Communication of Data from the Dynamic Genome -- A UHTS Data Workshop
Background
Emerging technologies for very high-throughput DNA sequencing are being applied
to many biological problems. The Microarray and Gene Expression (MGED)
Society, the author of MIAME standard for
microarray data, in collaboration with the Genomics Standards Consortium is organizing a
workshop to develop standards for exchanging ultra-high throughput sequencing
(UHTS) data. Participants will be actively working to adapt existing data
exchange standards, such as MIAME, MIGS, MAGE-TAB and OBI, towards expressing
key aspects of experiments exploiting ultra-high-throughput sequencing
technologies, especially with respect to annotating biological annotations of
samples and descriptions of experimental details.
Some elements of sequencing data exchange standards have already been proposed;
for instance
Minimum Information about a Genome Sequence (MIGS) covers much of the
annotation for a single sequencing run, though does not describe experimental
factors of an investigation. The NCBI and EBI are establishing 'Short Read
Archives' and are defining the respective description format. However, many of
UHTS applications require a consistent format for describing all important
experiment elements - sample properties and treatments (metadata), raw data,
and summary data, data processing methods, etc., analogous to similar
microarray experiments. Since describing biological experiments can be largely
technology-independent, we can exploit previously-developed standards for
microarray experiments, such as MIAME and MAGE-TAB.
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Aerial photo of LBNL
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Location
717 Potter St, Berkeley, CA 94720
(offsite from Lawrence Berkeley National Lab)
Information on the building site is here
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Transportation
Parking is available in the lots at 717
Recommended hotels are approx. 1 mile from site
The #19 bus runs on 7th street
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Times
Monday and Tuesday, March 17th and 18th, 9am to 5pm
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Agenda
The agenda has not yet been fully determined, but the following topics will
likely form part of the agenda
- A comparison of use cases in UHTS for different technologies represented and
for the common applications (e.g., ChIP Seq)
- General agreement as to what to keep and what to share (i.e. a MIAME). In
this regard, what changes if any are required to MIGS/MIMS giving the new
technology and applications?
- Use MAGE-TAB as a strawman effort to see what works and what doesn't for
capturing the results from point 2.
Participants
Confirmed
- Paul Spellman (LBL)
- Gavin Sherlock (Stanford)
- Cathy Ball (Stanford)
- Chris Stoeckert (UPenn
- Alvis Brazma (EBI)
- Helen Parkinson (EBI)
- Marc Salit (NIST)
- Hanlee Ji (Stanford)
- Dawn Field (MIGS)
- Sean Grimmond (U Queensland)
- Hideya Kawaji (RIKEN)
- Susanna Sansone (EBI)
- Michael Miller (Rosetta)
- Steve Chervitz (Affymetrix)
- Jordan Stockton (Illumina)
- Ron Edgar (NCBI)
- Tanya Barrett (NCBI)
- Guy Cochrane (EBI)
- Laura Zahn (Science)
- Kathy Aschheim (Nature)
- Kate Rosenbloom (UCSC)
- David Dooling (Wash U)
- Nicole Washington (ModEncode)
- E.O. Stinson (ModEncode)
- CamilToma (Broad)
- Rob Egan (JGI)
- Rami Rauch (Stanford)
- Stan Nelson (UCLA)
- Tim Harkings (454/Roche)
- Francisco de la Vega (ABI)
- Tim Hunkapiller (ABI)
- Doron Lipson (Helicos)
- Razvan Sultana (Dana Farber)
- David Rio Deiros (Baylor)
- Jeffrey Reid (Baylor)
- Asim Siddiqui
- Peter Good (NHGRI)
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Probable
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Possible
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Hotels
The Potter St facility is the green school icon in the center of the map.
Nine hotels are shown that are in walking distance. More hotels are located
near UC Berkeley Campus. For those looking for upscale accommodations the
Claremont hotel in Oakland is well regarded.
View Larger Map
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