System Biosciences
EVeryRNA™ EV RNA Purification System & cDNA Synthesis Kit (includes EVery100A-1 and EVery200A-1)
- SKU:
- EVery300A
- Availability:
- Usually Shipped in 5 Working Days
- Size:
- 20 preps
- Shipping Temperature:
- Blue Ice & Dry Ice (2 boxes)
Description
EVeryRNA™ EV RNA Purification System & cDNA Synthesis Kit (includes EVery100A-1 and EVery200A-1). Cat# EVery300A. Supplier: SBI System Biosciences</
- Get quick (<2 hrs) and easy cDNA synthesis optimized for use with the EVeryRNA EV RNA Purification System
- Find low abundance RNAs with the optional pre-amplification step
- Use with most downstream applications such as PCR, qPCR and miRNA profiling
- Buy the kit bundled with the EVeryRNA EV Purification System for added convenience
Products
Overview
- Get quick (<2 hrs) and easy cDNA synthesis optimized for use with the EVeryRNA EV RNA Purification System
- Find low abundance RNAs with the optional pre-amplification step
- Use with most downstream applications such as PCR, qPCR and miRNA profiling
- Buy the kit bundled with the EVeryRNA EV Purification System for added convenience
Table 1. EVeryRNA EV RNA Purification Products
Supporting Data
To demonstrate the excellent RNA yields and robust cDNA synthesis obtained with EVeryRNA, we isolated EVs from 250 µL of serum using SmartSEC Single, spiked in 0.1 pmol of Cel-miR-39, and used both the EVeryRNA EV Purification System and a phenol-based kit to isolate RNA. The isolated RNA was reverse transcribed using the EVeryRNA cDNA Synthesis & Pre-amplification Kit and the copy number of Cel-miR-39 measured (Figure 1). The EVeryRNA EV Purification System delivered similar levels of Cel-miR-39 as the phenol-based method.
EVeryRNA efficiently isolates mRNA
We used the EVeryRNA EV RNA Purification System and EVeryRNA cDNA Synthesis & Pre-amplification Kit to isolate mRNA and synthesize cDNA from cells overexpressing eGFP (Figure 2). Robust levels of eGFP mRNA are recovered and converted to cDNA when cells are overexpressing eGFP.
miRNA isolated and converted to cDNA using EVeryRNA can be used for miRNA profiling
We isolated EVs from 250 µL of serum using SmartSEC Single and used the EVeryRNA EV RNA Purification System and EVeryRNA cDNA Synthesis & Pre-amplification System to isolate and reverse transcribe EV RNAs for miRNA profiling using the SeraMir Human Exosome RNA Profiling Plate. We were able to detect a number of miRNAs both with amplification (96 miRNAs) and without amplification (16 miRNAs, with 14 overlapping with the miRNAs detected with amplification, Figure 3).