Innovators in DNA Sequencing Technologies

Generate data with uniform peak heights and optimized signal balance to produce long, high-quality reads.

Widely adopted by labs using 310, 3100, 3130, 3500, 3730 Series Genetic Analyzers and SeqStudio™.

NGS samples misidentification: a recognizable concern. Independent confirmation of sample identity is highly desirable, preferably using a method that is intrinsic in the WES and WGS sample data.

EasySeq™ Human WES WGS Sample Tracking (HST WES/WGS) Kit is a single-tube multiplex assay, containing an optimized panel of 34 SNPs and Amelogenin X and Y, to be utilized as intrinsic identifiers from human genomic DNA.

IDseek® is the first range of MPS assays providing a more safe and simple workflow, based on RC-PCR technology, with the potential to compete with CE-based assays, for routine application in forensic casework. 

Reverse Complement (RC-PCR) based MPS library prep solution for autosomal STRs relative to establishing identity of missing persons, confirm familial relations, and link persons of interest to crime scenes. Covering all relevant STR core loci from USA, EU, Germany, UK, and Interpol. All amplicons are designed to meet the shortest possible fragments lengths and are compatible with illumina® MiSeq™. This allows analysis of highly degraded samples, and sensitive detection of more STRs, avoiding the need for separate, secondary workflows in the lab. 

Alpaqua MAGNUM FLX® contains proprietary, solid-core ring magnets that enable fast separation of sample volumes up to 2 mL, and low volume nucleic acid elution down to 10 µl. SBS footprint, universally 96-well plate compatible.

MAGNUM FLX® is compatible with all commonly used 96-well plate types: Flat-Bottom, Round-Bottom, V-Bottom, Deep-Well, or PCR plates (full, semi, or non-skirted). MAGNUM FLX® can be used in virtually all automated liquid handling decks, including those with deep plate nests.

Analyzing 16S rRNA via RC-PCR based targeted sequencing library prep provides new insights in identifying bacterial content (e.g. pathogens, antibiotic resistant strains) in challenging samples (animal, human, food, environment). 

This 16S rRNA assay, based on RC-PCR, consists of the variable regions 1-2-3-4-5-6 and 9. Sequence ready libraries are generated from cDNA of the bacterial 16S rRNA, with minimal hands-on time and only two one-step RC-PCR reactions combining amplification and indexing.