FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2908378730> ?p ?o ?g. }

• W2908378730 endingPage "903" @default.
• W2908378730 startingPage "894" @default.
• W2908378730 abstract "Coptis chinensis Franch., is a widely used medicinal plant in China. This plant is often contaminated by cadmium (Cd) and render health risk to human consumers. Understanding distribution of Cd and its chemical forms is important to evaluate accumulation of the metal and its detoxification mechanisms in this plant. Since few studies have focused on this aspect, we used laser ablation inductively coupled plasma mass spectrometry (LA-ICP-MS) to spatially locate Cd in rhizome cross-sections, and ICP-MS to analyze the Cd subcellular distribution and the chemical forms of Cd in different tissues. Rhizome bioimaging results showed that Cd was distributed predominantly within the periderm, cortex, pith, and root trace vascular bundle. The LA-ICP-MS results suggested that Ca2+ channels might be a pathway for Cd entry into the plant. Subcellular distribution data indicated that most of Cd was associated with the cell wall (41.8–77.1%) and the soluble fraction (14.4–52.7%) in all tissues. Analysis of chemical forms revealed that majority Cd existed in less mobile and less toxic forms in all tissues, and P could convert to insoluble phosphate with Cd to moderate Cd toxicity. The new understanding of Cd accumulation and detoxification might provide novel strategies for reducing the levels of Cd in C. chinensis Franch., thereby mitigating its potential transfer to humans and providing a theoretical basis for evaluating the Cd status in other medicinal plants. Further, our findings might provide a basis for establishing a reasonable Cd limit level of traditional Chinese medicinal materials." @default.
• W2908378730 created "2019-01-11" @default.
• W2908378730 creator A5001544530 @default.
• W2908378730 creator A5003559291 @default.
• W2908378730 creator A5034958148 @default.
• W2908378730 creator A5038936819 @default.
• W2908378730 creator A5042668077 @default.
• W2908378730 creator A5064057001 @default.
• W2908378730 creator A5068094692 @default.
• W2908378730 creator A5082742237 @default.
• W2908378730 date "2019-04-01" @default.
• W2908378730 modified "2023-10-17" @default.
• W2908378730 title "Distribution and chemical forms of cadmium in Coptis chinensis Franch. determined by laser ablation ICP-MS, cell fractionation, and sequential extraction" @default.
• W2908378730 cites W1167122883 @default.
• W2908378730 cites W1787240576 @default.
• W2908378730 cites W1964665595 @default.
• W2908378730 cites W1966540496 @default.
• W2908378730 cites W1967447797 @default.
• W2908378730 cites W1972710433 @default.
• W2908378730 cites W1974645414 @default.
• W2908378730 cites W1980984607 @default.
• W2908378730 cites W1981939633 @default.
• W2908378730 cites W1982895988 @default.
• W2908378730 cites W1985581743 @default.
• W2908378730 cites W1988200508 @default.
• W2908378730 cites W1988260511 @default.
• W2908378730 cites W1989656603 @default.
• W2908378730 cites W1990019576 @default.
• W2908378730 cites W1991910606 @default.
• W2908378730 cites W1996576228 @default.
• W2908378730 cites W1997109602 @default.
• W2908378730 cites W1999411043 @default.
• W2908378730 cites W2001276054 @default.
• W2908378730 cites W2002311098 @default.
• W2908378730 cites W2010310860 @default.
• W2908378730 cites W2012563247 @default.
• W2908378730 cites W2014096918 @default.
• W2908378730 cites W2014404984 @default.
• W2908378730 cites W2024160325 @default.
• W2908378730 cites W2025562640 @default.
• W2908378730 cites W2025711730 @default.
• W2908378730 cites W2032050455 @default.
• W2908378730 cites W2032239659 @default.
• W2908378730 cites W2036205396 @default.
• W2908378730 cites W2040011932 @default.
• W2908378730 cites W2042491233 @default.
• W2908378730 cites W2045527619 @default.
• W2908378730 cites W2048835795 @default.
• W2908378730 cites W2049848563 @default.
• W2908378730 cites W2052480614 @default.
• W2908378730 cites W2052631540 @default.
• W2908378730 cites W2053511457 @default.
• W2908378730 cites W2068323917 @default.
• W2908378730 cites W2070904979 @default.
• W2908378730 cites W2073730737 @default.
• W2908378730 cites W2074550356 @default.
• W2908378730 cites W2086059865 @default.
• W2908378730 cites W2087741496 @default.
• W2908378730 cites W2088077205 @default.
• W2908378730 cites W2088154315 @default.
• W2908378730 cites W2093976158 @default.
• W2908378730 cites W2094974494 @default.
• W2908378730 cites W2098251663 @default.
• W2908378730 cites W2098268071 @default.
• W2908378730 cites W2098968421 @default.
• W2908378730 cites W2111446633 @default.
• W2908378730 cites W2114131175 @default.
• W2908378730 cites W2127515690 @default.
• W2908378730 cites W2138198952 @default.
• W2908378730 cites W2142234972 @default.
• W2908378730 cites W2147218465 @default.
• W2908378730 cites W2161302880 @default.
• W2908378730 cites W2164512472 @default.
• W2908378730 cites W224946729 @default.
• W2908378730 cites W2325211585 @default.
• W2908378730 cites W2337765335 @default.
• W2908378730 cites W2349956927 @default.
• W2908378730 cites W2474789670 @default.
• W2908378730 cites W2480860352 @default.
• W2908378730 cites W2516889707 @default.
• W2908378730 cites W2520694479 @default.
• W2908378730 cites W2547818136 @default.
• W2908378730 cites W2561357360 @default.
• W2908378730 cites W2562320269 @default.
• W2908378730 cites W2587381606 @default.
• W2908378730 cites W2588948866 @default.
• W2908378730 cites W2739372311 @default.
• W2908378730 cites W2741009324 @default.
• W2908378730 cites W2765999025 @default.
• W2908378730 cites W2767664727 @default.
• W2908378730 cites W4229951940 @default.
• W2908378730 cites W827492426 @default.
• W2908378730 doi "https://doi.org/10.1016/j.ecoenv.2018.10.034" @default.
• W2908378730 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30606507" @default.
• W2908378730 hasPublicationYear "2019" @default.
• W2908378730 type Work @default.
• W2908378730 sameAs 2908378730 @default.
• W2908378730 citedByCount "18" @default.

• next