More data. Less time.

Reduce sequencing costs and maximize read depth with high-efficiency myBaits hybridization capture kits. Custom designs for any organism, even degraded samples.

Get a quote How it works

Compatible with all major sequencing platforms.

Focus your sequencing power

Slash sequencing costs

Don’t pay for the whole genome. Target only the regions that matter to your research.

Sequence any sample

Specialized buffers ensure high performance even with ancient or degraded samples.

Panels for every project

Wide range of validated designs and options for customization.

How it works

Construct NGS library from DNA or RNA sample

Denature library, bind to blockers and probes

Bind to beads, wash away off-target molecules

Amplify enriched library

Sequence on NGS platform of choice

Compatible with your existing NGS equipment. Get from sample to sequencer faster with our optimized chemistry.

Get a quote

Solutions for every field

From agricultural genotyping to ancent DNA, myBaits optimizes sequencing for any application

Your research, your way

Working on a non-model organism or a unique target? Our team can create a fully custom solution just for you. We can even perform the lab work and analysis if desired.

Any organism: Plants, animals, microbes, or humans
Any application: Phylogenetics, AgBio, Metagenomics, Environmental DNA, and more
Microbes: 16s rRNA, respiratory viruses, herpesvirus, and more

Ready-to-use kits

Choose from our diverse catalog of expert-verified panels for common research applications.

Microbes: 16s rRNA, respiratory viruses, herpesvirus, and more
Plants: Wheat exome/regulome, angiosperms, annonaceae, compositae, orchidaceae, and more
Animals: Mitochondrial DNA, tetrapods, fishes, corals, hyloidea, and more
Human: Mitochondrial DNA, onconome, whole genome enrichment, and more

Want to see savings in action?

Read the white paper

Validated by researchers

“We chose the myBaits platform because of the flexibility in selecting our targets, the large capacity in the sequence target range, and the clarity and ease of use of the protocol.”

Allison Guitor
Graduate Student, Dr. Gerry Wright Lab
McMaster University

Start your project

Tell us about your research goals. Our scientists will help you design the perfect panel.

Facebook

This field is for validation purposes and should be left unchanged.

Tell us a bit about your project! What are your research objectives?(Required)

First and Last Name(Required)

Institution or Company Name(Required)

Email Address(Required)

Shipping Address(Required)

Street Address Address Line 2 City State / Province / Region ZIP / Postal Code Country

CAPTCHA