3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?

Summary

3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance? is a scholarly conference abstract^[1].

Key Facts

• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance? authored does improved geometric accuracy affect virtual screening performance? — author (P50): Gerhard Wolber^[2].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s instance of is recorded as does improved geometric accuracy affect virtual screening performance? — instance of (P31): scholarly conference abstract^[3].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s page is recorded as O10-O10^[4].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s DOI is recorded as 10.1186/1758-2946-2-S1-O10^[5].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s issue is recorded as Suppl 1^[6].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s volume is recorded as 2^[7].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s publication date is recorded as +2010-05-04T00:00:00Z^[8].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s main subject is recorded as does improved geometric accuracy affect virtual screening performance? — main subject (P921): virtual screening^[9].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s PMC publication ID is recorded as 2867118^[10].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s published in is recorded as does improved geometric accuracy affect virtual screening performance? — published in (P1433): Journal of Cheminformatics^[11].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s title is recorded as 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?^[12].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s author name string is recorded as T Seidel^[13].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s author name string is recorded as F Bendix^[14].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s cites work is recorded as does improved geometric accuracy affect virtual screening performance? — cites work (P2860): Efficient overlay of small organic molecules using 3D pharmacophores^[15].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s Dimensions publication ID is recorded as 1047663727^[16].
• 3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s DBLP publication ID is recorded as journals/jcheminf/WolberSB10^[17].

Body

Designation and Status

3D pharmacophore alignments: does improved geometric accuracy affect virtual screening performance?'s instance of is recorded as does improved geometric accuracy affect virtual screening performance? — instance of (P31): scholarly conference abstract^[3].