 GU129140 [3] 803101-803393 *
IGHV8IGHV8-37 IGHV8-37*01 F ssa06
RTPr
++
IGHVA8-12 GU129139 [3] complement(564657-565140) CM003284.1, AV08 double haploid IMGT000028 complement(1409829-1410312)
IGHV8IGHV8-44 IGHV8-44*01 (122) ssa06 GU129139 [3] complement(545066-545619)
IGHV8IGHV8-44-1 IGHV8-44-1*01 (55) ssa06 GU129139 [3] complement(543258-543375) *
IGHV8IGHV8D-48 IGHV8D-48*01 F ssa03
RTPr
++
IGHBV8-03 GU129140 [3] 697503-697989 CM003281.1, BV35 double haploid IMGT000029 complement(1782915-1783401)
IGHV8IGHV8-49 IGHV8-49*01 F ssa06 IGHVA8-03 GU129139 [3] complement(537249-537732)
IGHV8IGHV8-53 IGHV8-53*03 F ssa06 IGHAV8-06 GU129139 [3] complement(505013-506934)
IGHV8IGHV8-58 IGHV8-58*01 (106) ssa06 IGHAV8-04 GU129139 [3] complement(481543-482025)
IGHV8IGHV8-58 IGHV8-58*02 F ssa06 CM003284.1, AV14 double haploid IMGT000028 (196) complement(1328413-1328896)
IGHV8IGHV8-66 IGHV8-66*01 F ssa06 IGHVA8-02 GU129139 [3] complement(454771-455254)
IGHV8IGHV8-67 IGHV8-67*01 F ssa06 IGHVA8-08 GU129139 [3] 444325-444808
IGHV8IGHV8-69 IGHV8-69*01 (123) ssa06 GU129139 [3] 426202-426679
IGHV8IGHV8D-71 IGHV8D-71*01 (124) ssa03 GU129140 [3] 615649-616574
IGHV8IGHV8-78 IGHV8-78*01 (125) ssa06 IGHAV8-15 GU129139 [3] 353894-354484
IGHV8IGHV8D-83 IGHV8D-83*01 F ssa03 IGHBV8-01 GU129140 [3] 580069-580552 CM003281.1, BV05 double haploid IMGT000029 complement(280248-280731)
IGHV8IGHV8-90 IGHV8-90*01 (126) ssa06 IGHAV8-14 GU129139 [3] complement(<295478-295709) *
IGHV8IGHV8D-96 IGHV8D-96*01 (106) ssa03 IGHBV8-06 GU129140 [3] 501321-501797
IGHV8IGHV8-103 IGHV8-103*01 F ssa06 IGHAV8-01 GU129139 [3] complement(256049-256532)
IGHV8IGHV8-103 IGHV8-103*02 F ssa06 CM003284.1, AV20 and AV21 double haploid IMGT000028 (196) complement(1289169-1289652)
IGHV8IGHV8-105 IGHV8-105*01 F ssa06 CM003284.1, AV23 double haploid IMGT000028 (196) 1275191-1275674
IGHV8IGHV8-105 IGHV8-105*02 F ssa06 IGHAV8-07 GU129139 [3] 242073-242556
IGHV8IGHV8-106 IGHV8-106*01 (127) ssa06 IGHAV8-10 GU129139 [3] 223955-224361
IGHV8IGHV8-110 IGHV8-110*01 ORF (128) ssa06 IGHAV8-11 GU129139 [3] 208656-209139
IGHV8IGHV8-110 IGHV8-110*02 ORF (129) ssa06 CM003284.1, AV26 double haploid IMGT000028 (196) 1204914-1205397
IGHV8IGHV8D-110 IGHV8D-110*01 (121) ssa03 IGHBV8-04 GU129140 [3] 439932-440227 *
IGHV8IGHV8-114-1 IGHV8-114-1*01 (130) ssa06 GU129139 [3] <194876-194993 *
IGHV8IGHV8-115 IGHV8-115*01 (131) ssa06 GU129139 [3] 192816->192989 *
IGHV8IGHV8D-123 IGHV8D-123*01 F ssa03 IGHBV8-02 GU129140 [3] 399049-399532
IGHV8IGHV8D-138 IGHV8D-138*01 (132) ssa03 IGHBV8-05 GU129140 [3] 325628-326104
IGHV8IGHV8S1 NL IGHV8S1*01 F ssa06
RTPr
++
CM003284.1, AV24 double haploid IMGT000028 (196) 1243678-1244158
IGHV9IGHV9-6 IGHV9-6*01 (133) ssa06 GU129139 [3] complement(731752-732162)
IGHV9IGHV9-11 IGHV9-11*01 (134) ssa06 IGHAV9-02 GU129139 [3] 691866-692360 CM003284.1, AV02P double haploid IMGT000028 1533239-1533733
IGHV9IGHV9-12 IGHV9-12*01 (135) ssa06 GU129139 [3] complement(679025-679298) *
IGHV9IGHV9D-44-2 IGHV9D-44-2*01 (49) ssa03 GU129140 [3] <734822-735015 *
IGHV9IGHV9D-45 IGHV9D-45*01 F ssa03
RTPr
++
IGHBV9-01 GU129140 [3] 718969-719453 CM003281.1, BV23 double haploid IMGT000029 1561189-1561673
IGHV9IGHV9D-46 IGHV9D-46*01 (136) ssa03 IGHBV9-05 GU129140 [3] 715889-716353
IGHV9IGHV9D-52 IGHV9D-52*01 (137) ssa03 GU129140 [3] 687487-687767 *
IGHV9IGHV9D-53 IGHV9D-53*01 (138) ssa03 IGHBV9-04 GU129140 [3] 685328-685810 CM003281.1, BV39P double haploid IMGT000029 complement(1795094-1795576)
IGHV9IGHV9-76 IGHV9-76*01 F ssa06 IGHAV9-01 GU129139 [3] 368501-368968
IGHV9IGHV9-86 IGHV9-86*01 (139) ssa06 GU129139 [3] 315778-316051 *
IGHV9IGHV9D-103 IGHV9D-103*01 F ssa03
RTPr
++
IGHBV9-03 GU129140 [3] 473650-474127
IGHV9IGHV9D-104 IGHV9D-104*01 F ssa03 IGHBV9-02 GU129140 [3] 470178-470661
IGHV9IGHV9D-105 IGHV9D-105*01 (136) ssa03 IGHBV9-06 GU129140 [3] 467222-467686
IGHV10IGHV10-27 IGHV10-27*01 (140) ssa06 IGHAV10-03 GU129139 [3] complement(593855-594348)
IGHV10IGHV10-29 IGHV10-29*01 (141) ssa06 GU129139 [3] complement(590880-591155) *
IGHV10IGHV10-32 IGHV10-32*01 (142) ssa06 GU129139 [3] complement(582683-583167)
IGHV10IGHV10D-36 IGHV10D-36*01 (143) ssa03 IGHBV10-01 GU129140 [3] 788275-788772 CM003281.1, BV41 double haploid IMGT000029 1642037-1642534
IGHV10IGHV10-41 IGHV10-41*01 (144) ssa06 IGHAV10-09 GU129139 [3] complement(<552213-552437) *
IGHV10IGHV10-43 IGHV10-43*01 (145) ssa06 GU129139 [3] complement(545815-546107) *
IGHV10IGHV10-48 IGHV10-48*01 (146) ssa06 IGHAV10-08 GU129139 [3] complement(<538403-538630) *
IGHV10IGHV10D-56 IGHV10D-56*01 ORF (147) ssa03 IGHBV10-04 GU129140 [3] 669179-669663 CM003281.1, BV12 double haploid IMGT000029 967544-968028
IGHV10IGHV10-57 IGHV10-57*01 (148) ssa06 IGHAV10-05 GU129139 [3] complement(<482703-482930) *
IGHV10IGHV10D-58 IGHV10D-58*01 (149) ssa03 GU129140 [3] 666995->667222 *
IGHV10IGHV10-65 IGHV10-65*01 (150) ssa06 GU129139 [3] complement(456001-456287) *
IGHV10IGHV10D-72 IGHV10D-72*01 (151) ssa03 IGHBV10-03 GU129140 [3] 613985-614477 CM003281.1, BV08 IMGT000029 911602-912094
IGHV10IGHV10-79 IGHV10-79*01 (152) ssa06 IGHAV10-07 GU129139 [3] 352847-353316
IGHV10IGHV10D-80 IGHV10D-80*01 (153) ssa03 GU129140 [3] <585725-585974 *
IGHV10IGHV10D-84 IGHV10D-84*01 (154) ssa03 GU129140 [3] 578782->579009 *
IGHV10IGHV10-89 IGHV10-89*01 (155) ssa06 IGHAV10-06 GU129139 [3] complement(<297319-297546) *
IGHV10IGHV10-102 IGHV10-102*01 (150) ssa06 IGHAV10-01 GU129139 [3] complement(257279-257565) *
IGHV10IGHV10-107 IGHV10-107*01 (156) ssa06 IGHAV10-10 GU129139 [3] 223062-223338 *
IGHV10IGHV10-109 IGHV10-109*01 (157) ssa06 IGHAV10-04 GU129139 [3] 213710-214203 CM003284.1, AV36 double haploid IMGT000028 1209968-1210461
IGHV10IGHV10D-112 IGHV10D-112*01 (151) ssa03 IGHBV10-02 GU129140 [3] 437677-438169 CM003281.1, BV08 IMGT000029 911602-912094
IGHV10IGHV10-116 IGHV10-116*01 (158) ssa06 IGHAV10-11 GU129139 [3] 192209-192462 *
IGHV10IGHV10D-120 IGHV10D-120*01 (159) ssa03 GU129140 [3] <408981-409230 *
IGHV10IGHV10D-124 IGHV10D-124*01 (160) ssa03 GU129140 [3] 397762->397989 *
IGHV11IGHV11-24-1 IGHV11-24-1*01 (161) ssa06 GU129139 [3] complement(<605052-605285) *
IGHV11IGHV11-33 IGHV11-33*01 (162) ssa06 IGHAV10-02 GU129139 [3] complement(573657-574180)
IGHV11IGHV11-39 IGHV11-39*01 (163) ssa06 IGHAV11-02 GU129139 [3] complement(555187->555418) *
IGHV11IGHV11-46 IGHV11-46*01 F ssa06 GU129139 [3] complement(541119-541724)
IGHV11IGHV11D-75 IGHV11D-75*01 (49) ssa03 IGHBV11-05 GU129140 [3] 611049-611661
IGHV11IGHV11D-98 IGHV11D-98*01 (164) ssa03 IGHBV11-02 GU129140 [3] 498496-499064
IGHV11IGHV11-108 IGHV11-108*01 (165) ssa06 GU129139 [3] <220073-220304 *
IGHV11IGHV11-113 IGHV11-113*01 F ssa06
RTPr
++
GU129139 [3] 196514-197146 CM003284.1, AV37 double haploid IMGT000028 1191152-1191784
IGHV11IGHV11D-115 IGHV11D-115*01 (166) ssa03 IGHBV11-04 GU129140 [3] 434836-435448
