Matches in SemOpenAlex for { <https://semopenalex.org/work/W3023901895> ?p ?o ?g. }
- W3023901895 endingPage "17013" @default.
- W3023901895 startingPage "16999" @default.
- W3023901895 abstract "For enzyme-/antibody-free and label-free biosensing, a molecularly imprinted polymer (MIP)-based membrane with phenylboronic acid (PBA) molecules, which induces the change in the density of molecular charges based on the small biomolecule-PBA diol binding, has been demonstrated to be suitable for the bioelectrical interface of biologically coupled gate field-effect transistor (bio-FET) sensors. MIP-coated gate FET sensors selectively detect various small biomolecules such as glucose, dopamine, sialic acid, and oligosaccharides without using labeled materials. In particular, the well-controlled MIP film by surface-initiated atom transfer radical polymerization (SI-ATRP) contributes to the quantitative analysis of small biomolecule sensing, resulting in potentiometric Langmuir isotherm adsorption analysis by which the parameters such as the binding affinity between small biomolecules and MIP cavities are evaluated. Also, the output electrical signal of even a random MIP-coated gate FET sensor is quantitatively analyzed using the bi-Langmuir adsorption isotherm equation, showing the adsorption mechanism of small biomolecules onto the template-specific MIP membrane. Thus, a platform based on the MIP bioelectrical interface for the bio-FET sensor is suitable for an enzyme-/antibody-free and label-free biosensing system in the fields of clinical diagnostics, drug discovery, the food industry, and environmental research." @default.
- W3023901895 created "2020-05-13" @default.
- W3023901895 creator A5024442996 @default.
- W3023901895 creator A5030697224 @default.
- W3023901895 creator A5043470320 @default.
- W3023901895 date "2020-01-01" @default.
- W3023901895 modified "2023-10-04" @default.
- W3023901895 title "Molecularly imprinted polymer-based bioelectrical interfaces with intrinsic molecular charges" @default.
- W3023901895 cites W1517759855 @default.
- W3023901895 cites W1557628401 @default.
- W3023901895 cites W1823911033 @default.
- W3023901895 cites W1964975914 @default.
- W3023901895 cites W1967302405 @default.
- W3023901895 cites W1968307965 @default.
- W3023901895 cites W1972929147 @default.
- W3023901895 cites W1975772707 @default.
- W3023901895 cites W1976292797 @default.
- W3023901895 cites W1986135380 @default.
- W3023901895 cites W1986820828 @default.
- W3023901895 cites W1992015557 @default.
- W3023901895 cites W1993352794 @default.
- W3023901895 cites W1996221898 @default.
- W3023901895 cites W2001176007 @default.
- W3023901895 cites W2001496182 @default.
- W3023901895 cites W2004779230 @default.
- W3023901895 cites W2007838251 @default.
- W3023901895 cites W2007975829 @default.
- W3023901895 cites W2008908027 @default.
- W3023901895 cites W2015700034 @default.
- W3023901895 cites W2016486725 @default.
- W3023901895 cites W2024700582 @default.
- W3023901895 cites W2029775351 @default.
- W3023901895 cites W2030068202 @default.
- W3023901895 cites W2032168109 @default.
- W3023901895 cites W2035526606 @default.
- W3023901895 cites W2040028571 @default.
- W3023901895 cites W2050046493 @default.
- W3023901895 cites W2059529313 @default.
- W3023901895 cites W2064869335 @default.
- W3023901895 cites W2067005197 @default.
- W3023901895 cites W2068984306 @default.
- W3023901895 cites W2075081745 @default.
- W3023901895 cites W2076264894 @default.
- W3023901895 cites W2081352500 @default.
- W3023901895 cites W2082129113 @default.
- W3023901895 cites W2083322644 @default.
- W3023901895 cites W2090258701 @default.
- W3023901895 cites W2091868367 @default.
- W3023901895 cites W2092884623 @default.
- W3023901895 cites W2094019645 @default.
- W3023901895 cites W2130016065 @default.
- W3023901895 cites W2137461792 @default.
- W3023901895 cites W2143600699 @default.
- W3023901895 cites W2155346762 @default.
- W3023901895 cites W2157247548 @default.
- W3023901895 cites W2169240187 @default.
- W3023901895 cites W2175825100 @default.
- W3023901895 cites W2197266557 @default.
- W3023901895 cites W2218788548 @default.
- W3023901895 cites W2320494758 @default.
- W3023901895 cites W2323963387 @default.
- W3023901895 cites W2473770405 @default.
- W3023901895 cites W2551661075 @default.
- W3023901895 cites W2564961585 @default.
- W3023901895 cites W2571293221 @default.
- W3023901895 cites W2603933164 @default.
- W3023901895 cites W2787942656 @default.
- W3023901895 cites W2796066963 @default.
- W3023901895 cites W2803899932 @default.
- W3023901895 cites W2810900937 @default.
- W3023901895 cites W2861084272 @default.
- W3023901895 cites W2887058282 @default.
- W3023901895 cites W2891142240 @default.
- W3023901895 cites W2960240790 @default.
- W3023901895 cites W4237688094 @default.
- W3023901895 cites W4253725159 @default.
- W3023901895 cites W815560347 @default.
- W3023901895 cites W3147844460 @default.
- W3023901895 doi "https://doi.org/10.1039/d0ra02793f" @default.
- W3023901895 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35521456" @default.
- W3023901895 hasPublicationYear "2020" @default.
- W3023901895 type Work @default.
- W3023901895 sameAs 3023901895 @default.
- W3023901895 citedByCount "19" @default.
- W3023901895 countsByYear W30239018952021 @default.
- W3023901895 countsByYear W30239018952022 @default.
- W3023901895 countsByYear W30239018952023 @default.
- W3023901895 crossrefType "journal-article" @default.
- W3023901895 hasAuthorship W3023901895A5024442996 @default.
- W3023901895 hasAuthorship W3023901895A5030697224 @default.
- W3023901895 hasAuthorship W3023901895A5043470320 @default.
- W3023901895 hasBestOaLocation W30239018951 @default.
- W3023901895 hasConcept C118792377 @default.
- W3023901895 hasConcept C12143843 @default.
- W3023901895 hasConcept C133495861 @default.
- W3023901895 hasConcept C150394285 @default.
- W3023901895 hasConcept C155672457 @default.
- W3023901895 hasConcept C160756335 @default.