Matches in SemOpenAlex for { <https://semopenalex.org/work/W2045646951> ?p ?o ?g. }
- W2045646951 endingPage "123" @default.
- W2045646951 startingPage "115" @default.
- W2045646951 abstract "Aptamers are nucleic acid ligands that are generated artificially by in vitro selection and behave similar to antibodies. The development of aptamer-based sensing systems or strategies has been in vogue for the past few decades, because aptamers are smaller in size, stable, cheaper and undergo easier modifications. Owing to these advantages, several facile aptamer-based colorimetric strategies have been created by controlling the assembly and disassembly of aptamers on unmodified gold nanoparticle probes. As these kinds of assay systems are rapid and can be visualized unaided by instruments, they have recently become an attractive method of choice. The formation of purple-colored aggregates (attraction) from the red dispersed (repulsion) state of GNPs in the presence of mono- or divalent ions is the key principle behind this assay. Due to its simplicity and versatility, this assay can be an alternative to existing diagnostic assays. Here, we have investigated the critical elements involved in colorimetric assays, and have screened different proteins and small ligands to evaluate biofouling on GNPs." @default.
- W2045646951 created "2016-06-24" @default.
- W2045646951 creator A5001762466 @default.
- W2045646951 creator A5049449439 @default.
- W2045646951 creator A5068551743 @default.
- W2045646951 date "2014-01-01" @default.
- W2045646951 modified "2023-10-03" @default.
- W2045646951 title "Colorimetric detection of controlled assembly and disassembly of aptamers on unmodified gold nanoparticles" @default.
- W2045646951 cites W1964152201 @default.
- W2045646951 cites W1969092515 @default.
- W2045646951 cites W1971602969 @default.
- W2045646951 cites W1972139720 @default.
- W2045646951 cites W1977827380 @default.
- W2045646951 cites W1978095778 @default.
- W2045646951 cites W1979683371 @default.
- W2045646951 cites W1979940616 @default.
- W2045646951 cites W1980451925 @default.
- W2045646951 cites W1981855264 @default.
- W2045646951 cites W1984687418 @default.
- W2045646951 cites W1987533236 @default.
- W2045646951 cites W1987637569 @default.
- W2045646951 cites W1987821867 @default.
- W2045646951 cites W1988819188 @default.
- W2045646951 cites W1989897521 @default.
- W2045646951 cites W1992945717 @default.
- W2045646951 cites W1993585856 @default.
- W2045646951 cites W1993603706 @default.
- W2045646951 cites W1995702626 @default.
- W2045646951 cites W1995981635 @default.
- W2045646951 cites W1997454807 @default.
- W2045646951 cites W1997610385 @default.
- W2045646951 cites W1998651976 @default.
- W2045646951 cites W2001266427 @default.
- W2045646951 cites W2001298764 @default.
- W2045646951 cites W2001819640 @default.
- W2045646951 cites W2004901112 @default.
- W2045646951 cites W2005428582 @default.
- W2045646951 cites W2005923266 @default.
- W2045646951 cites W2012182308 @default.
- W2045646951 cites W2014861260 @default.
- W2045646951 cites W2020026818 @default.
- W2045646951 cites W2021424678 @default.
- W2045646951 cites W2021637351 @default.
- W2045646951 cites W2023006533 @default.
- W2045646951 cites W2023440675 @default.
- W2045646951 cites W2024619744 @default.
- W2045646951 cites W2024720880 @default.
- W2045646951 cites W2028310736 @default.
- W2045646951 cites W2029239609 @default.
- W2045646951 cites W2029856902 @default.
- W2045646951 cites W2032499631 @default.
- W2045646951 cites W2036625650 @default.
- W2045646951 cites W2036985589 @default.
- W2045646951 cites W2039453674 @default.
- W2045646951 cites W2042610830 @default.
- W2045646951 cites W2046133147 @default.
- W2045646951 cites W2046313177 @default.
- W2045646951 cites W2052218155 @default.
- W2045646951 cites W2052693297 @default.
- W2045646951 cites W2053078796 @default.
- W2045646951 cites W2054690115 @default.
- W2045646951 cites W2068036575 @default.
- W2045646951 cites W2070909089 @default.
- W2045646951 cites W2074379076 @default.
- W2045646951 cites W2076412976 @default.
- W2045646951 cites W2078338932 @default.
- W2045646951 cites W2090618504 @default.
- W2045646951 cites W2113976047 @default.
- W2045646951 cites W2124280002 @default.
- W2045646951 cites W2128590183 @default.
- W2045646951 cites W2129191745 @default.
- W2045646951 cites W2131836996 @default.
- W2045646951 cites W2150752410 @default.
- W2045646951 cites W2152101805 @default.
- W2045646951 cites W2161448280 @default.
- W2045646951 cites W2170221853 @default.
- W2045646951 cites W2322054010 @default.
- W2045646951 cites W3102461071 @default.
- W2045646951 cites W68966122 @default.
- W2045646951 doi "https://doi.org/10.1016/j.bios.2013.07.037" @default.
- W2045646951 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7125824" @default.
- W2045646951 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23948242" @default.
- W2045646951 hasPublicationYear "2014" @default.
- W2045646951 type Work @default.
- W2045646951 sameAs 2045646951 @default.
- W2045646951 citedByCount "201" @default.
- W2045646951 countsByYear W20456469512014 @default.
- W2045646951 countsByYear W20456469512015 @default.
- W2045646951 countsByYear W20456469512016 @default.
- W2045646951 countsByYear W20456469512017 @default.
- W2045646951 countsByYear W20456469512018 @default.
- W2045646951 countsByYear W20456469512019 @default.
- W2045646951 countsByYear W20456469512020 @default.
- W2045646951 countsByYear W20456469512021 @default.
- W2045646951 countsByYear W20456469512022 @default.
- W2045646951 countsByYear W20456469512023 @default.
- W2045646951 crossrefType "journal-article" @default.
- W2045646951 hasAuthorship W2045646951A5001762466 @default.