IGHV11IGHV11-118-1 IGHV11-118-1*01 (167) ssa06 IGHAV14-01 GU129139 [3] 181566->181799 *
IGHV11IGHV11-123 IGHV11-123*01 (168) ssa06 IGHAV11-01 GU129139 [3] 160272-160843
IGHV11IGHV11-123 IGHV11-123*02 (168) ssa06 CM003284.1, AV32 double haploid IMGT000028 (196) 1153889-1154462
IGHV11IGHV11D-140 IGHV11D-140*01 (169) ssa03 IGHBV11-03 GU129140 [3] 322777-323348
IGHV11IGHV11D-142 IGHV11D-142*01 (170) ssa03 GU129140 [3] <297490->297649 *
IGHV11IGHV11D-144 IGHV11D-144*01 (140) ssa03 IGHBV11-01 GU129140 [3] complement(289390-289964) CM003281.1, BV14P double haploid IMGT000029 complement(1301172-1301746)
IGHV12IGHV12D-6 IGHV12D-6*01 ORF (171) ssa03 GU129140 [3] complement(923712-924243)
IGHV12IGHV12D-50 IGHV12D-50*01 F ssa03
RTPr
++
IGHBV12-01 GU129140 [3] complement(691574-692113) CM003281.1, BV37 double haploid IMGT000029 1788791-1789330
IGHV12IGHV12-112 IGHV12-112*01 (172) ssa06 IGHAV12-01 GU129139 [3] 197633-198168
IGHV13IGHV13-20 IGHV13-20*01 (173) ssa06 IGHAV13-01 GU129139 [3] complement(621954->622201) *
IGHV13IGHV13D-82 IGHV13D-82*01 (3) ssa03 GU129140 [3] 582733-583037 *
IGHV13IGHV13D-122 IGHV13D-122*01 (174) ssa03 GU129140 [3] <406059-406309 *
IGHV14IGHV14-51 IGHV14-51*01 (116) ssa06 IGHAV18-01 GU129139 [3] complement(529811-530111) *
IGHV14IGHV14D-102 IGHV14D-102*01 (175) ssa03 GU129140 [3] <480221-480444 *
IGHV15IGHV15-7 IGHV15-7*01 (176) ssa06 IGHAV15-03 GU129139 [3] 725246-725754
IGHV15IGHV15-8 IGHV15-8*01 (97) ssa06 GU129139 [3] 724847->724927 *
IGHV15IGHV15D-22 IGHV15D-22*01 (177) ssa03 IGHBV15-01 GU129140 [3] 860909-861616
IGHV15IGHV15-26 IGHV15-26*01 (178) ssa06 IGHAV15-02 GU129139 [3] complement(595851-596364)
IGHV15IGHV15D-38 IGHV15D-38*01 (179) ssa03 GU129140 [3] 779640-780179
IGHV15IGHV15D-38 IGHV15D-38*02 (179) ssa03 CM003281.1, BV26 double haploid IMGT000029 (196) 1633402-1633941
IGHV15IGHV15D-60 IGHV15D-60*01 (180) ssa03 IGHBV15-02 GU129140 [3] 658221-658747
IGHV15IGHV15-71 IGHV15-71*01 (181) ssa06 GU129139 [3] 420384-421094
IGHV15IGHV15D-85 IGHV15D-85*01 F ssa03 IGHBV15-04 GU129140 [3] 572236-572763 CM003281.1, BV22 double haploid IMGT000029 1425647-1426174
IGHV15IGHV15-120 IGHV15-120*01 (182) ssa06 IGHAV15-04 GU129139 [3] 174660-175198
IGHV15IGHV15-124 IGHV15-124*01 F ssa06
RTPr
++
IGHVA15-01 GU129139 [3] 158450-158983 CM003284.1, AV33 double haploid IMGT000028 1152050-1152583
IGHV15IGHV15D-126 IGHV15D-126*01 F ssa03 IGHBV15-03 GU129140 [3] 388760-389288
IGHV16IGHV16D-13 IGHV16D-13*01 (183) ssa03 GU129140 [3] complement(886544-887054)
IGHV16IGHV16-15 IGHV16-15*01 (184) ssa06 IGHAV16-01 GU129139 [3] complement(664750-665246) CM003284.1, AV03P double haploid IMGT000028 complement(1506324-1506820)
IGHV16IGHV16-18 IGHV16-18*01 (185) ssa06 IGHAV16-04 GU129139 [3] complement(638105-638596)
IGHV16IGHV16-23 IGHV16-23*01 F ssa06 IGHAV16-03 GU129139 [3] complement(614125-614642)
IGHV16IGHV16D-23 IGHV16D-23*01 F ssa03 IGHBV16-11 GU129140 [3] 855359-855900 CM003281.1, BV30 double haploid IMGT000029 1707259-1707799
IGHV16IGHV16D-42 IGHV16D-42*01 F ssa03 IGHBV16-07 GU129140 [3] 762558-763072 CM003281.1, BV24 double haploid IMGT000029 1616228-1616742
IGHV16IGHV16D-59 IGHV16D-59*01 (186) ssa03 IGHBV16-09 GU129140 [3] 661630-662160
IGHV16IGHV16D-61 IGHV16D-61*01 (187) ssa03 GU129140 [3] 657098-657610
IGHV16IGHV16D-64 IGHV16D-64*01 (188) ssa03 IGHBV16-03 GU129140 [3] 649857-650632
IGHV16IGHV16D-65 IGHV16D-65*01 F ssa03
