Discover the true biological
representation with Xdrop™

Droplet-based PCR-free target enrichment and amplification of single molecules for high fidelity molecular biology research.

How Xdrop™ works

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Get a quick overview of the principle behind
the novel Xdrop™ system.


Products & Solutions

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Find the complete product portfolio including
microfluidics cartridges and reagents for the Xdrop™ system.

Droplet solutions that make unbiased enrichment and targeted sequencing accessible to everyone

Gene editing QC including locus information
CRISPR gene editing, transgenes, cloning status, DNA- and virus integration. Sequence edits including off targets and locus information of integration site(s).

Complex genomic landscapes
Cancer, immunology, immune-oncology and neurodevelopmental disorders. Map breakpoints and sequence GC-rich areas, repetitive elements, gene-clusters and pseudogenes.

Unbiased universal amplification
Droplet-based multiple displacement
amplification for Whole Genome Amplification
of genomic DNA.

Simple and user-friendly workflow for target enrichment
and PCR-free amplification

Test tube

Step 1

Input: ng of high molecular weight DNA

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Xdrop instrument

dPCR droplets

Step 2

First droplet generation in Xdrop™ instrument
Millions of highly stable double emulsion droplets suitable for target detection by droplet PCR

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DNA helix

Step 3

Sorting and collection of positive droplets by flow cytometry

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dMDA droplets

Xdrop instrument

Step 4

Second droplet generation in Xdrop™ instrument
Thousands of single emulsion droplets for universal amplification of target DNA

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Long read sequencing

qPCR

Step 5

Downstream analysis by any molecular biology method. E.g. Microrray, long read sequencing, NGS, PCR

Test tube

Step 1

Input: ng of high molecular weight DNA

Xdrop workflow arrow ned

dPCR droplets

Step 2

First droplet generation in Xdrop™ instrument
Millions of highly stable double emulsion droplets suitable for target detection by droplet PCR

Xdrop workflow arrow ned

DNA helix

Step 3

Sorting and collection of positive droplets by flow cytometry

Xdrop workflow arrow ned

dMDA droplets

Step 4

Second droplet generation in Xdrop™ instrument
Thousands of single emulsion droplets for universal amplification of target DNA

Xdrop workflow arrow ned

Short read sequencing

Step 5

Downstream analysis by any molecular biology method. E.g. Microrray, long read sequencing, NGS, PCR

There is more to Samplix...

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News & events

Do not miss important information. Keep up with news from Samplix via our blog or read the latest press releases.

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Careers

Are you as excited about technology, engineering and molecular biology as us? Come and join our innovative and “hyggelige” team!

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The team

The Samplix leadership team has a long and successful track record of growing companies, and developing groundbreaking technologies for life science research.

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About us

Samplix works diligently with developing error-and bias free, ultra-sensitive microfluidics systems for single molecule molecular biology research.