De Novo Genome Assembly Services
Catalog # 20012

Why Use Our Service
Trust your project to the most experienced de novo assembly service provider in the world, with over 1,600 assemblies and counting.
- Enjoy full service – from sample to publishable assembly under one roof.
- Get access to the latest cutting-edge technologies: PacBio HiFi, Dovetail® Omni-C, HiRise software algorithm, and the Dovetail® Annotation Service Suite.
- Receive a full genome: don’t settle for half a genome – new chromosomal-scale phased SNP calling for 2021 assemblies!
How It Works
Just send us your flash frozen tissue sample and we will deliver a complete, highly accurate and contiguous annotated genome assembly. A dedicated project manager will keep tabs on your project at all times and be available for pre-and post-project discussions. Quality control checks at every step ensure assembly accuracy.
Experience sets Dovetail apart from the rest. Each species represents a novel assembly project – every species possesses a unique genome. However, our experience having assembled more than 1,600 species’ genomes means we typically know what to expect going into a project. Plus, we can refer to similar species we have assembled and ensure that optimal taxon-protocols are followed.


Brittlebush
Dovetail took what seemed like an impossible project — getting an assembly for a plant with a large, repetitive genome — and made it a reality. They collaborated with different bioinformatics groups & did additional analyses to make sure we got the best results possible.
– Sonal Singhal, California State University, Dominguez Hills

Specifications
Delivery Time | Inquire |
Sample Requirement | A tissue or DNA sample of sufficient quality, and any species-specific information (e.g. predicted genome size). |
Library | Dovetail Omni-C, Dovetail Hi-C and/or Chicago® Library |
Sequencing Platform | PacBio and Illumina |
Analysis Platform | Falcon (PacBio) and HiRise (scaffolding) |
Potential Project Deliverables | Final Dovetail Genome Assembly Genome Assembly
Chromatin Topology TAD analysis
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