Automatización
Preparación de muestras/ensayos eficiente y automatizada
Los laboratorios forenses y de identificación humana suelen requerir soluciones automatizadas para procesar de manera eficiente la gran cantidad de muestras que reciben. La preparación automatizada de muestras forenses debe permitir la purificación de ADN listo para PCR con una amplia variedad de muestras y matrices. Además, la preparación de ensayos forenses automatizados debe ser rápida para sus análisis posteriores.
Nuestra completa gama de soluciones automatizadas pueden estandarizar su flujo de trabajo, reducir el tiempo de intervención y ofrecer los datos reproducibles de gran calidad que necesita.
Productos
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12 productos encontrados
EZ2 Connect Fx
For end-to-end automation of nucleic acid extraction in human identification applications, from reagent setup to elution
QIAsymphony SP/AS instruments
For fully automated DNA/RNA purification from a broad range of samples with varying input volumes, with the QIAsymphony SP, and integrated assay set up with the QIAsymphony AS.
EZ1 Advanced XL
For automated purification of nucleic acids from up to 14 human, forensic, or molecular diagnostics samples
QIAcube Connect
For fully automated, spin-column-based nucleic acid extraction that you can manage from outside the lab using QIAsphere
STAR Q Punch AS Instrument
For high-throughput punching and assay setup for human identity samples
STAR Q Accessories
For use with STAR Q instruments for automated sample preparation and assay setup
Rotor-Gene Q
For outstanding performance in real-time PCR
QIAgility
For rapid, high-precision automated PCR setup
EZ1 Advanced XL DNA Investigator Flip-Cap Card
For easy setup of protocols using the EZ1 DNA Investigator Kit on the flip-cap rack on the EZ1 Advanced XL
EZ1 DNA Investigator Cards
For easy setup of protocols for forensic applications on EZ1 instruments
QIAcube HID Differential Washing Station
For separation of sexual assault samples
PyroMark Q48 Autoprep: Instrument, reagents and accessories
For automated Pyrosequencing with advanced methylation, mutation and SNP quantification