Converse of object

• hydrogenate: Figure 7.14: The energy for a hydrogenated dimer rotating over the trench from LDA.

• form: The enzyme forms a dimer in the crystal structure.

• have: Well actually we have two dimers in close proximity.

• show: The diagram shows a simple dimer - the start of the polymerisation process.

Adjective modifier

• epitaxial: The bright features are mostly clean rotated epitaxial dimers.

• clean: This will mean that the clean dimers in the vicinity are not pinned.

• core: The positions of the transmembrane helices of the core dimer are based on Fig.

• liquid: The predictions are compared with the behavior of real liquid crystal dimers.

Modifies a noun

• row: The unit cell used was two dimer rows wide, each of which was four dimers long, with the usual termination.

• formation: This score is used in tests of primer secondary structure and primer dimer formation.

• interface: And finally, the extensive dimer interface made it difficult to isolate a single molecule during the model building in the MIR maps.

• bond: In each case, the dimer bond length is increased somewhat compared to the clean dimer ( 2.37 Å ).

• string: The behavior of a dimer string on top of an APB will be shown below.

• defect: First, the single missing dimer defect of Chapter 4.

Noun used with modifier

• monohydride: The SiH 2 groups diffuse around the surface ( 2 ) until two of them react to form a monohydride dimer ( 3 ).

• tubulin: They may have a role in dissociation of tubulin dimers.

• silicon: Pairs of neighboring atoms on the surface bind to each other to make silicon dimers.

• substrate: The four atoms which make up the distorted square are shown by filled circles, the substrate dimer atoms are shown by open circles.

• insulin: Silke says, " why are insulin dimers and hexamers biologically important, since insulin is dilute in blood?

• core: Nevertheless the PSII core region is clearly 2-fold symmetric and closely resembles the averaged PSII core dimer top view.