RTPr
++
IGHBV16-04 GU129140 [3] 625502-626019 CM003281.1, BV11 double haploid IMGT000029 923868-924385
IGHV16IGHV16D-76 IGHV16D-76*01 F ssa03 IGHBV16-13 GU129140 [3] 599568-600108
IGHV16IGHV16-80 IGHV16-80*01 (189) ssa06 IGHAV16-05 GU129139 [3] 347894-348388
IGHV16IGHV16-83 IGHV16-83*01 (190) ssa06 IGHAV16-02 GU129139 [3] 329715-330018 *
IGHV16IGHV16D-86 IGHV16D-86*01 (191) ssa03 IGHBV16-05 GU129140 [3] 570866-571624
IGHV16IGHV16D-89 IGHV16D-89*01 (192) ssa03 IGHBV16-02 GU129140 [3] 553387-553688 *
IGHV16IGHV16-110-1 IGHV16-110-1*01 (193) ssa06 GU129139 [3] 203657->203917 *
IGHV16IGHV16D-116 IGHV16D-116*01 F ssa03 IGHBV16-12 GU129140 [3] 422811-423351
IGHV16IGHV16-121 IGHV16-121*01 (33) ssa06 IGHAV16-06 GU129139 [3] 173794-174294
IGHV16IGHV16-121-1 IGHV16-121-1*01 (194) ssa06 GU129139 [3] 171545->171784 *
IGHV16IGHV16D-125 IGHV16D-125*01 (195) ssa03 IGHBV16-08 GU129140 [3] 392096-392626
IGHV16IGHV16D-127 IGHV16D-127*01 (33) ssa03 IGHBV16-06 GU129140 [3] 387638-388148
IGHV16IGHV16D-130 IGHV16D-130*01 (192) ssa03 IGHBV16-01 GU129140 [3] 371862-372163 *
IGHV16IGHV16D-143 IGHV16D-143*01 (52) ssa03 IGHBV16-10 GU129140 [3] complement(293767-294025) *
IMGT notes:
  1. No L-PART1, frameshift in V-REGION: deletions on 38 nt in FR3-IMGT
  2. Frameshift in L-PART1, frameshift in V-REGION: several insertions and deletions
  3. No L-PART1, frameshift in V-REGION: several insertions and deletions
  4. StOP-CODON in FR1-IMGT: position 13, no L-PART1, deletions in V-REGION: AA 100 to 107 are missing, no V-RS
  5. No L-PART1
  6. No L-PART1, frameshift in V-REGION: deletion of 10 nt in CDR2-IMGT
  7. deletions in V-REGION: AA 1 to 38 are missing
  8. No INIT-CODON: Ile instead of Met, STOP-CODON in L-PART1
  9. deletions in V-REGION: AA 46 to 107 are missing, no V-RS
  10. No L-PART1, no L-PART2, deletion in V-REGION: AA 1 to 55 are missing
  11. No L-PART1, frameshift in V-REGION: deletion of 5 nt in FR3-IMGT
  12. No INIT-CODON: Cys instead of Met, STOP-CODON in FR2-IMGT: position 51, STOP-CODON in FR3-IMGT: position 90
  13. unexpected V-SPACER length: 33 nt instead of 23 nt
  14. deletion in V-REGION: AA 91 to 107 are missing, no V-RS
  15. No L-PART1, STOP-CODON in FR2-IMGT: position 52
  16. STOP-CODON in FR2-IMGT: position 52
  17. No L-PART1, frameshift in V-REGION: insertion of 1 nt in CDR2-IMGT
  18. No L-PART1, no L-PART2, frameshift in V-REGION: several insertions and deletions
  19. No L-PART1, deletions in V-REGION: AA 84 to 107 are missing, no V-RS
  20. No L-PART1, no L-PART2, deletion in V-REGION: AA 1 to 21 are missing
  21. deletions in V-REGION: AA 1 to 65 are missing, STOP-CODON in CDR3-IMGT
  22. Frameshift in L-PART1, deletions in V-REGION: AA 27 to 107 are missing, no V-RS
  23. No L-PART1, frameshift in V-REGION: deletion of 4 nt in FR2-IMGT and 7 nt in FR3-IMGT
  24. No INIT-CODON: Ile instead of met, no DONOR-SPLICE, STOP-CODON in L-PART1
  25. No L-PART1, frameshift in V-REGION: deletion of 20 nt in FR3-IMGT
  26. Frameshift in V-REGION: insertion of 1 nt in FR2-IMGT
  27. No L-PART1, no L-PART2, deletion in V-REGION: AA 1 to 65 are missing
  28. No L-PART1, frameshift in V-REGION: deletion of 11 nt in FR2-IMGT
  29. No L-PART1, no L-PART2, frameshift in V-REGION: deletion of 11 nt in FR2-IMGT
  30. No L-PART1, frameshift in L-PART2, frameshift in V-REGION: insertion of 7 nt in FR3-IMGT
