High-throughput, nanoliter system qPCR system-SmartChip Real-Time PCR System

Real-time PCR technology is often used in the detection and quantitative analysis of nucleic acid targets, and has a wide range of applications in key gene expression research and genetic variation detection, such as SNP genotyping detection

The SmartChip Real-Time PCR System can perform up to 5,184 qPCR reactions simultaneously

The MyDesign mode uses a blank 5,184 nanometer pore chip.

A study used LncRNA Panel to study somatic copy number changes (SCNA)

Takara has a long history of qPCR innovative reagent development and is well aware of the various difficulties that may arise in applying this technology to high-throughput workflows

Convergence of throughput and flexibility

The SmartChip Real-Time PCR System consists of two parts: the Nano-Upgraded MultiSample NanoDispenser (MSND) and the Real-Time PCR Cycler (SmartChip Real-Time PCR Cycler)

MSND is a high-precision nanoliter volume liquid processing system that can dispense 5,184 nanoliter reaction microwells in just 40 minutes

work process:

Flexible experimental protocol, consistent experimental results

The SmartChip technology carries 5,184 nano-upgraded microwells on a chip of only 4 cm × 4 cm, and can perform up to 5,184 PCR reactions at the same time

The SmartChip system has a chip cooling table, the system is closed, and the internal environment is humid to ensure accurate experimental results

Responsive and efficient

The SmartChip system uses a 100 nL reaction system, which significantly saves reagent costs

SmartChip Real-Time PCR System features:

▪ Up to 5,184 PCR reactions can be performed on a SmartChip at the same time

Targeted genomic screen reveals focal long non-coding RNA copy number alterations in cancer cell lines.