Paradigm Shift in Biology
What’s Really Next
Fundamental Dogma
There are Problems with the HGP . .. The actual sequence data makes up only 16% of the content; the other 84% is annotated. The is leads to a number of issues: - How to structure databases for mining
- How to establish control vocabularies to establish integrity of searches
- What new algorithms are needed to facilitate processing and correlating the petabytes (1015 bytes) of information
- How can protein function be extracted for the purposes of diagnostics, drug discovery and therapeutics
USERS of Tools of Instrumentation In-Silico Modeling INTERPRETERS of Information
Bioinformatics Functional Organization
Rhetorical Question
Business Factoids
Medical Bioinformatics: What is it?
What’s in a name?
IM Intensive Research Groups
Cancer Gene Discovery Knowledgebase
Bioinformatics Architecture
Challenges in High Throughput Biotechnology R&D Technology is Evolving Rapidly - Instrumentation, Informatics
Biological Definitions are Constantly Updated New Genes - Sometimes Homologous to Known Genes ->re-evaluate old data
Full Value is Realized by Integrating Multiple High-Throughput Platforms Up-Front Design of Data and Quality Control Databases is Crucial to Success - High Data Quality is Essential
- Financially Impossible to Repeat Experiments
- Requires Informatics Specialist who Understands Laboratory Techniques
Recent Informatics Job Description
1999 - 1999
- JGI releases 150 Mbases draft
- Celera releases the sequence of Drosophila (140 Mb)
- Public “draft” effort reaches halfway point (1,500 Mb)
- 20 more Microbial genomes completed (80 Mb but 60,000 genes)
- First release of Celera “shotgun” (9,000 Mb)
- 2000
- Public “draft” completed (1,500 Mb)
- Mouse “draft” begins (500 Mb - comparisons with human)
- Two more Celera shotgun releases ( 18,000 Mb)
- 40 more Microbial genomes sequenced (160 Mb -120,000 genes)
Business Comparisons
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