capabilities of the vbc torsten seemann - csiro - 2 apr 2008

23
Capabilities of the Capabilities of the Victorian Bioinformatics Victorian Bioinformatics Consortium Consortium Torsten Seemann & Paul Harrison

Upload: australian-bioinformatics-network

Post on 10-May-2015

209 views

Category:

Documents


2 download

TRANSCRIPT

Page 1: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

Capabilities of the Capabilities of the Victorian Bioinformatics Victorian Bioinformatics

ConsortiumConsortium

Torsten Seemann & Paul Harrison

Page 2: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 2

Outline

● About us● Capabilities● Examples● Funding model● Conclusion● Contact details

Page 3: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 3

Who are we?

● The VBC brings together researchers from various backgrounds– computer science / statistics– bioinformatics– microbiology / biochemistry / medical– agriculture / vetinary

Page 4: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 4

Main members

● School. Computer Scienceand Software Engineering

● Dept. Microbiology

● Dept. Biochemistry

Page 5: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 5

Where we were

● Monash UniversityClayton CampusMelbourne

● Until Feb 2007STRIP1 / B75

● Italian Cafe aromas

Page 6: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 6

Where we are

● 2008

● Micro/Physics B27

● Formaldehyde from neighbouring labs

Page 7: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 7

Where we will be

● 2009+

● STRIP2 / B76

● Aroma of freshpaint and tile adhesives?

Page 8: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 8

Capabilities

● Custom software development● Sequence/genomic analysis● Microarray analysis/storage● Protein crystallography/model● Protease structure/function● Data mining/visualization● Computer system architecture

Page 9: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 9

Sequence assembly

● Short read assembly● Mixed assembly - combine

reads from different sources● Isolation of plasmids● Scaffolding to reference

genomes● Developing tools to manage

and mine this new data

Page 10: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 10

Annotation pipeline

● Predict ORFs● Annotate function via

homology to known seqs● Flag pseudogenes or

potential mis-assemblies● Identify rRNA, tRNA,

repeats, insertion seq.● Predict operons, signals,

RBS, small RNA

Page 11: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 11

Wasabi

● In-house web-based system for genome curation and mining

● View all your annotations and searches together

● Homologs, pathways, NCBI submission files

Page 12: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 12

Microarray analysis

● Design oligos/probes – redundant / non-redundant sets

● Analyse data using robust methods– normalization of data– identify significant genes

● Store microarray data securely– can host data on our BASE server

Page 13: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 13

Microarray storage

● BASE server● BioArray

SoftwareEnvironment

● Web based interface– Apache– MySQL– PHP

Page 14: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 14

Software development

● Experienced software engineers● Perl/Python scripting● Web applications● SQL databases● Automation of repetitive tasks● Bulk web form submission● Run Unix bioinformatics software

Page 15: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 15

Data visualization

● Easy!– Just use Excel?

● May need help to massage into Excel

● Sometimes just too hard with R or Excel

Row 1 Row 2 Row 3 Row 40

2

4

6

8

10

12

Main title

Column 1 Column 2

Column 3

Page 16: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 16

Gene Spaghetti

● Ball of string representing DNA sequence

● Use position and colour to visualize nucleotide usage

Page 17: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 17

Visualize short reads

Page 18: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 18

Alignment to reference

● Identify all SNPs and InDels● Estimate plasmid copy number

Page 19: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 19

Computer hardware

● Advice on hardware purchases for your applications– servers– large RAM or fast CPU?– large disk storage– NAS, SAN

● Advice on software– Unix / open source solutions

Page 20: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 20

Core strength

● Ability to adapt to new problems in bioinformatics

● Identify/evaluate existing solutions

● Create our own solutions where necessary

● Network of international peers to get advice from

Page 21: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 21

VBC Funding

● 3 funding sources for 2 core staff

● $ ?

● Want to add 2 staff within 2 years

● CSIRO – Monash linkage programme

Page 22: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 22

Conclusion

● Have expertise● But spread too thin● Need more

– time?– staff?– funding?

● Scope to collaborate

Page 23: Capabilities of the vbc   torsten seemann - csiro - 2 apr 2008

07/08/12 Victorian Bioinformatics Consortium 23

Contact us

Webhttp://www.vicbioinformatics.com/

[email protected]

[email protected]