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• W3139151330 startingPage "1" @default.
• W3139151330 abstract "Multiplexing NMR experiments by direct detection of multiple free induction decays (FIDs) in a single experiment offers a dramatic increase in the spectral information content and often yields significant improvement in sensitivity per unit time. Experiments with multi-FID detection have been designed with both homonuclear and multinuclear acquisition, and the advent of multiple receivers on commercial spectrometers opens up new possibilities for recording spectra from different nuclear species in parallel. Here we provide an extensive overview of such techniques, designed for applications in liquid- and solid-state NMR as well as in hyperpolarized samples. A brief overview of multinuclear MRI is also provided, to stimulate cross fertilization of ideas between the two areas of research (NMR and MRI). It is shown how such techniques enable the design of experiments that allow structure elucidation of small molecules from a single measurement. Likewise, in biomolecular NMR experiments multi-FID detection allows complete resonance assignment in proteins. Probes with multiple RF microcoils routed to multiple NMR receivers provide an alternative way of increasing the throughput of modern NMR systems, effectively reducing the cost of NMR analysis and increasing the information content at the same time. Solid-state NMR experiments have also benefited immensely from both parallel and sequential multi-FID detection in a variety of multi-dimensional pulse schemes. We are confident that multi-FID detection will become an essential component of future NMR methodologies, effectively increasing the sensitivity and information content of NMR measurements." @default.
• W3139151330 created "2021-03-29" @default.
• W3139151330 creator A5009181212 @default.
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• W3139151330 creator A5059263540 @default.
• W3139151330 creator A5062402824 @default.
• W3139151330 creator A5084753587 @default.
• W3139151330 date "2021-06-01" @default.
• W3139151330 modified "2023-10-16" @default.
• W3139151330 title "Multiplexing experiments in NMR and multi-nuclear MRI" @default.
• W3139151330 cites W1193991607 @default.
• W3139151330 cites W1585709558 @default.
• W3139151330 cites W1639897212 @default.
• W3139151330 cites W1754871104 @default.
• W3139151330 cites W1785892799 @default.
• W3139151330 cites W1827197946 @default.
• W3139151330 cites W1880112601 @default.
• W3139151330 cites W188549391 @default.
• W3139151330 cites W1893089353 @default.
• W3139151330 cites W1894812727 @default.
• W3139151330 cites W1896937072 @default.
• W3139151330 cites W1942603354 @default.
• W3139151330 cites W1966183949 @default.
• W3139151330 cites W1966197586 @default.
• W3139151330 cites W1966562834 @default.
• W3139151330 cites W1967132696 @default.
• W3139151330 cites W1969592910 @default.
• W3139151330 cites W1969680985 @default.
• W3139151330 cites W1969987257 @default.
• W3139151330 cites W1970494620 @default.
• W3139151330 cites W1971095360 @default.
• W3139151330 cites W1971461697 @default.
• W3139151330 cites W1972651263 @default.
• W3139151330 cites W1972791138 @default.
• W3139151330 cites W1973356981 @default.
• W3139151330 cites W1974156250 @default.
• W3139151330 cites W1977561366 @default.
• W3139151330 cites W1979574606 @default.
• W3139151330 cites W1979721182 @default.
• W3139151330 cites W1981678262 @default.
• W3139151330 cites W1982296016 @default.
• W3139151330 cites W1983634603 @default.
• W3139151330 cites W1984367234 @default.
• W3139151330 cites W1985133799 @default.
• W3139151330 cites W1986477674 @default.
• W3139151330 cites W1986705464 @default.
• W3139151330 cites W1987200466 @default.
• W3139151330 cites W1988326881 @default.
• W3139151330 cites W1988680835 @default.
• W3139151330 cites W1989350467 @default.
• W3139151330 cites W1989563950 @default.
• W3139151330 cites W1990054353 @default.
• W3139151330 cites W1991651763 @default.
• W3139151330 cites W1992465900 @default.
• W3139151330 cites W1993056269 @default.
• W3139151330 cites W1995102953 @default.
• W3139151330 cites W1997798506 @default.
• W3139151330 cites W1998070596 @default.
• W3139151330 cites W1998225371 @default.
• W3139151330 cites W1998892260 @default.
• W3139151330 cites W2002058160 @default.
• W3139151330 cites W2002525646 @default.
• W3139151330 cites W2002869713 @default.
• W3139151330 cites W2003560901 @default.
• W3139151330 cites W2004776804 @default.
• W3139151330 cites W2005067047 @default.
• W3139151330 cites W2005474864 @default.
• W3139151330 cites W2006891612 @default.
• W3139151330 cites W2007407544 @default.
• W3139151330 cites W2008484424 @default.
• W3139151330 cites W2009973554 @default.
• W3139151330 cites W2010066494 @default.
• W3139151330 cites W2012488540 @default.
• W3139151330 cites W2013816305 @default.
• W3139151330 cites W2015877479 @default.
• W3139151330 cites W2016630649 @default.
• W3139151330 cites W2016860713 @default.
• W3139151330 cites W2019427433 @default.
• W3139151330 cites W2020752045 @default.
• W3139151330 cites W2020961426 @default.
• W3139151330 cites W2020964025 @default.
• W3139151330 cites W2029166411 @default.
• W3139151330 cites W2029216878 @default.
• W3139151330 cites W2029425568 @default.
• W3139151330 cites W2030082253 @default.
• W3139151330 cites W2032659644 @default.
• W3139151330 cites W2033057078 @default.
• W3139151330 cites W2034766560 @default.
• W3139151330 cites W2037550671 @default.
• W3139151330 cites W2037662038 @default.
• W3139151330 cites W2038657904 @default.
• W3139151330 cites W2038895598 @default.
• W3139151330 cites W2040172554 @default.
• W3139151330 cites W2040512821 @default.
• W3139151330 cites W2040590228 @default.
• W3139151330 cites W2042022317 @default.
• W3139151330 cites W2043172297 @default.
• W3139151330 cites W2045934115 @default.

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