SBTexcellerator provides you with a wide range of optimised reagents for Sanger Sequencing-Based HLA Typing (SBT).
A single PCR amplifies all relevant exons of a HLA locus. The amplification conditions are the same for all loci. Primers anneal in non-coding regions resulting in complete exon readability.
Our sequencing approach has the widest coverage in the market. Our sequencing primers cover not just the core exons but go the needed ‘extra mile’ for you.
GeneDx also offers sequencing primers for additional exon regions and multiple GSSPs to resolve allele and genotype ambiguities. The GSP System indicates the GSSP needed to resolve possible ambiguities.
| Description | Reference | Presentation |
|---|---|---|
| SBTexcellerator HLA-A core | GD-4100084 | 50 reacciones |
| SBTexcellerator HLA-A extended | GD-4100184 | 50 reacciones |
| SBTexcellerator HLA-B core | GD-4101084 | 50 reacciones |
| SBTexcellerator HLA-B extended | GD-4101184 | 50 reacciones |
| SBTexcellerator HLA-C core | GD-4102084 | 50 reacciones |
| SBTexcellerator HLA-C extended | GD-4102184 | 50 reacciones |
| SBTexcellerator HLA-DRB1 core | GD-4105084 | 50 reacciones |
| SBTexcellerator HLA-DRB1 extended | GD-4105184 | 50 reacciones |
| SBTexcellerator HLA-DRB3/4/5 core | GD-4105384 | 50 reacciones |
| SBTexcellerator HLA-DQA1 full kit | GD-4106384 | 50 reacciones |
Public Documentation
