Matches in SemOpenAlex for { <https://semopenalex.org/work/W3193676957> ?p ?o ?g. }
- W3193676957 abstract "It is well acknowledged that carbon nanotubes (CNTs) are a potential new class of nanomaterials for technological advancement. The recent discovery of diverse kinds of carbon nanostructures has sparked interest in the potential applications of these materials in a variety of disciplines. Numerous distinct carbon nanotube (CNT) production methods have been developed, and their characterisation, separation, and manipulation of individual CNTs are now possible. Structure, surface area, surface charge, size distribution, surface chemistry, aggregation state, and purity of the samples all have a significant impact on the reactivity of carbon nanotubes, as does the purity of the samples. Currently, carbon nanotubes (CNTs) are being successfully used in the medicinal, pharmaceutical, and biomedical fields because of their large surface area, which makes them capable of adsorbing or conjugating with a wide range of therapeutic and diagnostic substances (drugs, genes, vaccines, antibodies, biosensors, etc.). They were the first to demonstrate that they are a great vehicle for drug delivery straight into cells without the need for metabolic processing by the body. This paper discusses the different types, structures, and properties of CNTs, as well as CNT synthesis and purification methods, how to functionalize CNTs, and their application in medicinal, pharmaceutical, and biomedical fields, toxicological properties and their assessment, as well as in-vivo pharmacology and biodegradation pathways." @default.
- W3193676957 created "2021-08-30" @default.
- W3193676957 creator A5003027121 @default.
- W3193676957 creator A5024557249 @default.
- W3193676957 creator A5030907236 @default.
- W3193676957 creator A5042625575 @default.
- W3193676957 creator A5062507787 @default.
- W3193676957 date "2021-07-17" @default.
- W3193676957 modified "2023-09-25" @default.
- W3193676957 title "Carbon Nanotube (CNTs): Structure, Synthesis, Purification, Functionalisation, Pharmacology, Toxicology, Biodegradation and Application as Nanomedicine and Biosensor" @default.
- W3193676957 cites W1502332392 @default.
- W3193676957 cites W1594755745 @default.
- W3193676957 cites W1673405048 @default.
- W3193676957 cites W1723093150 @default.
- W3193676957 cites W1965048941 @default.
- W3193676957 cites W1966186271 @default.
- W3193676957 cites W1968952612 @default.
- W3193676957 cites W1969313470 @default.
- W3193676957 cites W1969656450 @default.
- W3193676957 cites W1970216947 @default.
- W3193676957 cites W1972714051 @default.
- W3193676957 cites W1975114897 @default.
- W3193676957 cites W1981013578 @default.
- W3193676957 cites W1982904490 @default.
- W3193676957 cites W1984458677 @default.
- W3193676957 cites W1991195879 @default.
- W3193676957 cites W1991910834 @default.
- W3193676957 cites W1995804770 @default.
- W3193676957 cites W1996903255 @default.
- W3193676957 cites W1999172765 @default.
- W3193676957 cites W2000151990 @default.
- W3193676957 cites W2000157584 @default.
- W3193676957 cites W2000205238 @default.
- W3193676957 cites W2004247138 @default.
- W3193676957 cites W2010214087 @default.
- W3193676957 cites W2011145349 @default.
- W3193676957 cites W2012059215 @default.
- W3193676957 cites W2012085099 @default.
- W3193676957 cites W2012588499 @default.
- W3193676957 cites W2012902904 @default.
- W3193676957 cites W2014463608 @default.
- W3193676957 cites W2016161104 @default.
- W3193676957 cites W2018664696 @default.
- W3193676957 cites W2018858346 @default.
- W3193676957 cites W2018891673 @default.
- W3193676957 cites W2023785357 @default.
- W3193676957 cites W2023791237 @default.
- W3193676957 cites W2031155538 @default.
- W3193676957 cites W2031466353 @default.
- W3193676957 cites W2033819044 @default.
- W3193676957 cites W2034904251 @default.
- W3193676957 cites W2034944888 @default.
- W3193676957 cites W2037616057 @default.
- W3193676957 cites W2041701381 @default.
- W3193676957 cites W2043319114 @default.
- W3193676957 cites W2043461710 @default.
- W3193676957 cites W2043933297 @default.
- W3193676957 cites W2045693952 @default.
- W3193676957 cites W2045898902 @default.
- W3193676957 cites W2046977663 @default.
- W3193676957 cites W2049967192 @default.
- W3193676957 cites W2051734899 @default.
- W3193676957 cites W2056262153 @default.
- W3193676957 cites W2058936522 @default.
- W3193676957 cites W2063509416 @default.
- W3193676957 cites W2064715626 @default.
- W3193676957 cites W2064779937 @default.
- W3193676957 cites W2068500323 @default.
- W3193676957 cites W2070407470 @default.
- W3193676957 cites W2070619601 @default.
- W3193676957 cites W2072166383 @default.
- W3193676957 cites W2074258706 @default.
- W3193676957 cites W2080219726 @default.
- W3193676957 cites W2082493189 @default.
- W3193676957 cites W2082585500 @default.
- W3193676957 cites W2082904789 @default.
- W3193676957 cites W2083431292 @default.
- W3193676957 cites W2084402839 @default.
- W3193676957 cites W2085470629 @default.
- W3193676957 cites W2088345505 @default.
- W3193676957 cites W2089767905 @default.
- W3193676957 cites W2090903178 @default.
- W3193676957 cites W2091845209 @default.
- W3193676957 cites W2093383439 @default.
- W3193676957 cites W2097663396 @default.
- W3193676957 cites W2098565706 @default.
- W3193676957 cites W2105451715 @default.
- W3193676957 cites W2106187991 @default.
- W3193676957 cites W2112083371 @default.
- W3193676957 cites W2112844455 @default.
- W3193676957 cites W2113004625 @default.
- W3193676957 cites W2117243999 @default.
- W3193676957 cites W2117326659 @default.
- W3193676957 cites W2122314640 @default.
- W3193676957 cites W2123748225 @default.
- W3193676957 cites W2126352152 @default.
- W3193676957 cites W2129325343 @default.
- W3193676957 cites W2133937363 @default.
- W3193676957 cites W2134543886 @default.
- W3193676957 cites W2138003976 @default.