  31. No L-PART1, frameshift in L-PART2, frameshift in V-REGION: deletion of 2 nt in FR1-IMGT
  32. Frameshift in L-PART2, frameshift in V-REGION: insertion of 5 nt in CDR2-IMGT
  33. Frameshift in L-PART1
  34. No L-PART1, no V-RS
  35. No INIT-CODON: Ala instead of Met, frameshift in V-REGION: insertion of 1 nt in CDR1-IMGT
  36. Frameshift in L-PART1, frameshift in L-PART2, frameshift in V-REGION: deletion of 11 nt in FR2-IMGT
  37. Frameshift in V-REGION: deletion of 4 nt in FR1-IMGT
  38. No INIT-CODON: Val instead of Met
  39. Frameshift V-REGION: deletion of 2 nt in FR1-IMGT
  40. No L-PART1, no L-PART2, deletions in V-REGION: AA 1 to 38 are missing, frameshift in CDR2-IMGT
  41. No L-PART1, frameshift in V-REGION: insertion of 5 nt in CDR2-IMGT
  42. STOP-CODON in L-PART1, STOP-CODON in FR3-IMGT: position 75
  43. No INIT-CODON: Phe instead of Met
  44. No L-PART1, no V-RS, STOP-CODON in FR2-IMGT: position 52 and in FR3-IMGT: position 101
  45. Noncanonical DONOR-SPLICE: nct instead of ngt
  46. No INIT-CODON: Ile instead of Met, frameshift in L-PART1, frameshift in V-REGION: deletion of 5 nt in FR3-IMGT
  47. STOP-CODON in CDR3-IMGT: position 106
  48. Frameshift in V-REGION: deletion of 2 nt in CDR1-IMGT
  49. Frameshift in V-REGION: several insertions and deletions
  50. Frameshift in V-REGION: insertion of 19 nt in FR3-IMGT, no V-NONAMER
  51. Frameshift in V-REGION: insertion of 19 nt in FR3-IMGT
  52. Frameshifts in V-REGION: several insertions and deletions, no V-RS
  53. No 1st-CYS: STOP-CODON instead of Cys
  54. No L-PART1, no L-PART2, deletions in V-REGION: AA 1 to 20 are missing
  55. No L-PART1, deletions in V-REGION: AA 1 to 65 are missing
  56. No L-PART1, frameshift in V-REGION: deletion of 1nt in FR1-IMGT
  57. No L-PART1, frameshift in V-REGION: deletion of 1 nt in FR3-IMGT
  58. No INIT-CODON: Ile instead of Met, frameshift in V-REGION: deletion of 1 nt in FR3-IMGT
  59. No L-PART1, frameshift in V-REGION: deletion of 1 nt in FR1-IMGT
  60. No L-PART1, frameshifts in V-REGION: several insertions and deletions
  61. No L-PART1, frameshift in V-REGION: deletion of 13 nt in FR1-IMGT
  62. deletions in V-REGION: AA 66 to 107 are missing, STOP-CODON in FR2-IMGT: position 53, no V-RS
  63. No L-PART1, frameshift in L-PART2, frameshift in V-REGION: several insertions and deletions, no V-RS
  64. Frameshift in L-PART2, frameshift in V-REGION: insertion of 80 nt in CDR2-IMGT, deletion of 1 nt in FR3-IMGT
  65. Noncanonical ACCEPTOR-SPLICE: naann instead of nagnn
  66. No INIT-CODON: Leu instead of Met, several STOP-CODON in V-REGION
  67. No L-PART1, frameshift in V-REGION: several insertions and deletions, no V-HEPTAMER
  68. No L-PART1, frameshift in V-REGION: several insertions et deletions
  69. deletions in V-REGION: AA 1 to 20 are missing
  70. No L-PART1, frameshift in V-REGION: deletion of 13 nt in FR1-IMGT, no V-NONAMER
  71. Frameshift in L-PART2, frameshift in V-REGION: deletion of 28 nt in FR2-IMGT and 4 nt in CDR2-IMGT
  72. Frameshift in V-REGION: deletion of 2 nt in FR1-IMGT and 4 nt in CDR2-IMGT
  73. No L-PART1, STOP-CODON in FR1-IMGT at position 20, STOP-CODON in CDR1-IMGT: position 38
  74. Frameshift in L-PART2
  75. Frameshift in L-PART1, frameshift in V-REGION: deletion of 1 nt in CDR1-IMGT
  76. No L-PART1, deletion in V-REGION: 27 nt are missing in FR1-IMGT
  77. Frameshift in L-PART2, frameshift in V-REGION: deletion of 14 nt in CDR1-IMGT
