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- W1982067269 endingPage "7212" @default.
- W1982067269 startingPage "7191" @default.
- W1982067269 abstract "Innovations in the field of electrochemical sensors and biosensors are of much importance nowadays. These devices are designed with probes and micro electrodes. The miniaturized designs of these sensors allow analyses of materials without damaging the samples. Some of these sensors are also useful for real time analysis within the host system, so these sensors are considered to be more advantageous than other types of sensors. The active sensing materials used in these types of sensors can be any material that acts as a catalyst for the oxidation or reduction of particular analyte or set of analytes. Among various kinds of sensing materials, deoxyribonucleic acid (DNA), carbon nanotubes (CNTs) and nanoparticles have received considerable attraction in recent years. DNA is one of the classes of natural polymers, which can interact with CNTs and nanoparticles to form new types of composite materials. These composite materials have also been used as sensing materials for sensor applications. They have advantages in characteristics such as extraordinary low weight and multifunctional properties. In this article, advantages of DNA incorporated in CNT and nanoparticle hybrids for electrochemical sensors and biosensors are presented in detail, along with some key results noted from the literature." @default.
- W1982067269 created "2016-06-24" @default.
- W1982067269 creator A5002027079 @default.
- W1982067269 creator A5008715301 @default.
- W1982067269 creator A5041253388 @default.
- W1982067269 date "2008-11-13" @default.
- W1982067269 modified "2023-10-16" @default.
- W1982067269 title "Recent Updates of DNA Incorporated in Carbon Nanotubes and Nanoparticles for Electrochemical Sensors and Biosensors" @default.
- W1982067269 cites W1485259260 @default.
- W1982067269 cites W1966089233 @default.
- W1982067269 cites W1966970621 @default.
- W1982067269 cites W1968791623 @default.
- W1982067269 cites W1969060778 @default.
- W1982067269 cites W1969474385 @default.
- W1982067269 cites W1972024716 @default.
- W1982067269 cites W1977770258 @default.
- W1982067269 cites W1980436653 @default.
- W1982067269 cites W1981777187 @default.
- W1982067269 cites W1982904490 @default.
- W1982067269 cites W1984076427 @default.
- W1982067269 cites W1984250391 @default.
- W1982067269 cites W1984948307 @default.
- W1982067269 cites W1986002452 @default.
- W1982067269 cites W1991105615 @default.
- W1982067269 cites W1993230633 @default.
- W1982067269 cites W1993375534 @default.
- W1982067269 cites W1994960109 @default.
- W1982067269 cites W1994982992 @default.
- W1982067269 cites W1996223478 @default.
- W1982067269 cites W2001497085 @default.
- W1982067269 cites W2001788360 @default.
- W1982067269 cites W2002744212 @default.
- W1982067269 cites W2002939959 @default.
- W1982067269 cites W2005771651 @default.
- W1982067269 cites W2006667762 @default.
- W1982067269 cites W2007395342 @default.
- W1982067269 cites W2009053027 @default.
- W1982067269 cites W2013425417 @default.
- W1982067269 cites W2013774795 @default.
- W1982067269 cites W2014220498 @default.
- W1982067269 cites W2015549200 @default.
- W1982067269 cites W2018858346 @default.
- W1982067269 cites W2019162882 @default.
- W1982067269 cites W2019210845 @default.
- W1982067269 cites W2021534751 @default.
- W1982067269 cites W2024923635 @default.
- W1982067269 cites W2026901717 @default.
- W1982067269 cites W2027711673 @default.
- W1982067269 cites W2028108441 @default.
- W1982067269 cites W2029256666 @default.
- W1982067269 cites W2032499269 @default.
- W1982067269 cites W2032947695 @default.
- W1982067269 cites W2034609918 @default.
- W1982067269 cites W2034653409 @default.
- W1982067269 cites W2036113993 @default.
- W1982067269 cites W2036590906 @default.
- W1982067269 cites W2037539515 @default.
- W1982067269 cites W2040382108 @default.
- W1982067269 cites W2043956749 @default.
- W1982067269 cites W2046741906 @default.
- W1982067269 cites W2048391605 @default.
- W1982067269 cites W2048727243 @default.
- W1982067269 cites W2053331945 @default.
- W1982067269 cites W2056727731 @default.
- W1982067269 cites W2057148802 @default.
- W1982067269 cites W2058303091 @default.
- W1982067269 cites W2061376565 @default.
- W1982067269 cites W2066676411 @default.
- W1982067269 cites W2068367971 @default.
- W1982067269 cites W2068386343 @default.
- W1982067269 cites W2068557603 @default.
- W1982067269 cites W2069297175 @default.
- W1982067269 cites W2074709080 @default.
- W1982067269 cites W2081828416 @default.
- W1982067269 cites W2087891320 @default.
- W1982067269 cites W2088176577 @default.
- W1982067269 cites W2090868198 @default.
- W1982067269 cites W2092776646 @default.
- W1982067269 cites W2094773156 @default.
- W1982067269 cites W2095290715 @default.
- W1982067269 cites W2103579353 @default.
- W1982067269 cites W2104565311 @default.
- W1982067269 cites W2117524532 @default.
- W1982067269 cites W2118287274 @default.
- W1982067269 cites W2121352943 @default.
- W1982067269 cites W2122569529 @default.
- W1982067269 cites W2142725906 @default.
- W1982067269 cites W2147138130 @default.
- W1982067269 cites W2149312460 @default.
- W1982067269 cites W2159284026 @default.
- W1982067269 cites W2163217075 @default.
- W1982067269 cites W2164339547 @default.
- W1982067269 cites W2170777331 @default.
- W1982067269 cites W3141837245 @default.
- W1982067269 cites W4211231900 @default.
- W1982067269 cites W4238523948 @default.
- W1982067269 doi "https://doi.org/10.3390/s8117191" @default.
- W1982067269 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3787439" @default.