Matches in SemOpenAlex for { <https://semopenalex.org/work/W2894691913> ?p ?o ?g. }
- W2894691913 endingPage "1800147" @default.
- W2894691913 startingPage "1800147" @default.
- W2894691913 abstract "Viruses are unique biological agents that infect living host cells through molecular delivery of a genomic cargo. Over the past two decades advancements in genetic engineering and bioconjugation technologies have allowed the unprecedented use of these “unfriendly” biological molecules, as nanoscopic platforms for the advancement of an array of nanotechnology applications. This mini-review focuses on providing a brief summary of key demonstrations leveraging the versatile characteristics of Tobacco mosaic virus (TMV) for molecular assembly and bio-device integration. A comprehensive discussion of genetic and chemical modification strategies along with potential limiting factors that impact the assembly of these macromolecules is presented to provide useful insights for adapting TMV as a potentially universal platform toward developing advanced nanomaterials. Additional discussions on biofabrication techniques developed in parallel to enable immobilization, alignment, and patterning of TMV-based functional particles on solid surfaces will highlight technological innovations that can be widely adapted for creating nanoscopic device components using these engineered biomacromolecules. Further exploitation in the design of molecular specificity and assembly mechanisms and the development of highly controllable and scalable TMV-device integration strategies will expand the library of nanoscale engineering tools that can be used for the further development of virus-based nanotechnology platforms." @default.
- W2894691913 created "2018-10-12" @default.
- W2894691913 creator A5008207613 @default.
- W2894691913 creator A5047659778 @default.
- W2894691913 creator A5061964106 @default.
- W2894691913 creator A5082285398 @default.
- W2894691913 date "2018-10-17" @default.
- W2894691913 modified "2023-09-23" @default.
- W2894691913 title "Tobacco Mosaic Virus as a Versatile Platform for Molecular Assembly and Device Fabrication" @default.
- W2894691913 cites W1763144417 @default.
- W2894691913 cites W1965167723 @default.
- W2894691913 cites W1968918917 @default.
- W2894691913 cites W1974560782 @default.
- W2894691913 cites W1977915319 @default.
- W2894691913 cites W1984377271 @default.
- W2894691913 cites W1993365840 @default.
- W2894691913 cites W1993391672 @default.
- W2894691913 cites W1995057626 @default.
- W2894691913 cites W2001768010 @default.
- W2894691913 cites W2011399997 @default.
- W2894691913 cites W2020024931 @default.
- W2894691913 cites W2020744600 @default.
- W2894691913 cites W2022981142 @default.
- W2894691913 cites W2030903711 @default.
- W2894691913 cites W2034583799 @default.
- W2894691913 cites W2035029057 @default.
- W2894691913 cites W2035066035 @default.
- W2894691913 cites W2036109942 @default.
- W2894691913 cites W2037600719 @default.
- W2894691913 cites W2046518122 @default.
- W2894691913 cites W2049524439 @default.
- W2894691913 cites W2049824632 @default.
- W2894691913 cites W2052141968 @default.
- W2894691913 cites W2062411601 @default.
- W2894691913 cites W2066744217 @default.
- W2894691913 cites W2069599385 @default.
- W2894691913 cites W2071185075 @default.
- W2894691913 cites W2071300717 @default.
- W2894691913 cites W2072032936 @default.
- W2894691913 cites W2072431598 @default.
- W2894691913 cites W2077825691 @default.
- W2894691913 cites W2078030704 @default.
- W2894691913 cites W2083257728 @default.
- W2894691913 cites W2094964964 @default.
- W2894691913 cites W2114476619 @default.
- W2894691913 cites W2117819172 @default.
- W2894691913 cites W2122357727 @default.
- W2894691913 cites W2122821042 @default.
- W2894691913 cites W2125654843 @default.
- W2894691913 cites W2137299656 @default.
- W2894691913 cites W2144346879 @default.
- W2894691913 cites W2144455859 @default.
- W2894691913 cites W2151643182 @default.
- W2894691913 cites W2167847140 @default.
- W2894691913 cites W2168404095 @default.
- W2894691913 cites W2235947088 @default.
- W2894691913 cites W2297128620 @default.
- W2894691913 cites W2306312645 @default.
- W2894691913 cites W2314975867 @default.
- W2894691913 cites W2316746896 @default.
- W2894691913 cites W2321342894 @default.
- W2894691913 cites W2331256835 @default.
- W2894691913 cites W2515270874 @default.
- W2894691913 cites W2533706136 @default.
- W2894691913 cites W2549341849 @default.
- W2894691913 cites W2588784924 @default.
- W2894691913 cites W2589631940 @default.
- W2894691913 cites W2615652216 @default.
- W2894691913 cites W2746615654 @default.
- W2894691913 cites W2751726045 @default.
- W2894691913 cites W2754198449 @default.
- W2894691913 cites W2781989698 @default.
- W2894691913 cites W2806187336 @default.
- W2894691913 cites W4205902786 @default.
- W2894691913 cites W823099561 @default.
- W2894691913 doi "https://doi.org/10.1002/biot.201800147" @default.
- W2894691913 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30288951" @default.
- W2894691913 hasPublicationYear "2018" @default.
- W2894691913 type Work @default.
- W2894691913 sameAs 2894691913 @default.
- W2894691913 citedByCount "21" @default.
- W2894691913 countsByYear W28946919132018 @default.
- W2894691913 countsByYear W28946919132019 @default.
- W2894691913 countsByYear W28946919132020 @default.
- W2894691913 countsByYear W28946919132021 @default.
- W2894691913 countsByYear W28946919132022 @default.
- W2894691913 countsByYear W28946919132023 @default.
- W2894691913 crossrefType "journal-article" @default.
- W2894691913 hasAuthorship W2894691913A5008207613 @default.
- W2894691913 hasAuthorship W2894691913A5047659778 @default.
- W2894691913 hasAuthorship W2894691913A5061964106 @default.
- W2894691913 hasAuthorship W2894691913A5082285398 @default.
- W2894691913 hasConcept C127413603 @default.
- W2894691913 hasConcept C144707691 @default.
- W2894691913 hasConcept C159047783 @default.
- W2894691913 hasConcept C171250308 @default.
- W2894691913 hasConcept C188198153 @default.
- W2894691913 hasConcept C192562407 @default.