Matches in SemOpenAlex for { <https://semopenalex.org/work/W2790804566> ?p ?o ?g. }
- W2790804566 endingPage "20" @default.
- W2790804566 startingPage "20" @default.
- W2790804566 abstract "Aptamers are strands of DNA or RNA molecules, chemically synthetized and able to bind a wide range of targets, from small molecules to live cells, and even tissues, with high affinity and specificity. Due to their efficient targeting ability, they have many different kinds of applications. Particularly attractive is their use in biotechnology and disease therapy, in substitution of antibodies. They represent a promising way for early diagnosis (aptasensors), but also for delivering imaging agents and drugs and for inhibiting specific proteins (therapeutic aptamers). Starting by briefly reviewing the most recent literature concerning advances in biomedical applications of aptamers and aptasensors, the focus is on the issues of a theoretical/computational framework (proteotronics) for modelling the electrical properties of biomolecules. Some recent results of proteotronics concerning the electrical, topological and affinity properties of aptamers are reviewed." @default.
- W2790804566 created "2018-03-29" @default.
- W2790804566 creator A5061882387 @default.
- W2790804566 creator A5068205379 @default.
- W2790804566 creator A5074147410 @default.
- W2790804566 date "2018-04-27" @default.
- W2790804566 modified "2023-09-27" @default.
- W2790804566 title "Modelling and Development of Electrical Aptasensors: A Short Review" @default.
- W2790804566 cites W1007490150 @default.
- W2790804566 cites W1501210482 @default.
- W2790804566 cites W1621386139 @default.
- W2790804566 cites W1978488577 @default.
- W2790804566 cites W1996425071 @default.
- W2790804566 cites W1997559421 @default.
- W2790804566 cites W2000499172 @default.
- W2790804566 cites W2013779288 @default.
- W2790804566 cites W2014326137 @default.
- W2790804566 cites W2015840974 @default.
- W2790804566 cites W2032760352 @default.
- W2790804566 cites W2043228552 @default.
- W2790804566 cites W2046391187 @default.
- W2790804566 cites W2055837969 @default.
- W2790804566 cites W2059281433 @default.
- W2790804566 cites W2059305343 @default.
- W2790804566 cites W2060065716 @default.
- W2790804566 cites W2070883861 @default.
- W2790804566 cites W2074967571 @default.
- W2790804566 cites W2079321730 @default.
- W2790804566 cites W2080321258 @default.
- W2790804566 cites W2081683425 @default.
- W2790804566 cites W2092575834 @default.
- W2790804566 cites W2097025265 @default.
- W2790804566 cites W2098450747 @default.
- W2790804566 cites W2107119662 @default.
- W2790804566 cites W2112239026 @default.
- W2790804566 cites W2114369412 @default.
- W2790804566 cites W2117620409 @default.
- W2790804566 cites W2119812267 @default.
- W2790804566 cites W2122542249 @default.
- W2790804566 cites W2149411493 @default.
- W2790804566 cites W2182587737 @default.
- W2790804566 cites W2198225506 @default.
- W2790804566 cites W2400396561 @default.
- W2790804566 cites W2435478394 @default.
- W2790804566 cites W2486599762 @default.
- W2790804566 cites W2488537753 @default.
- W2790804566 cites W2532451484 @default.
- W2790804566 cites W2539302103 @default.
- W2790804566 cites W2565230719 @default.
- W2790804566 cites W2605666546 @default.
- W2790804566 cites W2613150992 @default.
- W2790804566 cites W2725266022 @default.
- W2790804566 cites W2734579198 @default.
- W2790804566 cites W2738993373 @default.
- W2790804566 cites W2749592348 @default.
- W2790804566 cites W2752800559 @default.
- W2790804566 cites W2765397933 @default.
- W2790804566 cites W2765911037 @default.
- W2790804566 cites W2766686185 @default.
- W2790804566 cites W2767212407 @default.
- W2790804566 cites W2767370735 @default.
- W2790804566 cites W2767576637 @default.
- W2790804566 cites W2770738518 @default.
- W2790804566 cites W2791392003 @default.
- W2790804566 cites W2792520856 @default.
- W2790804566 cites W2962722672 @default.
- W2790804566 cites W3105335238 @default.
- W2790804566 cites W3105719651 @default.
- W2790804566 doi "https://doi.org/10.3390/chemosensors6020020" @default.
- W2790804566 hasPublicationYear "2018" @default.
- W2790804566 type Work @default.
- W2790804566 sameAs 2790804566 @default.
- W2790804566 citedByCount "9" @default.
- W2790804566 countsByYear W27908045662019 @default.
- W2790804566 countsByYear W27908045662020 @default.
- W2790804566 countsByYear W27908045662022 @default.
- W2790804566 crossrefType "journal-article" @default.
- W2790804566 hasAuthorship W2790804566A5061882387 @default.
- W2790804566 hasAuthorship W2790804566A5068205379 @default.
- W2790804566 hasAuthorship W2790804566A5074147410 @default.
- W2790804566 hasBestOaLocation W27908045661 @default.
- W2790804566 hasConcept C128972844 @default.
- W2790804566 hasConcept C153911025 @default.
- W2790804566 hasConcept C171250308 @default.
- W2790804566 hasConcept C192562407 @default.
- W2790804566 hasConcept C41008148 @default.
- W2790804566 hasConcept C49853544 @default.
- W2790804566 hasConcept C70721500 @default.
- W2790804566 hasConcept C86803240 @default.
- W2790804566 hasConceptScore W2790804566C128972844 @default.
- W2790804566 hasConceptScore W2790804566C153911025 @default.
- W2790804566 hasConceptScore W2790804566C171250308 @default.
- W2790804566 hasConceptScore W2790804566C192562407 @default.
- W2790804566 hasConceptScore W2790804566C41008148 @default.
- W2790804566 hasConceptScore W2790804566C49853544 @default.
- W2790804566 hasConceptScore W2790804566C70721500 @default.
- W2790804566 hasConceptScore W2790804566C86803240 @default.
- W2790804566 hasIssue "2" @default.