Category:BGT Nanosphere(B62561)

From BiomedGT

BGT_Nanosphere(B62561)

Lexical

Concept Code: B62561 (N)
Preferred Name: Nanosphere
Coding Scheme: BGT (09.06a )
Synonym: Nanosphere (PT) (Source: NCI)
Definition: Self-assembling durable silica spheres that fit inside each other. These spheres range in size from 2 to 50 nanometers and form within seconds. They are small enough to be introduced into the body and have uniform pores that facilitate the controlled release of drugs. The spheres also have the capability to absorb both organic and inorganic substances. For example, nanoparticles can absorb small particles of iron, thereby allowing magnetic control. Thus, the contents of nanospheres can be released upon activation. (Source: NCI)
URI: http://ncicb.nci.nih.gov/xml/owl/EVS/BiomedGT.owl#B62561

Properties

Semantic_Type: Classification

Associations

Parent: Nanoparticle_Type (primitive)

Form:LexWiki_BGT_Form

Facts about BGT Nanosphere(B62561)RDF feed


BGT Concept Type(P365)	N +

BGT Semantic Type(P106)	Classification +info.pngSemantic Type lookup

BGT Synonym(P104)	Nanosphere +

DCTerms hasVersion(hasVersion)	BGT/Versions/09.06a +

Has default form	LexWiki BGT Form +

LexWiki Concept Code	B62561 +

LexWiki Definition	Self-assembling durable silica spheres tha … Self-assembling durable silica spheres that fit inside each other. These spheres range in size from 2 to 50 nanometers and form within seconds. They are small enough to be introduced into the body and have uniform pores that facilitate the controlled release of drugs. The spheres also have the capability to absorb both organic and inorganic substances. For example, nanoparticles can absorb small particles of iron, thereby allowing magnetic control. Thus, the contents of nanospheres can be released upon activation. (Source: NCI) be released upon activation. (Source: NCI)

LexWiki Preferred Name	Nanosphere +

LexWiki URI	http://ncicb.nci.nih.gov/xml/owl/EVS/BiomedGT.owl#B62561 +

SKOS inScheme(inScheme)	BGT +