de novo Assembly
Everyday de novo Assembly

Chromium de novo Assembly Solution
True Diploid Assembly with Supernova
Discover the true genome with Supernova, our de novo assembly software, and open the door to low-cost,
everyday diploid assemblies. Unlock sample-specific sequences, probe diploid genome structure,
and remove the need for a reference sequence of any kind.
Our Solution Features
- True diploid assembly unlike other methods
- Fast and simple de novo assembly workflow
- Go from sample to assembly in <2 weeks
- 10 Mb scaffold size and long range accuracy
- High-quality assembly from as little as 1 ng of DNA
- Validated and supported for human genomes*

*Note on non-human samples: Supernova is a de novo assembly program that has been designed to assemble germline human genomes, from data generated using Chromium Genome Reagent Kits. 10x Genomics has validated Chromium Genome Reagent Kits and Supernova only on human genomes. Therefore, using Supernova to assemble non-human genomes is experimental and may have unexpected features that limit assembly quality. Despite this, many users have successfully assembled non-human genomes using Supernova.

Chromium Controller
Compact, Sleek, Efficient.
The compact, sleek Chromium Controller rapidly and efficiently combines large partition numbers with a massively diverse barcode library to generate >100,000 barcode-containing partitions in a matter of minutes. The Chromium Controller fits on a standard laboratory bench and allows a user to run any Chromium Solution, from genome to single cell analysis.
View Our Controller GalleryProduct List
Chromium de novo Assembly Solution
Available for use only with the Chromium Controller instrument Part Number 120223 and 120246, or the Chromium Single Cell Controller instrument Part Number 120263 and 120212.
Reagents & Consumables
Software

Software
Poster Hall
Full spectrum genome analysis with Linked-Read sequencing
- PAGSan Diego, CA2018
How to determine the genome sequence of single insects
- PAGSan Diego, CA2018
Assembly of individual chromosomes at megabase scale using 10x Linked-Reads
- Genome InformaticsCold Spring Harbor Laboratory, New YorkNovember 1 – November 4, 2017