IGTR Panel v1.0 covers the entire Immunoglobulin (IG) and T cell receptor (TR) coding gene segments of the human genome, which can be used forthe enrichment of segments before or after rearranged by V(D)JCrecombination at the DNA level, and the enrichment of mature transcript at the RNA level.
DNA Capture Performance
Figure 1. Capture performance of IGTR Panel v1.0 in different DNA libraries.Libraries were prepared using NadPrep DNA Library Preparation Kit (for Illumina®) coupled with NadPrep UDI Adapter Kit (for Illumina®). IGTR Panel v1.0 were respectively used to complete hybridization capture, and sequenced on Illumina Novaseq 6000 with PE150. The BWA was used for alignment of raw reads to the reference genome (hg38). A. Mappability and On-target rate; B. Targeted covered;
Note:The DNA_1-3 samples were: Ramos cell line DNA; Jurkat cell line DNA; Human Gnomic DNA (Promega-male, G1471).
RNA Capture Performance
Figure 2. Capture performance of IGTR Panel v1.0 in different RNA libraries. Libraries were prepared using NadPrep Total RNA-To-DNA Module coupled with NadPrep DNA Library Preparation Kit (for Illumina®). IGTR Panel v1.0 were respectively used to complete hybridization capture, and sequenced on Illumina Novaseq 6000 with PE150. Analysis was performed using salmon.
Note:The RNA_1-3 samples were: Ramos cell line total RNA; Jurkat cell line total RNA; Human Blood Peripheral Leukocytes Total RNA (Clontech, 636592).
Example Coverage of Transcript by RNACap
Ramos Cell Line
Jurkat Cell Line
Figure 3. Example coverage of transcripts captured by RNA from different cell lines with IGTR Panel v1.0.
Sensitivity Performance
Figure 4. Capture sensitivity performance of IGTR Panel v1.0 in both DNA and RNA libraries. Libraries were prepared using NadPrep Total RNA-To-DNA Module coupled with NadPrep DNA Library Preparation Kit (for Illumina®). IGTR Panel v1.0 were respectively used to complete hybridization capture, and sequenced on Illumina Novaseq 6000 with PE150.
Note:Ramos+Jurkat DNA were serially diluted with Human Genomic DNA (Promega-male, G1471); Ramos+Jurkat RNA were serially diluted with Human Blood Peripheral Leukocytes Total RNA (Clontech, 636592).
IG Coding Gene
IGHV1-2 |
IGHV1-3 |
IGHV1-18 |
IGHV1-24 |
IGHV1-45 |
IGHV1-46 |
IGHV1-58 |
IGHV1-69 |
IGHV1-69-2 |
IGHV1-69D |
IGHV1OR15-1 |
