Next Generation Sequencing

NGS sequencer that utilizes Sequencing by Synthesis (SBS) technology. Its fast run times, high throughput capacity, and flexibility make it ideal for a wide range of genomic applications.

TECHNICAL SPECIFICATIONS 

• Sequencing technology: Sequencing by Synthesis (SBS)

• Sequencing modes: Single-End / Paired-End

• Generates up to 800 million reads per run (in paired-end mode)

• Read length: up to 150 bp

• Sequencing capacity: up to 120 Gb of data per run

NGS sequencer that utilizes semiconductor sequencing technology. It supports a variety of applications with different workflows, offering low operating costs and fast turnaround times, making it suitable for both research and clinical settings.

TECHNICAL SPECIFICATIONS

• Sequencing technology: Semiconductor sequencing

• Sequencing mode: Single-End

• Generates up to 80 million reads per run

• Read length: up to 400 bp

• Sequencing capacity: up to 15 Gb of data per run

Maxwell RSC is an automated nucleic acid extraction system suitable for a wide range of applications and biological samples. It ensures fast, reliable, and high-quality nucleic acid extraction.

TECHNICAL SPECIFICATIONS 

• Extraction technology: magnetic particle-based extraction

• Capable of extracting nucleic acids from various sample types, including blood, tissues, saliva, oral swabs, cell cultures, and more

• Extraction time: 30–60 minutes, depending on sample type and protocol used

• Sample capacity per run: 1 to 16 samples simultaneously

The Ion Chef system is an advanced, fully automated solution for NGS library preparation, designed for research laboratories handling high sample volumes or requiring a high-throughput workflow. It is a versatile and scalable system, compatible with a wide range of NGS applications, from whole-genome sequencing to targeted library preparation.

TECHNICAL SPECIFICATIONS 

• Sample capacity per run: supports up to 12 samples per run, depending on the model and protocol used

• Sample types: compatible with a wide range of samples, including genomic DNA, RNA, and DNA/RNA from liquid biopsies

A microvolume UV-Vis spectrophotometer designed for measuring DNA, RNA, and protein samples with minimal sample volumes.

TECHNICAL SPECIFICATIONS

• Sample volume: 1 µL

• Spectral range: 220–750 nm

• Wavelength accuracy: ±1 nm

• Absorbance accuracy: ±3% (at 0.74 A at 350 nm)

• Absorbance repeatability: ±0.002 A (at 0.7 A)

• Detection limit (dsDNA): 2 ng/µL

• Maximum measurable concentration (dsDNA): 3700 ng/µL

Automated electrophoresis systems used for quality control of DNA and RNA samples. They are designed to analyze size, quantity, and integrity of a sample, making them ideal for workflows such as Next-Generation Sequencing (NGS) and biobanking, providing highly precise analytical assessment.

TECHNICAL SPECIFICATIONS 

Sample types analyzed: total RNA, small RNA, DNA

Sensitivity – 2100 Bioanalyzer:

• RNA: 50 pg/µL in water or 200 pg/µL in TE

• Small RNA: 50 pg of purified miRNA sample or 10 ng of total RNA

• DNA: up to 5 pg/µL for fragment analysis; 100 pg/µL for complex DNA samples, such as NGS libraries

Sensitivity – 4150 TapeStation:

• DNA: detection limit of 5 pg/µL for DNA fragments

• RNA: detection limit of 100 pg/µL for total RNA