نتائج البحث

Machine learning approaches to detect hepatocyte chromatin alterations from iron oxide nanoparticle exposure.

• Authors : Paunovic Pantic, Jovana¹; Vucevic, Danijela¹; Radosavljevic, Tatjana¹

• Source: Scientific Reports. 8/23/2024, Vol. 14 Issue 1, p1-12. 12p.

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Magnetic iron oxide nanoparticle enhanced microwave pretreatment for anaerobic digestion of meat industry sludge.

• Authors : Jákói, Zoltán Péter¹ (AUTHOR) ; Hodúr, Cecilia¹ (AUTHOR); Beszédes, Sándor¹ (AUTHOR)

• Source: Scientific Reports. 25/10/224, Vol. 14 Issue 1, p1-13. 13p.

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Fe2+ /Fe3+ Sites Control Dicarboxylic Acid Adsorption on Iron Oxide Nanoparticle Surfaces for Photocatalytic Application Studied by Operando ATR-FTIR Spectroscopy.

• Authors : Bora, Debajeet K.^1,2 (AUTHOR)

• Source: Catalysis Letters. May2024, Vol. 154 Issue 5, p2171-2181. 11p.

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Iron Oxide Nanoparticle-Induced Changes in the Growth, Oxidative Responses, and Antioxidant Capacity of Physalis alkekengi Seedlings.

• Authors : Sahraei, M.¹ (AUTHOR); Hassanpour, H.² (AUTHOR) ; Ziyadi, H.¹ (AUTHOR)

• Source: Russian Journal of Plant Physiology. Jun2023, Vol. 70 Issue 3, p1-10. 10p.

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Impact of Camellia sinensis Iron Oxide Nanoparticle on Growth, Hemato-biochemical and Antioxidant Capacity of Blue Gourami (Trichogaster trichopterus) Fingerlings.

• Authors : Paulpandian, Prema¹ (AUTHOR); Beevi, Ibrahim Sulaikal² (AUTHOR); Somanath, Beena³ (AUTHOR)

Subjects: *TEA; *FERRIC oxide; *OXIDANT status

• Source: Biological Trace Element Research. Jan2023, Vol. 201 Issue 1, p412-424. 13p.

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Monte Carlo simulations of the magnetic behaviour of iron oxide nanoparticle ensembles: taking size dispersion, particle anisotropy, and dipolar interactions into account.

• Authors : Martin, Éléonore¹ (AUTHOR) ; Gossuin, Yves¹ (AUTHOR); Bals, Sara² (AUTHOR)

• Source: European Physical Journal B: Condensed Matter. Dec2022, Vol. 95 Issue 12, p1-17. 17p.

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Self-regulating novel iron oxide nanoparticle-based magnetic hyperthermia in swine: biocompatibility, biodistribution, and safety assessments.

• Authors : Kraus, Sarah¹ (AUTHOR) ; Rabinovitz, Ricarina¹ (AUTHOR); Sigalov, Ekaterina¹ (AUTHOR)

Subjects: *MAGNETIC nanoparticle hyperthermia; *FERRIC oxide; *IRON oxide nanoparticles

• Source: Archives of Toxicology. Sep2022, Vol. 96 Issue 9, p2447-2464. 18p.

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Porphyrin–iron oxide nanoparticle functionalized with trastuzumab (ION–PP–TZ) potential MR imaging probe for breast cancer cells.

• Authors : Eivazi, Mahdis¹ (AUTHOR); Khaniabadi, Pegah Moradi^2,3 (AUTHOR); Hejazi, Seyed Hossein⁴ (AUTHOR)

• Source: Applied Physics A: Materials Science & Processing. Jun2022, Vol. 128 Issue 6, p1-7. 7p. 1 Color Photograph, 1 Black and White Photograph, 5 Graphs.

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An efficient heterogeneous iron oxide nanoparticle catalyst for the synthesis of 9-substituted xanthene-1,8-dione.

• Authors : Thirumalai, Dhakshanamurthy¹ (AUTHOR) ; Gajalakshmi, