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- Q17146745 subject Q8662731.
- Q17146745 abstract "Magnetic 3D bioprinting is a methodology that employs biocompatible magnetic nanoparticles to print cells into 3D structures or 3D cell cultures. In this process, cells are tagged with magnetic nanoparticles (nanoshuttle) that are used to render them magnetic. Once magnetic, these cells can be rapidly printed into specific 3D patterns using external magnetic forces that mimic tissue structure and function.".
- Q17146745 wikiPageWikiLink Q1022471.
- Q17146745 wikiPageWikiLink Q12119506.
- Q17146745 wikiPageWikiLink Q139143.
- Q17146745 wikiPageWikiLink Q15883629.
- Q17146745 wikiPageWikiLink Q17018741.
- Q17146745 wikiPageWikiLink Q17073430.
- Q17146745 wikiPageWikiLink Q193825.
- Q17146745 wikiPageWikiLink Q2118956.
- Q17146745 wikiPageWikiLink Q2261792.
- Q17146745 wikiPageWikiLink Q285982.
- Q17146745 wikiPageWikiLink Q61231.
- Q17146745 wikiPageWikiLink Q622938.
- Q17146745 wikiPageWikiLink Q626251.
- Q17146745 wikiPageWikiLink Q760102.
- Q17146745 wikiPageWikiLink Q864212.
- Q17146745 wikiPageWikiLink Q864426.
- Q17146745 wikiPageWikiLink Q8662731.
- Q17146745 wikiPageWikiLink Q958938.
- Q17146745 comment "Magnetic 3D bioprinting is a methodology that employs biocompatible magnetic nanoparticles to print cells into 3D structures or 3D cell cultures. In this process, cells are tagged with magnetic nanoparticles (nanoshuttle) that are used to render them magnetic. Once magnetic, these cells can be rapidly printed into specific 3D patterns using external magnetic forces that mimic tissue structure and function.".
- Q17146745 label "Magnetic 3D bioprinting".