Immunogenetics
Dedicato ai pazienti trapiantati. Leader nell’innovazione.
Cura personalizzata per ogni fase del percorso del trapianto.
Siamo impegnati e determinati a migliorare le analisi per i pazienti trapiantati, offrendo soluzioni innovative e avanzate lungo tutto il percorso del paziente. La nostra realtà si fonda su cinque valori fondamentali che caratterizzano tutto il nostro operato: innovazione, centralità del paziente, responsabilità, miglioramento continuo e una cultura basata sulla collaborazione e su un atteggiamento propositivo. Questi valori sono il motore che guida ogni nostra azione.
A new single-tube methodology for library preparation that simplifies the laboratory workflow and allows complete "hybrid capture" of HLA genes, with the possibility to extend the analysis to additional transplant-related genes.
Key Features
- Advanced indexing allows a single-tube workflow
- Bead-based normalization – No operator-dependent adjustment needed regarding [DNA].
- HLA genes and other transplant-associated genes are captured using probes.
- New genetic content can be added without affecting the single-tube workflow
- Compatible with Illumina platforms: MiSeq, MiniSeq, and iSeq
- A single platform: the AlloSeq system integrates advanced pre-transplant and post-transplant surveillance testing into a single sequencing platform Illumina
|
PRODUCT |
NO. RXNS |
Product Code |
|
AlloSeq Tx17 (RUO) Set A |
24 |
ASTX17.1(24) |
|
AlloSeq Tx17 (CE-IVD) Set A |
24 |
ASTX17.1(24)-IVD |
|
AlloSeq Tx17 (RUO) Set B |
24 |
ASTX17.1(24)-B-RUO |
|
AlloSeq Tx17 (CE-IVD) Set B |
24 |
ASTX17.1(24)-B-IVD |
|
AlloSeq Tx17 (RUO) Set A |
96 |
ASTX17.1(96)-A-RUO |
|
AlloSeq Tx17 (CE-IVD) Set A |
96 |
ASTX17.1(96)-A-IVD |
|
AlloSeq Tx17 (RUO) Set B |
96 |
ASTX17.1(96)-B-RUO |
|
AlloSeq Tx17 (CE-IVD) Set B |
96 |
ASTX17.1(96)-B-IVD |
|
AlloSeq Tx9 (RUO) Set A |
96 |
ASTX9.1(96)-A-RUO |
|
AlloSeq Tx9 (CE-IVD) Set A |
96 |
ASTX9.1(96)-A-IVD |
|
AlloSeq Tx9 (RUO) Set B |
96 |
ASTX9.1(96)-B-RUO |
|
AlloSeq Tx9 (CE-IVD) Set B |
96 |
ASTX9.1(96)-B-IVD |
|
AlloSeq Tx ABO |
Spike-in |
ASTXM1.1-RUO |
|
AlloSeq Tx APOL1 |
Spike-in |
ASTXM2.1-RUO |
|
AlloSeq Tx LIMS1 |
Spike-in |
ASTXM3.1-RUO |
|
AlloSeq Tx ABO+CCR5 |
Spike-in |
ASTXM4.1-RUO |
A new single-tube methodology for library preparation that simplifies the laboratory workflow and allows complete "hybrid capture" of HLA genes, with the possibility to extend the analysis to additional transplant-related genes.
Key Features
- Advanced indexing allows a single-tube workflow
- Bead-based normalization – No operator-dependent adjustment needed regarding [DNA].
- HLA genes and other transplant-associated genes are captured using probes.
- New genetic content can be added without affecting the single-tube workflow
- Compatible with Illumina platforms: MiSeq, MiniSeq, and iSeq
- A single platform: the AlloSeq system integrates advanced pre-transplant and post-transplant surveillance testing into a single sequencing platform Illumina
|
PRODUCT |
NO. RXNS |
Product Code |
|
AlloSeq Tx17 (RUO) Set A |
24 |
ASTX17.1(24) |
|
AlloSeq Tx17 (CE-IVD) Set A |
24 |
ASTX17.1(24)-IVD |
|
AlloSeq Tx17 (RUO) Set B |
24 |
ASTX17.1(24)-B-RUO |
|
AlloSeq Tx17 (CE-IVD) Set B |
24 |
ASTX17.1(24)-B-IVD |
|
AlloSeq Tx17 (RUO) Set A |
96 |
ASTX17.1(96)-A-RUO |
|
AlloSeq Tx17 (CE-IVD) Set A |
96 |
ASTX17.1(96)-A-IVD |
|
AlloSeq Tx17 (RUO) Set B |
96 |
ASTX17.1(96)-B-RUO |
|
AlloSeq Tx17 (CE-IVD) Set B |
96 |
ASTX17.1(96)-B-IVD |
|
AlloSeq Tx9 (RUO) Set A |
96 |
ASTX9.1(96)-A-RUO |
|
AlloSeq Tx9 (CE-IVD) Set A |
96 |
ASTX9.1(96)-A-IVD |
|
AlloSeq Tx9 (RUO) Set B |
96 |
ASTX9.1(96)-B-RUO |
|
AlloSeq Tx9 (CE-IVD) Set B |
96 |
ASTX9.1(96)-B-IVD |
|
AlloSeq Tx ABO |
Spike-in |
ASTXM1.1-RUO |
|
AlloSeq Tx APOL1 |
Spike-in |
ASTXM2.1-RUO |
|
AlloSeq Tx LIMS1 |
Spike-in |
ASTXM3.1-RUO |
|
AlloSeq Tx ABO+CCR5 |
Spike-in |
ASTXM4.1-RUO |
Donor-derived cell-free DNA test for organ transplant monitoring.
Determination of the level of Circulating Cell-Free DNA derived from the donor in transplant recipients. The relative quantification of the level of Circulating Cell-Free DNA derived from the donor can help improve transplant surveillance. Circulating Cell-Free DNA is fragmented DNA in the bloodstream that comes from cells undergoing injury and dying. When transplant injury occurs, the Circulating Cell-Free DNA derived from the donor (dd-cfDNA) increases in the blood. AlloSeq cfDNA measures the Circulating Cell-Free DNA derived from the donor (dd-cfDNA) using low DNA input, next-generation sequencing (NGS) technology and optimized analysis to improve transplant surveillance.
Revolutionizing Chimerism Monitoring
The latest innovation in chimerism testing offers streamlined workflow with best-in-class sensitivity.
Chimerism changes after hematopoietic cell transplant can be an early indication of relapse.*
Key Features:
- A NGS-based chimerism testing solution that is able to determine the relative contribution of up to 3 genomes in a single sample, i.e., up to two donors per recipient
- A kit-based test that offers high-quality data with a recommended input of 10 ng of gDNA and up to 96 samples per batch
- - One-step multiplex assay that utilizes 202 SNPs across all autosomal chromosomes to differentiate between recipient and donor(s) gDNA
- A highly sensitive, scalable assay with time-saving automated analysis software
