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Guildford, UK

ID Business Solutions Ltd.

2 Occam Court
Surrey Research Park
Guildford, Surrey
GU2 7QB
United Kingdom

Tel: +44 1483 595 000
Fax: +44 1483 595 001

London, UK

ID Business Solutions Ltd.

4th Floor, Pembroke Building
Kensington Village
Avonmore Road
London, W14 8DG
United Kingdom

Tel: +44 207 565 8620
Fax: +44 207 565 8700

Paris, France

ID Business Solutions Ltd.

18 Rue Pasquier,
Paris, 75008
France

Tel: +33 01 78 41 44 46

Alameda, California

ID Business Solutions Inc.

1301 Marina Village Parkway
Suite 320,
Alameda, CA 94501

Tel: +1 510 814 4900
Fax: +1 510 814 4910

Bridgewater, New Jersey

ID Business Solutions Inc.

750 US Highway 202,
Suite 200,
Bridgewater, NJ 08807

Tel: +1 908 429 2900
Fax: +1 908 429 2901

Burlington, Massachusetts

ID Business Solutions Inc.

25 Burlington Mall Road
1st Floor, Suite #107
Burlington, MA 01803

Tel: +1 781 272 3355
Fax: +1 781 272 3377

Tokyo, Japan

ID Business Solutions (Japan)

Shibuya Mark City W22F
1-12-1 Dogenzaka Shibuya-ku Tokyo
150-0043 Japan

Tel: +81 3 4360 5344

Bangalore, India

Tel: +91-990-0064-922
+91-080-2587-0336

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IDBS Webinar

Omics Workbench: Integrate your cancer exome sequencing analysis with clinical data

Date & Time
Tuesday, July 10, 2012

London: 3pm
Paris: 4pm
New York: 10am
San Francisco: 7am
  • Do you want to identify somatic mutations in cancer genome sequencing data?
  • Do you want to identify driver mutations for a certain cancer type at a certain stage?

IDBS NGS solutions help you to manage large genomic data sets, track analysis process and parameters, and integrate your favorite computational tools with graphical viewers such as IGV.

With our solutions you are able to manage, analyze, and visualize your own data without programming skills or relying on computational biologists. More importantly, you can make sense of your cancer sequencing data and understand mutation disease association by integrating NGS results to clinical data and public annotations.

In this webinar an exome sequencing use case will be used to illustrate two scenarios:

  • A clinician or PI can explore patient/sample attributes, save as a cohort, and integrate patient/sample data with SNP results which were analyzed & submitted by the scientist to find out which mutations are unique to this cohort and, possibly, identify driver mutations. They can then link to public annotation or databases to see any previous discovery on that cancer/mutation association and understand the significance of the result.
  • A scientist or bioinformatician can run data analysis through an automated workflow with parameters being tracked for future reference. They can also plug-and-play any analysis component to adapt to the rapidly changing algorithm and application field in cancer genome sequencing and mutation identification.

Register here for the webinar

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