  78. No L-PART1, frameshift in V-REGION: deletion of 8 nt from codon 93 and 1 nt from codon 102 in FR3-IMGT
  79. STOP-CODON at position 107 (last 3' codon of germline CDR3-IMGT) may disappear during rearrangements
  80. No L-PART1, frameshift in V-REGION: insertion of 1 nt and deletion of 13 nt in FR1-IMGT
  81. Deletion of 27 nt in FR1-IMGT, CONSERVED-TRP is replaced by a STOP-CODON
  82. Frameshift in V-REGION: deletion of 8 nt from codon 93 and 1 nt from codon 102 in FR3-IMGT
  83. No L-PART1, Frameshift in V-REGION: deletion of 7 nt in FR3-IMGT
  84. Frameshift in V-REGION: deletion of 13 nt in FR1-IMGT
  85. No INIT-CODON: Leu instead of Met, frameshift in V-REGION: deletion of 1 nt in FR2-IMGT
  86. deletion in V-SPACER: 9 nt instead of 23 nt
  87. deletion in V-SPACER: 9 nt instead of 23 n
  88. No L-PART1, no L-PART2, deletions in V-REGION: AA 1 to 38 are missing
  89. No L-PART2, deletion in V-REGION: AA 1 to 65 are missing
  90. Frameshift in L-PART1, frameshift in L-PART2, frameshift in V-REGION: several insertions and deletions
  91. Frameshift in V-REGION: deletion of 16 nt in FR1-IMGT
  92. Frameshift in L-PART1, deletions in V-REGION: AA 39 to 107 are missing, no V-RS
  93. Frameshift in V-REGION: deletion of 4 nt in FR3-IMGT, several STOP-CODON in V-REGION
  94. Frameshift in V-REGION: several insertions and deletions, no V-RS
  95. Frameshift in V-REGION: deletion of 2 nt in CDR2-IMGT
  96. Frameshift in V-REGION: deletion of 4 nt in FR2-IMGT
  97. Deletions in V-REGION: AA 27 to 107 are missing, no V-RS
  98. No L-PART1, no L-PART2, deletions in V-REGION: AA 1 to 22 are missing
  99. No L-PART1, no L-PART2, deletions in V-REGION: AA 1 to 94 are missing
  100. No L-PART1, frameshift in V-REGION: deletion of 2 nt from codon 82 and 1 nt from codon 92
  101. Frameshift in L-PART2, frameshift in V-REGION: deletion of 10 nt in FR3-IMGT
  102. Frameshift in V-REGION: deletion of 10 nt in FR2-IMGT
  103. No L-PART1, STOP-CODON in FR2-IMGT: position 43, frameshift in V-REGION: insertion of 2 nt in FR3-IMGT
  104. No L-PART1, STOP-CODON in FR2-IMGT: position 43
  105. Frameshift in V-REGION: deletion of 2 nt in FR2-IMGT, STOP-CODON in FR1-IMGT: position 3, STOP-CODON in CDR1-IMGT: position 38
  106. Frameshift in V-REGION: deletion of 1 nt in FR3-IMGT
  107. No INIT-CODON: Leu instead of Met, STOP-CODON in L-PART1, STOP-CODON in FR2-IMGT: position 43 and frameshift in V-REGION: deletion of 2 nt in FR3-IMGT
  108. Noncanonical V-NONAMER: tgaaaaccc instead of acaaaaacc
  109. Frameshift in V-REGION: insertion of 2 nt and deletion of 1 nt in FR3-IMGT, No CONSERVED-TRP: STOP-CODON instead of Trp
  110. No INIT-CODON: Leu instead of Met, frameshift in V-REGION: deletion of 2 nt in FR1-IMGT
  111. Frameshift in L-PART1, STOP-CODON in L-PART2, STOP-CODON in FR3-IMGT: position 70
  112. Frameshift in V-REGION: deletion of 2 nt in FR2-IMGT, several STOP-CODON in V-REGION
  113. Frameshift in V-REGION: deletion of 2 nt in FR3-IMGT
  114. Frameshift in V-REGION: insertion of 2 nt and deletion of 1 nt in FR3-IMGT
  115. No L-PART1, STOP-CODON in FR2-IMGT: position 43, deletions in V-REGION: AA 85 to 107 are missing, no V-RS
  116. No L-PART1, STOP-CODON in FR1-IMGT: position 3
  117. No INIT-CODON: Phe instead of Met, frameshfit in L-PART1, frameshift in V-REGION: several insertions and deletions
