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- W2895753752 abstract "Understanding the distribution of elements within plant tissues is important across a range of fields in plant science. In this review, we examine synchrotron-based x-ray fluorescence microscopy (XFM) as an elemental imaging technique in plant sciences, considering both its historical and current uses as well as discussing emerging approaches. XFM offers several unique capabilities of interest to plant scientists, including in vivo analyses at room temperature and pressure, good detection limits (approximately 1-100 mg kg-1), and excellent resolution (down to 50 nm). This has permitted its use in a range of studies, including for functional characterization in molecular biology, examining the distribution of nutrients in food products, understanding the movement of foliar fertilizers, investigating the behavior of engineered nanoparticles, elucidating the toxic effects of metal(loid)s in agronomic plant species, and studying the unique properties of hyperaccumulating plants. We anticipate that continuing technological advances at XFM beamlines also will provide new opportunities moving into the future, such as for high-throughput screening in molecular biology, the use of exotic metal tags for protein localization, and enabling time-resolved, in vivo analyses of living plants. By examining current and potential future applications, we hope to encourage further XFM studies in plant sciences by highlighting the versatility of this approach." @default.
- W2895753752 created "2018-10-12" @default.
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- W2895753752 date "2018-08-14" @default.
- W2895753752 modified "2023-10-17" @default.
- W2895753752 title "Synchrotron-Based X-Ray Fluorescence Microscopy as a Technique for Imaging of Elements in Plants" @default.
- W2895753752 cites W1947955103 @default.
- W2895753752 cites W1966305908 @default.
- W2895753752 cites W1969288121 @default.
- W2895753752 cites W1976618506 @default.
- W2895753752 cites W1979198691 @default.
- W2895753752 cites W1984159594 @default.
- W2895753752 cites W1991446701 @default.
- W2895753752 cites W1991539439 @default.
- W2895753752 cites W1993039989 @default.
- W2895753752 cites W1993994902 @default.
- W2895753752 cites W1995407179 @default.
- W2895753752 cites W1996530735 @default.
- W2895753752 cites W1996759315 @default.
- W2895753752 cites W1997331378 @default.
- W2895753752 cites W1999829995 @default.
- W2895753752 cites W2005185280 @default.
- W2895753752 cites W2015061479 @default.
- W2895753752 cites W2017468314 @default.
- W2895753752 cites W2033530879 @default.
- W2895753752 cites W2035913077 @default.
- W2895753752 cites W2045386991 @default.
- W2895753752 cites W2053129129 @default.
- W2895753752 cites W2053879602 @default.
- W2895753752 cites W2062749089 @default.
- W2895753752 cites W2064237541 @default.
- W2895753752 cites W2070389558 @default.
- W2895753752 cites W2073550215 @default.
- W2895753752 cites W2080139064 @default.
- W2895753752 cites W2082952851 @default.
- W2895753752 cites W2089410065 @default.
- W2895753752 cites W2091485530 @default.
- W2895753752 cites W2093917438 @default.
- W2895753752 cites W2094118423 @default.
- W2895753752 cites W2098238638 @default.
- W2895753752 cites W2098268071 @default.
- W2895753752 cites W2099593668 @default.
- W2895753752 cites W2101534663 @default.
- W2895753752 cites W2103204734 @default.
- W2895753752 cites W2105382819 @default.
- W2895753752 cites W2119566780 @default.
- W2895753752 cites W2120932696 @default.
- W2895753752 cites W2121437112 @default.
- W2895753752 cites W2130191985 @default.
- W2895753752 cites W2132417277 @default.
- W2895753752 cites W2139295777 @default.
- W2895753752 cites W2147553360 @default.
- W2895753752 cites W2153922240 @default.
- W2895753752 cites W2163095962 @default.
- W2895753752 cites W2165865602 @default.
- W2895753752 cites W2169336672 @default.
- W2895753752 cites W2170780719 @default.
- W2895753752 cites W2171617829 @default.
- W2895753752 cites W2295522161 @default.
- W2895753752 cites W2321218203 @default.
- W2895753752 cites W2330125450 @default.
- W2895753752 cites W2331351278 @default.
- W2895753752 cites W2332619084 @default.
- W2895753752 cites W2342583889 @default.
- W2895753752 cites W2499402793 @default.
- W2895753752 cites W255442691 @default.
- W2895753752 cites W2562181217 @default.
- W2895753752 cites W2568602300 @default.
- W2895753752 cites W2588697458 @default.
- W2895753752 cites W2604809045 @default.
- W2895753752 cites W2611045030 @default.
- W2895753752 cites W2615429593 @default.
- W2895753752 cites W2619816633 @default.
- W2895753752 cites W2621251745 @default.
- W2895753752 cites W2722133136 @default.
- W2895753752 cites W2752296035 @default.
- W2895753752 cites W2764324776 @default.
- W2895753752 cites W2765532352 @default.
- W2895753752 cites W2767147642 @default.
- W2895753752 cites W2770668785 @default.
- W2895753752 cites W2800331320 @default.
- W2895753752 cites W2809374269 @default.
- W2895753752 cites W2914061747 @default.
- W2895753752 doi "https://doi.org/10.1104/pp.18.00759" @default.
- W2895753752 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6181034" @default.
- W2895753752 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30108140" @default.
- W2895753752 hasPublicationYear "2018" @default.
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