Valid uses of class-level associations

No.preferred NameUsage valid for classes 
(shown below are the top-level classes of these classes)
Examples
1.has relation toentity -> entity-
2.part ofcontinuant -> continuant 
occurrent -> occurrent
hollow core of nanocage part of nanocage
3.is integral part ofatom -> elementcarbon atom is integral part of carbon
4.has partcontinuant -> continuant 
occurrent -> occurrent
gold quantum dot has part gold
5.has component partnanomaterial -> molecular structure 
nanomaterial -> nanomaterial
chitosan nanoparticle has component part chitosan
6.has conjugated component partnanomaterial -> molecular structure 
nanomaterial -> nanomaterial
-
7.has encapsulated component partnanomaterial -> molecular structure 
nanomaterial -> nanomaterial
-
8.has entrapped component partnanomaterial -> molecular structure 
nanomaterial -> nanomaterial
gold quantum dot-entrapped poly(amidoamine) dendrimer nanoparticle has entrapped component part (gold quantum dot and participates in entrapment)
9.has rolemolecular structure -> molecule roledoxorubicin has role topoisomerase-II inhibitor
10.has qualitycontinuant -> quality 
occurrent -> quality
biodegradable nanoparticle has quality biodegradable
11.has function realized as processmolecule role -> occurrent 
material entity -> occurrent
angiogenesis inhibitor has function realized as process angiogenesis inhibition
12.inhibitsmolecule role -> occurrent 
material entity -> occurrent
topoisomerase-II inhibitor inhibits DNA topoisomerase-II activity
13.regulatesmolecule role -> occurrent 
material entity -> occurrent
DNA-RNA transcription regulator regulates DNA-dependent transcription
14.participates inmolecule role -> occurrent 
material entity -> occurrent
gold quantum dot-entrapped poly(amidoamine) dendrimer nanoparticle has component part(polyamidoamine dendrimer and participates in entrapment)
15.has participantoccurrent -> molecule role 
occurrent -> material entity
amide linkage between primary amine and carboxylic acid has participant primary amine grouphas participant carboxyl group
16.has output participantoccurrent -> molecule role 
occurrent -> material entity
amide linkage between primary amine and carboxylic acid has output participant carboxamide group
17.stimulus causes responsestimulus for nanoparticle function -> nanoparticle response to stimulusstimulus of infrared light stimulus causes response nanoparticle response to infrared light
18.describes propertycharacterization -> qualitysize characterization describes property size
19.has unit of measurequality -> unit of measurementlength has unit of measure length unit
20.unit ofunit of measurement -> qualitylength unit unit of length
21.has bond withbetween atom classes which are part of apolyatomic entity classorganonitrogen compound has part (carbon atom and has bond with nitrogen atom
22.has single bond withbetween atom classes which are part of apolyatomic entity classchlorambucil has part (carbon atom and has single bond with chlorine atom
23.has double bond withbetween atom classes which are part of apolyatomic entity class-
24.has triple bond withbetween atom classes which are part of apolyatomic entity class-
25.has functioncontinuant -> functiontargeting agent has function targeting function
26.function offunction -> continuanttargeting function function of targeting agent
27.has applicationentity -> entitywestern blot analysis has application detection of proteins
28.uses instrumentprocedure -> instrumentatomic force microscopy uses instrument atomic force microscope
29.quality inheres inquality -> entitycolloidal state quality inheres in colloid
30.has techniqueprocess -> techniqueimaging has technique imaging technique
31.technique used fortechnique->processimaging technique technique used for imaging
32.parameter determined fromquality->processelimination half-life parameter determined from pharmacokinetics study
33.property determined fromquality->processpharmacokinetic property property determined from pharmacokinetics study
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