  118. No INIT-CODON: Arg instead of Met, STOP-CODON in L-PART2
  119. No INIT-CODON: Val instead of met, frameshift in V-REGION: deletion of 1 nt in FR3-IMGT
  120. No L-PART1, no L-PART2, deletions in V-REGION: AA 1 to 26 are missing
  121. No L-PART1, Frameshift in V-REGION: insertion of 1 nt in FR3-IMGT
  122. Frameshift in V-REGION: deletion of 1 nt in FR1-IMGT
  123. STOP-CODON in CDR1-IMGT: position 38
  124. Frameshift in V-REGION: insertion of 1 nt in FR3-IMGT
  125. Frameshift in V-REGION: deletion of 10 nt in CDR1-IMGT and 4 nt in CDR2-IMGT, insertion of 111 nt in FR3-IMGT
  126. STOP-CODON in L-PART1, no L-PART2, deletions in V-REGION: AA 1 to 20 are missing
  127. frameshifts in V-REGION: several insertions and deletions
  128. 2nd-CYS is replaced by Ser
  129. No 2nd-CYS: Ser instead of Cys
  130. No L-PART1, no L-PART2, deletions in V-REGION: AA 1 to 65 are missing, STOP-CODON in FR3-IMGT: position 88
  131. Deletion in V-REGION: AA 66 to 107 are missing, STOP-CODON in FR2-IMGT: position 49, no V-RS
  132. STOP-CODON in L-PART1, STOP-CODON in CDR1-IMGT: position 38, frameshift in V-REGION: deletion of 1 nt in FR3-IMGT
  133. No INIT-CODON: Val instead of Met, frameshift in V-REGION: deletion of 8 nt in FR3-IMGT
  134. No INIT-CODON: Val instead of Met, STOP-CODON in FR3-IMGT
  135. No L-PART1,no ACCEPTOR-SPLICE, frameshift in V-REGION: deletion of 5 nt in FR1-IMGT and 8 nt in FR2-IMGT
  136. STOP-CODON in FR3-IMGT: position 75
  137. Frameshift in L-PART2, frameshift in V-REGION: deletion of 14 nt in FR3-IMGT, no V-RS
  138. STOP-CODON in FR2-IMGT: position 52 and in FR3-IMGT: position 92
  139. No L-PART1, frameshifts in V-REGION: deletion of 5 nt in FR1-IMGT and deletion of 8 nt in FR2-IMGT
  140. Frameshift in V-REGION: deletion of 1 nt in FR2-IMGT
  141. Frameshift in V-REGION: deletion of 8 nt in FR3-IMGT, no V-RS
  142. several STOP-CODON in V-REGION, STOP-CODON at position 107 (last 3? codon of germline CDR3-IMGT) may disappear during rearrangements
  143. STOP-CODON in FR2-IMGT: position 43
  144. STOP-CODON in CDR1-IMGT: position 37, deletions in V-REGION: AA 88 to 107 are missing, no V-RS
  145. Frameshift in L-PART2, no V-RS
  146. STOP-CODON in FR2-IMGT: position 41, deletions in V-REGION: AA 89 to 107 are missing, no V-RS
  147. Noncanonical DONOR-SPLICE: ntt instead of ngt, no CONSERVED-TRP: Cys instead of Trp
  148. deletion in V-REGION: AA 89 to 107 are missing, no V-RS
  149. STOP-CODON in L-PART2, deletion in V-REGION: AA 89 to 107 are missing, no V-RS
  150. No V-RS
  151. No 2nd-CYS: STOP-CODON instead of Cys
  152. deletions in V-REGION: AA 87 to 107 are missing
  153. Deletion in V-REGION: AA 1 to 15 are missing
  154. Deletion in V-REGION: AA 89 to 107 are missing, STOP-CODON in L-PART2
  155. Frameshift in L-PART2, deletions in V-REGION: AA 90 to 107 are missing, no V-RS
  156. Frameshift in V-REGION: deletion of 8 nt in FR1-IMGT, no V-RS
  157. CONSERVED-TRP is replaced by a STOP-CODON
  158. Frameshift in V-REGION: deletion of 38 nt in FR3-IMGT, no ACCEPTOR-SPLICE, no V-RS
  159. No L-PART1, deletions in V-REGION: AA 1 to 15 are missing
  160. STOP-CODON in L-PART2, deletions in V-REGION: AA 89 to 107 are missing, no V-RS
  161. No INIT-CODON: His instead of Met, STOP-CODON in L-PART1, several STOP-CODON in V-REGION, deletions in V-REGION: AA 89 to 107 are missing, no V-RS