IGHV1OR21-1 |
IGHV1OR16-2 |
IGHV1OR15-9 |
IGHV2-5 |
IGHV2-26 |
IGHV2-70 |
IGHV2-70D |
IGHV2OR16-5 |
IGHV3-7 |
IGHV3-11 |
IGHV3-13 |
IGHV3-15 |
IGHV3-16 |
IGHV3-20 |
IGHV3-21 |
IGHV3-23 |
IGHV3-25 |
IGHV3-30 |
IGHV3-33 |
IGHV3-35 |
IGHV3-38 |
IGHV3-43 |
IGHV3-48 |
IGHV3-49 |
IGHV3-53 |
IGHV3-62 |
IGHV3-64 |
IGHV3-66 |
IGHV3-72 |
IGHV3-73 |
IGHV3-74 |
IGHV3-64D |
IGHV3OR16-6 |
IGHV3OR15-7 |
IGHV3OR16-8 |
IGHV3OR16-9 |
IGHV3OR16-10 |
IGHV3OR16-12 |
IGHV3OR16-13 |
IGHV3OR16-17 |
IGHV4-4 |
IGHV4-28 |
IGHV4-31 |
IGHV4-34 |
IGHV4-39 |
IGHV4-59 |
IGHV4-61 |
IGHV4OR15-8 |
IGHV5-51 |
IGHV5-10-1 |
IGHV6-1 |
IGHV7-81 |
IGHV7-4-1 |
IGHV8-51-1 |
IGHD1-1 |
IGHD1-7 |
IGHD1-14 |
IGHD1-20 |
IGHD1-26 |
IGHD1OR15-1A |
IGHD1OR15-1B |
IGHD2-2 |
IGHD2-8 |
IGHD2-15 |
IGHD2-21 |
IGHD2OR15-2A |
IGHD2OR15-2B |
IGHD3-3 |
IGHD3-9 |
IGHD3-10 |
IGHD3-16 |
IGHD3-22 |
IGHD3OR15-3A |
IGHD3OR15-3B |
IGHD4-4 |
IGHD4-11 |
IGHD4-17 |
IGHD4-23 |
IGHD4OR15-4A |
IGHD4OR15-4B |
IGHD5-5 |
IGHD5-12 |
IGHD5-18 |
IGHD5-24 |
IGHD5OR15-5A |
IGHD5OR15-5B |
IGHD6-6 |
IGHD6-13 |
IGHD6-19 |
IGHD6-25 |
IGHD7-27 |
IGHJ1 |
IGHJ2 |
IGHJ3 |
IGHJ4 |
IGHJ5 |
IGHJ6 |
IGHA1 |
IGHA2 |
IGHD |
IGHE |
IGHG1 |
IGHG2 |
IGHG3 |
IGHG4 |
IGHGP |
IGHM |
IGKV1-5 |
IGKV1-6 |
IGKV1-8 |
IGKV1D-8 |
IGKV1-9 |
IGKV1-12 |
IGKV1D-12 |
IGKV1-13 |
IGKV1D-13 |
IGKV1-16 |
IGKV1D-16 |
IGKV1-17 |
IGKV1D-17 |
IGKV1-27 |
IGKV1-33 |
IGKV1D-33 |
IGKV1-37 |
IGKV1D-37 |
IGKV1-39 |
IGKV1D-39 |
IGKV1D-42 |
IGKV1D-43 |
IGKV1OR2-108 |
IGKV2-24 |
IGKV2D-24 |
IGKV2D-26 |
IGKV2-28 |
IGKV2D-28 |
IGKV2-29 |
IGKV2D-29 |
IGKV2-30 |
IGKV2D-30 |
IGKV2-40 |
IGKV2D-40 |
IGKV3-7 |
IGKV3D-7 |
IGKV3-11 |
IGKV3D-11 |
IGKV3-15 |
IGKV3D-15 |
IGKV3-20 |
IGKV3D-20 |
IGKV3OR2-268 |
IGKV4-1 |
IGKV5-2 |
IGKV6-21 |
IGKV6D-21 |
IGKV6D-41 |
IGKJ1 |
IGKJ2 |
IGKJ3 |
IGKJ4 |
IGKJ5 |
IGKC |
IGLV1-36 |
IGLV1-40 |
IGLV1-41 |
IGLV1-44 |
IGLV1-47 |
IGLV1-50 |
IGLV1-51 |
IGLV2-8 |
IGLV2-11 |
IGLV2-14 |
IGLV2-18 |
IGLV2-23 |
IGLV2-33 |
IGLV3-1 |
IGLV3-9 |
IGLV3-10 |
IGLV3-12 |
IGLV3-16 |
IGLV3-19 |
IGLV3-21 |
IGLV3-22 |
IGLV3-25 |
IGLV3-27 |
IGLV3-32 |
IGLV4-3 |
IGLV4-60 |
IGLV4-69 |
IGLV5-37 |
IGLV5-45 |
IGLV5-48 |
IGLV5-52 |
IGLV6-57 |
IGLV7-43 |
IGLV7-46 |
IGLV8-61 |
IGLV8OR8-1 |
IGLV9-49 |
IGLV10-54 |
IGLV11-55 |
IGLJ1 |
IGLJ2 |
IGLJ3 |
IGLJ4 |
IGLJ5 |
IGLJ6 |
IGLJ7 |
IGLC1 |
IGLC2 |
IGLC3 |
IGLC6 |
IGLC7 |
