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- W2038165890 abstract "Interactions between molecules are ubiquitous and occur in our bodies, the food we eat, the air we breathe, and myriad additional contexts. Although numerous tools are available for the recognition of biomolecular interactions, such tools are often limited in their sensitivity, expensive, and difficult to modify for various uses. In contrast, the quartz crystal microbalance (QCM) has sub-nanogram detection capabilities, is label-free, is inexpensive to create, and can be readily modified with a number of diverse surface chemistries to detect and characterize diverse interactions. To maximize the versatility of the QCM, scientists need to know available methods by which QCM surfaces can be modified. Therefore, in addition to summarizing the various tools currently used for biomolecular recognition, explicating the fundamental principles of the QCM as a tool for biomolecular recognition, and comparing the QCM with other acoustic sensors, we systematically review the numerous types of surface chemistries—including hydrophobic bonds, ionic bonds, hydrogen bonds, self-assembled monolayers, plasma-polymerized films, photochemistry, and sensing ionic liquids—used to functionalize QCMs for various purposes. We also review the QCM's diverse applications, which include the detection of gaseous species, detection of carbohydrates, detection of nucleic acids, detection of non-enzymatic proteins, characterization of enzymatic activity, detection of antigens and antibodies, detection of cells, and detection of drugs. Finally, we discuss the ultimate goals of and potential barriers to the development of future QCMs." @default.
- W2038165890 created "2016-06-24" @default.
- W2038165890 creator A5021819935 @default.
- W2038165890 creator A5039946069 @default.
- W2038165890 creator A5065864724 @default.
- W2038165890 date "2012-01-01" @default.
- W2038165890 modified "2023-10-18" @default.
- W2038165890 title "Biomolecular interactions and tools for their recognition: focus on the quartz crystal microbalance and its diverse surface chemistries and applications" @default.
- W2038165890 cites W1485882711 @default.
- W2038165890 cites W1515089829 @default.
- W2038165890 cites W1518078436 @default.
- W2038165890 cites W1524884189 @default.
- W2038165890 cites W1554525826 @default.
- W2038165890 cites W1601256941 @default.
- W2038165890 cites W195809865 @default.
- W2038165890 cites W1965505762 @default.
- W2038165890 cites W1969346607 @default.
- W2038165890 cites W1969561439 @default.
- W2038165890 cites W1969851090 @default.
- W2038165890 cites W1970067002 @default.
- W2038165890 cites W1971015355 @default.
- W2038165890 cites W1971753415 @default.
- W2038165890 cites W1973756244 @default.
- W2038165890 cites W1974242120 @default.
- W2038165890 cites W1974893685 @default.
- W2038165890 cites W1975237446 @default.
- W2038165890 cites W1976088758 @default.
- W2038165890 cites W1976421764 @default.
- W2038165890 cites W1976485875 @default.
- W2038165890 cites W1976663363 @default.
- W2038165890 cites W1976813448 @default.
- W2038165890 cites W1978241413 @default.
- W2038165890 cites W1978474080 @default.
- W2038165890 cites W1979244293 @default.
- W2038165890 cites W1980177485 @default.
- W2038165890 cites W1980202847 @default.
- W2038165890 cites W1981400469 @default.
- W2038165890 cites W1982293862 @default.
- W2038165890 cites W1982591855 @default.
- W2038165890 cites W1983759639 @default.
- W2038165890 cites W1984883764 @default.
- W2038165890 cites W1987968911 @default.
- W2038165890 cites W1991668089 @default.
- W2038165890 cites W1991850183 @default.
- W2038165890 cites W1991917686 @default.
- W2038165890 cites W1994291233 @default.
- W2038165890 cites W1995764503 @default.
- W2038165890 cites W1995829317 @default.
- W2038165890 cites W1997319124 @default.
- W2038165890 cites W1997894467 @default.
- W2038165890 cites W1998030179 @default.
- W2038165890 cites W1999597608 @default.
- W2038165890 cites W2000886939 @default.
- W2038165890 cites W2001662709 @default.
- W2038165890 cites W2002010053 @default.
- W2038165890 cites W2002167978 @default.
- W2038165890 cites W2002543688 @default.
- W2038165890 cites W2002717937 @default.
- W2038165890 cites W2002940258 @default.
- W2038165890 cites W2003281950 @default.
- W2038165890 cites W2004794210 @default.
- W2038165890 cites W2005324497 @default.
- W2038165890 cites W2006254525 @default.
- W2038165890 cites W2006847325 @default.
- W2038165890 cites W2007355946 @default.
- W2038165890 cites W2007608604 @default.
- W2038165890 cites W2008138701 @default.
- W2038165890 cites W2008824227 @default.
- W2038165890 cites W2010062180 @default.
- W2038165890 cites W2010587968 @default.
- W2038165890 cites W2011151577 @default.
- W2038165890 cites W2011547214 @default.
- W2038165890 cites W2011956254 @default.
- W2038165890 cites W2013916265 @default.
- W2038165890 cites W2014438788 @default.
- W2038165890 cites W2014779049 @default.
- W2038165890 cites W2015648937 @default.
- W2038165890 cites W2016219558 @default.
- W2038165890 cites W2016604652 @default.
- W2038165890 cites W2017320838 @default.
- W2038165890 cites W2018533289 @default.
- W2038165890 cites W2018605111 @default.
- W2038165890 cites W2018968291 @default.
- W2038165890 cites W2019996137 @default.
- W2038165890 cites W2020536991 @default.
- W2038165890 cites W2020664256 @default.
- W2038165890 cites W2020676385 @default.
- W2038165890 cites W2021502188 @default.
- W2038165890 cites W2022000271 @default.
- W2038165890 cites W2024763722 @default.
- W2038165890 cites W2026106728 @default.
- W2038165890 cites W2026408020 @default.
- W2038165890 cites W2026432764 @default.
- W2038165890 cites W2026639241 @default.
- W2038165890 cites W2027723514 @default.
- W2038165890 cites W2028156640 @default.
- W2038165890 cites W2028286374 @default.
- W2038165890 cites W2028651578 @default.