PUMP
Stilla TechnologiesThe pump supplies pressure to the Geode to help partition the sample into droplets.
The pump supplies pressure to the Geode to help partition the sample into droplets.
The Sapphire chip consists of 4 chambers where the samples are partitioned into homogenous droplet crystals using cutting edge microfluidic technique, and an inlet and an outlet port for loading and recovering the sample from each chamber, respectively.Â
The Opal chip consists of 16 chambers where the samples are partitioned into homogenous droplet crystals using a cutting-edge microfluidic technique.
Stilla Technologies' naica ® multiplex PCR MIX is specially formulated to ensure optimal Crystal Digital PCR™ compatibility. Our line of reagents maximizes sensitivity by enabling high sample input capacity while ensuring flexible reaction assembly.
Stilla Technologies' naica ® multiplex PCR MIX is specially formulated to ensure optimal Crystal Digital PCR™ compatibility. Our line of reagents maximizes sensitivity by enabling high sample input capacity while ensuring flexible reaction assembly.
Stilla Technologies' naica ® multiplex PCR MIX is specially formulated to ensure optimal Crystal Digital PCR™ compatibility. Our line of reagents maximizes sensitivity by enabling high sample input capacity while ensuring flexible reaction assembly.
Stilla Technologies' naica ® multiplex PCR MIX is specially formulated to ensure optimal Crystal Digital PCR™ compatibility. Our line of reagents maximizes sensitivity by enabling high sample input capacity while ensuring flexible reaction assembly.
Stilla Technologies' naica ® multiplex PCR MIX is specially formulated to ensure optimal Crystal Digital PCR™ compatibility. Our line of reagents maximizes sensitivity by enabling high sample input capacity while ensuring flexible reaction assembly.
Stilla Technologies' naica ® PCR MIX and naica ® multiplex PCR MIX are specially formulated to ensure optimal Crystal Digital PCR™ compatibility. Our line of reagents maximizes sensitivity by enabling high sample input capacity while ensuring flexible reaction assembly.
Stilla Technologies' naica ® PCR MIX is specially formulated to ensure optimal Crystal Digital PCR™ compatibility. Our line of reagents maximizes sensitivity by enabling high sample input capacity while ensuring flexible reaction assembly.
Stilla Technologies' naica ® PCR MIX is specially formulated to ensure optimal Crystal Digital PCR™ compatibility. Our line of reagents maximizes sensitivity by enabling high sample input capacity while ensuring flexible reaction assembly.
Highly multiplexed, targeted amplicon sequencing for critical analysis of your CRISPR edits
NGS-ready amplicon libraries. Fast. Easy. Convenient.
384-well, 4-color plus FRET, network-connected real-time PCR detection system, includes CFX Opus 384 base unit, cables Â
25 x 20 µl reactions; kit includes 400 µl Reliance Select 5X reaction mix, 25 µl Reliance reverse transcriptase, Reliance Select random primers, oligo(dT), DNase and buffer, nuclease-free water
100 x 20 µl reactions; kit includes 400 µl Reliance Select 5X reaction mix, 100 µl Reliance reverse transcriptase, Reliance Select random primers, oligo(dT), DNase and buffer, nuclease-free water Â
500 x 20 µl reactions; bundle of 5 boxes of 100 reaction kit; includes 2,000 µl Reliance Select 5X reaction mix, 500 µl Reliance reverse transcriptase, Reliance Select random primers, oligo(dT), DNase and buffer, nuclease-free water Â
The Reliance SARS-CoV-2 RT-PCR Test provides real-time PCR detection of multiple RNA targets from the SARS-CoV-2 virus with great sensitivity and speed. Â
Use the Reliance SARS-CoV-2 Flu A/B RT-PCR Test Kit for fast, senstitive RT-PCR detection of multiple RNA targets from the SARS-CoV-2 + Influenza A & B viruses. Â
The Reliance SARS-CoV-2 RT-PCR CE-IVD Test provides real-time PCR detection of multiple RNA targets from the SARS-CoV-2 virus with great sensitivity and speed. Â
Diagnostic human sample testing for the presence of SARS-CoV-2 through RT-qPCR methods.
96-well real-time PCR instrument for in-vitro diagnostic (IVD) use