IGLL1 |
IGLL5 |
TR Coding Gene
TRAV1-1 |
TRAV1-2 |
TRAV2 |
TRAV3 |
TRAV4 |
TRAV5 |
TRAV6 |
TRAV7 |
TRAV8-1 |
TRAV8-2 |
TRAV8-3 |
TRAV8-4 |
TRAV8-6 |
TRAV8-7 |
TRAV9-1 |
TRAV9-2 |
TRAV10 |
TRAV12-1 |
TRAV12-2 |
TRAV12-3 |
TRAV13-1 |
TRAV13-2 |
TRAV14DV4 |
TRAV16 |
TRAV17 |
TRAV18 |
TRAV19 |
TRAV20 |
TRAV21 |
TRAV22 |
TRAV23DV6 |
TRAV24 |
TRAV25 |
TRAV26-1 |
TRAV26-2 |
TRAV27 |
TRAV29DV5 |
TRAV30 |
TRAV34 |
TRAV35 |
TRAV36DV7 |
TRAV38-1 |
TRAV38-2DV8 |
TRAV39 |
TRAV40 |
TRAV41 |
TRAJ1 |
TRAJ2 |
TRAJ3 |
TRAJ4 |
TRAJ5 |
TRAJ6 |
TRAJ7 |
TRAJ8 |
TRAJ9 |
TRAJ10 |
TRAJ11 |
TRAJ12 |
TRAJ13 |
TRAJ14 |
TRAJ15 |
TRAJ16 |
TRAJ17 |
TRAJ18 |
TRAJ19 |
TRAJ20 |
TRAJ21 |
TRAJ22 |
TRAJ23 |
TRAJ24 |
TRAJ25 |
TRAJ26 |
TRAJ27 |
TRAJ28 |
TRAJ29 |
TRAJ30 |
TRAJ31 |
TRAJ32 |
TRAJ33 |
TRAJ34 |
TRAJ35 |
TRAJ36 |
TRAJ37 |
TRAJ38 |
TRAJ39 |
TRAJ40 |
TRAJ41 |
TRAJ42 |
TRAJ43 |
TRAJ44 |
TRAJ45 |
TRAJ46 |
TRAJ47 |
TRAJ48 |
TRAJ49 |
TRAJ50 |
TRAJ52 |
TRAJ53 |
TRAJ54 |
TRAJ56 |
TRAJ57 |
TRAJ58 |
TRAJ59 |
TRAJ61 |
TRAC |
TRBV2 |
TRBV3-1 |
TRBV4-1 |
TRBV4-2 |
TRBV5-1 |
TRBV5-3 |
TRBV5-4 |
TRBV5-5 |
TRBV5-6 |
TRBV5-7 |
TRBV6-1 |
TRBV6-2 |
TRBV6-4 |
TRBV6-5 |
TRBV6-6 |
TRBV6-7 |
TRBV6-8 |
TRBV7-1 |
TRBV7-2 |
TRBV7-3 |
TRBV7-4 |
TRBV7-6 |
TRBV7-7 |
TRBV7-9 |
TRBV9 |
TRBV10-1 |
TRBV10-2 |
TRBV10-3 |
TRBV11-1 |
TRBV11-2 |
TRBV11-3 |
TRBV12-3 |
TRBV12-4 |
TRBV12-5 |
TRBV13 |
TRBV14 |
TRBV15 |
TRBV16 |
TRBV17 |
TRBV18 |
TRBV19 |
TRBV20-1 |
TRBV20OR9-2 |
TRBV23-1 |
TRBV23OR9-2 |
TRBV24-1 |
TRBV24OR9-2 |
TRBV25-1 |
TRBV27 |
TRBV28 |
TRBV29-1 |
TRBV29OR9-2 |
TRBV30 |
TRBD1 |
TRBD2 |
TRBJ1-1 |
TRBJ1-2 |
TRBJ1-3 |
TRBJ1-4 |
TRBJ1-5 |
TRBJ1-6 |
TRBJ2-1 |
TRBJ2-2 |
TRBJ2-3 |
TRBJ2-4 |
TRBJ2-5 |
TRBJ2-6 |
TRBJ2-7 |
TRBJ2-2P |
TRBC1 |
TRBC2 |
TRGV1 |
TRGV2 |
TRGV3 |
TRGV4 |
TRGV5 |
TRGV8 |
TRGV9 |
TRGV10 |
TRGV11 |
TRGJ1 |
TRGJ2 |
TRGJP1 |
TRGJP2 |
TRGJP |
TRGC1 |
TRGC2 |
TRDV1 |
TRDV2 |
TRDV3 |
TRDD1 |
TRDD2 |
TRDD3 |
TRDJ1 |
TRDJ2 |
TRDJ3 |
TRDJ4 |
TRDC |
For research use only. Not for use in diagnostic procedures.
Catalog |
Color of Tube |
Product |
Volume |
Package/Storage temperature |
1001941 |
|
IGTR Panel v1.0, 96 rxn |
415 μL |
–20℃ |
1001942 |
|
IGTR Panel v1.0, 16 rxn |
70 μL |
–20℃ |
Product | Catalog# |
IGTR Panel v1.0, 16 rxn | 1001942 |
IGTR Panel v1.0, 96 rxn | 1001941 |
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