  162. STOP-CODON in L-PART2, several STOP-CODON in V-REGION, frameshift in V-REGION: deleted of 2 nt in FR3-IMGT
  163. No L-PART1, deletions in V-REGION: AA 1 to 21 are missing
  164. No INIT-CODON: Val instead of Met, frameshift in V-REGION: insertion of 1 nt in FR1-IMGT
  165. deletions in V-REGION: AA 1 to 21 are missing
  166. Frameshifts in V-REGION: several insertions and deletions in V-REGION
  167. No L-PART1, STOP-CODON in FR2-IMGT , deletions in V-REGION: AA 89 to 107 are missing, no V-RS
  168. STOP-CODON in L-PART1
  169. No INIT-CODON: Asn instead of Met, frameshift in V-REGION: insertion of 1 nt in FR1-IMGT
  170. No INIT-CODON: Leu instead of Met, frameshifts in V-REGION: several insertions and deletions, no V-RS
  171. No CONSERVED-TRP: Cys instead of Trp
  172. No INIT-CODON: Leu instead of Met, STOP-CODON in FR1-IMGT: position 9, frameshifts in V-REGION: several insertions and deletions in V-REGION
  173. No L-PART1, no L-PART2, deletions in V-REGION: AA 1 to 20 are missing, frameshift in V-REGION: insertion of 1 nt in FR3-IMGT
  174. No INIT-CODON: Val instead of Met, deletions in V-REGION: AA 1 to 19 are missing, frameshift in V-REGION: deletion of 1 nt in FR3-IMGT
  175. No INIT-CODON: Phe instead of Met, frameshift in V-REGION: deletion of 2 nt in FR3-IMGT, STOP-CODON in FR1-IMGT
  176. STOP-CODON in L-PART1, frameshift in V-REGION: insertion of 1nt in CDR1-IMGT and deletion of 2 nt from codon 87 and 10 nt from codon 95 in FR3-IMGT
  177. Frameshift in V-REGION: deletion of 2 nt from codon 87 and 10 nt from codon 95 in FR3-IMGT
  178. Frameshift in L-PART1, frameshift in V-REGION: deletion of 11 nt in FR1-IMGT and 11 nt in FR2-IMGT
  179. Frameshift in L-PART1, frameshift in L-PART2, no INIT-CODON: Val instead of Met
  180. No CONSERVED-TRP: STOP-CODON instead of Trp
  181. Frameshift in V-REGION: deletion of 10 nt in FR1-IMGT
  182. STOP-CODON in FR1-IMGT: position 12
  183. STOP-CODON in FR2-IMGT: position 43 and 47
  184. No INIT-CODON: Leu instead of Met, no DONOR-SPLICE
  185. Frameshift in L-PART1, frameshift in V-REGION: deletion of 18 nt in FR1-IMGT
  186. Frameshift in L-PART, frameshift in V-REGION: several insertions and deletions
  187. STOP-CODON in FR3-IMGT: position 83
  188. Frameshift in L-PART1, STOP-CODON in FR2-IMGT: position 52
  189. Frameshift in L-PART1, frameshift in V-REGION: deletion of 1 nt from codon 6 and 17 nt from codon 15 in FR1-IMGT
  190. No L-PART1, STOP-CODON in FR1-IMGT: position 24
  191. STOP-CODON in L-PART1, STOP-CODON in L-PART2
  192. No L-PART1, STOP-CODON in L-PART2
  193. STOP-CODON in FR2-IMGT: position 54, STOP-CODON in FR3-IMGT: position 88, deletions in V-REGION: AA 90 to 107 are missing, no V-RS
  194. No L-PART1, deletions in V-REGION: AA 87 to 107 are missing, no V-RS
  195. Frameshift in L-PART1, frameshifts in V-REGION: several insertions and deletions
  196. Sequence not in locus reference sequences (GU129139 and GU129140)
IMGT references:
  1. Davidson,W.S. et al., Sequencing the genome of the Atlantic salmon (Salmo salar), Genome Biol, vol. 11, 2010, pp. 403-403.
  2. Hordvik I et al., Structure and organization of the immunoglobulin M heavy chain genes in Atlantic salmon, Salmo salar, Mol. Immunol, vol. 34, no. 8-9, 1997, pp. 631-639.
  3. Yasuike M. et al., Evolution of duplicated IgH loci in Atlantic salmon, Salmo salar, BMC Genomics, vol. 11, 2010, pp. 486-486. DOI: 10.1186/1471-2164-11-486