Title of article
Positioning Arabidopsis in Plant Biology. A Key Step Toward Unification of Plant Research
Author/Authors
Bevan، Michael نويسنده , , Walsh، Sean نويسنده ,
Issue Information
روزنامه با شماره پیاپی سال 2004
Pages
-601
From page
602
To page
0
Abstract
which biological outputs can be predicted from input data and knowledge of the state of the system. Currently, genomics-based strategies provide a strong framework for integrating biological knowledge within a species and linking knowledge between diverse organisms, as DNA sequence is a durable, accurate, and complete record of biological information. As such, it provides the best source of information upon which predictive rules can start to be built, tested, and generalized. Generalization is a key component of predictive biology because it defines the extent to which we can accurately predict from one instance to another. In plant science, several important research themes are concerned with generalization, and progress in these areas is reviewed here. The importance of developing a framework for predictive biology that includes a much wider variety of plant species is also emphasized.
Keywords
Consciousness , Patterned photostimulation , Nonlocality , Chimpanzees , Transferred potential , Visual evoked potential , Dolphins , Transcranial magnetic stimulation , Auditory stimulation
Journal title
PLANT PHYSIOLOGY
Serial Year
2004
Journal title
PLANT PHYSIOLOGY
Record number
113596
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