The screening with tree-structured

The screening with tree-structured data is applied to the
search for the query with generic terms like A, X, Q, and
M, where A corresponds to any, X to halogens, Q to
heteroatoms, and M to metal atoms. The symbol XX is used
to notify a terminal node of a polymer unit so that the nodes
are distinguished from those of monomeric structures. The
tree-structured screening is more selective and faster than
the fragment-oriented screening even when they include the
generic atoms of broader meaning.
The present system uses no full description of connection
tables. Since the resulting connectivity data among the atoms
are flexible, it is also possible to contain generic (Markush)
structures. This feature is common to such tree-structured
systems as the present one and the S4.
One of the important database functions is modification
of data with registration and updating. As long as the
analysis data are stored in conventional database, manipulation
is easy for fragment screening. On the other hand the
tree-structured screening methods are appropriate for the data
that does not need frequent changes, because the tree files
and registry number file have to be reconstructed on each
modification. This subject should be solved in the future.

ผลลัพธ์ (อังกฤษ) 2:

Screening with the Tree-structured Data is Applied to the
search for the query with Generic terms like A, X, Q, and
M, where A corresponds to any, to halogens X, Q to
heteroatoms, and M to Metal atoms. The Symbol XX is used
to Notify a terminal node of a Polymer UNIT so that the nodes
are distinguished from those of monomeric Structures. The
Tree-structured and Faster Selective Screening is more than
the fragment-oriented Screening even when they include the
broader meaning of Generic atoms.
The present System uses no full Description of Connection
tables. Since the resulting Data Connectivity among the atoms
are Flexible, it is also possible to contain Generic (Markush)
Structures. This is common to such Feature Tree-structured
Systems as the present one and the S4.
One of the important functions Database is modification
of Data with registration and updating. As long as the
Analysis Data are stored in conventional Database, manipulation
is Easy for Screening fragment. On the Other Hand the
Tree-structured Screening methods are appropriate for the Data
that does not Need Frequent Changes, because the Files Tree
Registry Number and file have to be reconstructed on each
modification. This subject should be solved in the future.