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Garg and his colleagues believe the process of fulfilling search queries will become more seamless, so they've built systems that seek to automatically produce better routing based on a host of inputs.
These queries will become more powerful as these generic 'is associated with' relationships are made more precise ('catalyzes' for kinases, 'catalyzes removal' for phosphatases, etc).. Aside from its use in direct association queries, the 'is_associated_with' property also forms the root of the property hierarchy used in Gene Wiki+.
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Our aim was to create such a database and provide a simple query interface, hoping that it will become a useful resource for researchers interested in analyzing sequence features in the vicinity of translocation breakpoints.
This approach reduces the complexity to an upper bound of NlogQL because the heap will contain a maximum of QL entries and will become smaller over time as loci on the query exhaust their lists of seed matches.
The careful definition of a gene-specific-phenotype will become even more important as clinical DNA sequencing begins to be used to routinely query the entire genome.
Society will become atomized.
That will become clear.
It will become monotonous.
Learning will become obsolete.
That will become harder.
Jaipur will become stronger.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com