The molecule is mirror-symmetric about a central carbonyl group (-C=O-). The carbonyl carbon is bonded on each side to an identical aromatic substituent, giving two halves that are reflections of one another.

One half of the molecule (before mirroring):
- The carbonyl carbon is attached to a benzene ring.
- On this benzene ring, at the ortho position (relative to the carbonyl attachment), the ring is bonded to a pyridine ring. 
  a) The connection is made at the carbon adjacent to the pyridine nitrogen.
  b) On this pyridine ring, the para position (opposite the benzene ring attachment point) bears a methyl substituent (-CH3).
- On the benzene, at the meta position to the carbonyl attachment (and ortho to the pyridine linkage), there is a fluorine atom (-F).

The other half of the molecule is the mirror image across the central carbonyl, giving a symmetrical structure.