Latest Findings
- A Systems Biology can be designed as an information
system and translated into software by simply copying biology's
rules and procedures.
- A Biological Phenotype changes routinely by changing
both the amounts and the proportions of its parts.
- A Connection Phenotype summarizes, integrates, and
displays complex data sets by embedding complexities within
complexities.
- Models for Disease and an Individualized Medicine
can emerge as byproducts of
a quantitative systems biology.
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Do you want to know...
- How you can use a stereology literature database to build and test the foundations of a
modern data-driven biology?
- What you
can discover with your research data when they join forces with
those of 10s, 100s, or 1,000s of colleagues?
- Why playing by the rules of biology can lead to better outcomes in the basic and
clinical sciences?
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Software Upgrade
- A Working Model for Systems Biology was
designed and tested using published research data stored
in the
Universal Biology and Stereology Literature Databases.
- A New Interface for the Stereology
Literature Database was added to support the model for
systems biology.
- An Upgrade to the Databases adds
published data from the years 2006-2007.
- A Report summarizes recent progress.
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