Next Generation Sequencing

Join us for lunch and science at ESHG Saturday 23 of June

crasmussen — Thu, 10 May 2012 07:52:51 +0000

We welcome you to join our workshop on NGS data analysis and visualization at the ESHG conference on Saturday June 23, 2012, from 11.45-13.15 hrs. Lunch is our treat and the program will cover the topics of medical re-sequencing pipelines, trio analysis and streamlined amplicon sequencing - and you will of course get an introduction of [...]

IBM benchmark shows outstanding assembly and mapping performance

crasmussen — Tue, 01 May 2012 10:38:24 +0000

A result of the partnership between CLC bio and IBM has shown outstanding performance on sequence assembly and mapping – time-consuming analyses, highly demanding for computational power and storage. De novo assembly of the human genome (37x coverage) using paired-end information is completed within 5 hours and 15 minutes using CLC Assembly Cell on IBM x3850 [...]

Check out the latest update on our new framework for genomics comparison and visualization

crasmussen — Thu, 22 Mar 2012 19:53:45 +0000

Genomics Gateway is our integrated framework for analyzing large scale genomics data and the framework facilitates the visualization and comparison of different kinds of genomics data in a user-friendly way. Genomics data can be filtered and annotated to discover genomic variants like SNVs and indels and the integration of commercial and public databases as, e.g., BIOBASE’s [...]

Would you like to work in one of the happiest cities?

Goerlitz — Wed, 22 Feb 2012 06:31:53 +0000

Reader’s Digest just published a new article, putting CLC bio’s hometown, Aarhus, as one of the 4 happiest cities on this planet together with Singapore, San Luis Obispo in California, and Monterrey in Mexico! During the last half of the previous decade, news reports started coming out, stating that Denmark is the happiest country in the [...]

White paper on de novo assembly in CLC Assembly Cell 4.0

crasmussen — Tue, 07 Feb 2012 12:12:03 +0000

We are continuously developing the CLC de novo assembly algorithm and our new assembler is an improvement over previous versions with better support for large data sets and integrated scaffolding for joining contigs based on paired reads information. The white paper on our new de novo assembler includes some brand new performance benchmarks on genome [...]