Nucleic Acid Purification

Engineered for speed, built for scale.

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5x

Faster than traditional extraction methods

57%

Lower costs with
single-step purification

2,000

Samples in
less than 1 hour

Why Researchers Are Switching to EchoLUTION

Preserve more
Nucleic Acids

Our gentle matrix allows nucleic acids to freely pass through, preserving your sample’s true biology without harsh washing and binding steps.

No Harsh Chemicals

Phenol-free, chloroform-free chemistry designed for safer labs and cleaner workflows.

Scalable

Process more samples with 96- and 384-well formats for a variety of sample types.

Reliable Results

Consistently pure, inhibitor-free nucleic acids support a wide range of downstream applications including qPCR, NGS, and more!

Explore Our Most Popular Kits

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A Better Way to Purify

EchoLUTION is high-speed, scalable to 384 plates,
and convenient.

Speak with a BioEcho Specialist

3 steps

EchoLUTION Technology

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70% faster protocol with EchoLUTION

vs

7 steps

Bind-Wash-Elute (Silica) Method

#1 Rated FFPE RNA Kit

Independent Study   |   11.5/12 Performance Score

Read Comparison Study

EchoLUTION™ FFPE RNA Extraction Comes Out On Top

In a comparison study conducted by TAmiRNA GmbH, the EchoLUTION™ FFPE RNA Kit shines.

  • Shows the lowest RNA degradation

  • Highest percentage of miRNA reads

  • Strongest overall performance in sequencing metrics

  • Comparable RNA yield and purity to other leading kits

Read Comparison Study

See EchoLUTION in Action

one step purification

EchoLUTION™ - The Single Step
Purification Technology

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how to use echolution cell culture rna kit

How to use the EchoLUTION™
Cell Culture RNA extraction kit

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Further Reading & Resources

Featured
How to Select a DNA Sequencing Technology? A Guide to NGS Platforms
DNA, RNA, Sequencing
How to Select a DNA Sequencing Technology? A Guide to NGS Platforms
DNA, RNA, Sequencing

From Sanger to next-generation and long-read sequencing — explore key DNA sequencing technologies from Illumina, PacBio, BGI, Ion Torrent, and Oxford Nanopore and find the best platform for your study.

DNA, RNA, Sequencing
Enhance your transcriptome analysis: tips for preparing optimal RNA
RNA
Enhance your transcriptome analysis: tips for preparing optimal RNA
RNA

High-quality RNA is crucial for successful RNA-seq. This article covers the first steps of the workflow—experimental design, choosing the right extraction method, and handling different sample types like tissues, FFPE, blood, and plants—to help ensure RNA integrity and reliable downstream results.

RNA
Revealing the genome's secrets: advances and applications of next-generation sequencing
RNA, DNA
Revealing the genome's secrets: advances and applications of next-generation sequencing
RNA, DNA

From the early days of Sanger sequencing to the rise of next-generation platforms, DNA and RNA sequencing have transformed science and medicine. This article explores the history of sequencing technology, major applications like variant analysis, epigenomics, and clinical genomics, and walks through the full NGS workflow with practical tips for quality and accuracy.

RNA, DNA
Low input or inhibition? Quantitative approaches to detect qPCR inhibitors
Low input or inhibition? Quantitative approaches to detect qPCR inhibitors

qPCR inhibition can look a lot like low input—but the consequences of missing it are serious. This article reviews how inhibition affects Ct values and amplification curves, then explores practical detection strategies, including PCR efficiency analysis, internal controls, and kinetic outlier detection (KOD).

From selecting the right kit to troubleshooting an application or scaling up your process our experts are here to guide you every step of the way. Have a question? Contact us to get in touch.

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