Matches in SemOpenAlex for { <https://semopenalex.org/work/W4313656151> ?p ?o ?g. }
- W4313656151 endingPage "653" @default.
- W4313656151 startingPage "623" @default.
- W4313656151 abstract "With the recent advances in nanomedicine, nanotechnology has developed a niche for itself as a promising option to improve healthcare via its unique ability to manipulate cell plasticity. Cell plasticity is defined as the ability of a cell to change its function or identity in response to environmental cues and has been observed in a variety of cell populations, ranging from pluripotent stem cells to even fully differentiated cells. Since cells naturally interact with each other on a nano-sized scale (1–100 nm), nanotechnology is well suited to manipulate and direct these interactions. In addition, both naturally occurring and man-made nanoscale systems can be functionalized in a variety of manners (e.g., conjugated with antibodies, layered with polymers, etc.) to improve their cell interactions, cell targeting, biocompatibility, or drug/cargo releasing properties, providing a wide array of possible nanoparticle formulations to be investigated by researchers. Thus, with these unique properties, nanotechnology provides a means to control and direct cell plasticity to promote advantageous outcomes in several medical applications such as disease (e.g., cancer, obesity) or injury (e.g., skin or bone damage) states. This chapter provides a detailed overview of recent studies which use nanotechnology to manipulate the endogenous plasticity in a variety of cell types to improve therapeutic outcomes in healthcare." @default.
- W4313656151 created "2023-01-07" @default.
- W4313656151 creator A5001225697 @default.
- W4313656151 creator A5022407134 @default.
- W4313656151 creator A5022650382 @default.
- W4313656151 creator A5036736192 @default.
- W4313656151 creator A5050731117 @default.
- W4313656151 creator A5078191897 @default.
- W4313656151 date "2023-01-01" @default.
- W4313656151 modified "2023-09-26" @default.
- W4313656151 title "Nanotechnology for Manipulating Cell Plasticity" @default.
- W4313656151 cites W1577974358 @default.
- W4313656151 cites W1950972946 @default.
- W4313656151 cites W1967005191 @default.
- W4313656151 cites W1967510886 @default.
- W4313656151 cites W1976273488 @default.
- W4313656151 cites W1992971025 @default.
- W4313656151 cites W2005164911 @default.
- W4313656151 cites W2017692696 @default.
- W4313656151 cites W2023214087 @default.
- W4313656151 cites W2035363591 @default.
- W4313656151 cites W2087981074 @default.
- W4313656151 cites W2099277272 @default.
- W4313656151 cites W2160354233 @default.
- W4313656151 cites W2168674865 @default.
- W4313656151 cites W2235286313 @default.
- W4313656151 cites W2296146383 @default.
- W4313656151 cites W2331769508 @default.
- W4313656151 cites W2345916369 @default.
- W4313656151 cites W2496476352 @default.
- W4313656151 cites W2536578318 @default.
- W4313656151 cites W2742532349 @default.
- W4313656151 cites W2772817798 @default.
- W4313656151 cites W2803289916 @default.
- W4313656151 cites W2836754285 @default.
- W4313656151 cites W2887727631 @default.
- W4313656151 cites W2901238490 @default.
- W4313656151 cites W2906500081 @default.
- W4313656151 cites W2910830928 @default.
- W4313656151 cites W2915097886 @default.
- W4313656151 cites W2920765392 @default.
- W4313656151 cites W2929369928 @default.
- W4313656151 cites W2937760291 @default.
- W4313656151 cites W2964931613 @default.
- W4313656151 cites W2966583364 @default.
- W4313656151 cites W2971468927 @default.
- W4313656151 cites W2976561454 @default.
- W4313656151 cites W2980715131 @default.
- W4313656151 cites W2995101537 @default.
- W4313656151 cites W3003240736 @default.
- W4313656151 cites W3006716329 @default.
- W4313656151 cites W3030394786 @default.
- W4313656151 cites W3080887893 @default.
- W4313656151 cites W3081762429 @default.
- W4313656151 cites W3086422935 @default.
- W4313656151 cites W3087210621 @default.
- W4313656151 cites W3094633340 @default.
- W4313656151 cites W3101497654 @default.
- W4313656151 cites W3107731347 @default.
- W4313656151 cites W3111241100 @default.
- W4313656151 cites W3123364599 @default.
- W4313656151 cites W3137030639 @default.
- W4313656151 cites W3142049502 @default.
- W4313656151 cites W3174875266 @default.
- W4313656151 cites W3207790306 @default.
- W4313656151 cites W4200267606 @default.
- W4313656151 cites W4238690175 @default.
- W4313656151 cites W4243937757 @default.
- W4313656151 doi "https://doi.org/10.1007/978-981-16-8984-0_21" @default.
- W4313656151 hasPublicationYear "2023" @default.
- W4313656151 type Work @default.
- W4313656151 citedByCount "0" @default.
- W4313656151 crossrefType "book-chapter" @default.
- W4313656151 hasAuthorship W4313656151A5001225697 @default.
- W4313656151 hasAuthorship W4313656151A5022407134 @default.
- W4313656151 hasAuthorship W4313656151A5022650382 @default.
- W4313656151 hasAuthorship W4313656151A5036736192 @default.
- W4313656151 hasAuthorship W4313656151A5050731117 @default.
- W4313656151 hasAuthorship W4313656151A5078191897 @default.
- W4313656151 hasConcept C104317684 @default.
- W4313656151 hasConcept C107459253 @default.
- W4313656151 hasConcept C145103041 @default.
- W4313656151 hasConcept C1491633281 @default.
- W4313656151 hasConcept C15083742 @default.
- W4313656151 hasConcept C155672457 @default.
- W4313656151 hasConcept C171250308 @default.
- W4313656151 hasConcept C185592680 @default.
- W4313656151 hasConcept C192562407 @default.
- W4313656151 hasConcept C2994604686 @default.
- W4313656151 hasConcept C55493867 @default.
- W4313656151 hasConceptScore W4313656151C104317684 @default.
- W4313656151 hasConceptScore W4313656151C107459253 @default.
- W4313656151 hasConceptScore W4313656151C145103041 @default.
- W4313656151 hasConceptScore W4313656151C1491633281 @default.
- W4313656151 hasConceptScore W4313656151C15083742 @default.
- W4313656151 hasConceptScore W4313656151C155672457 @default.
- W4313656151 hasConceptScore W4313656151C171250308 @default.
- W4313656151 hasConceptScore W4313656151C185592680 @default.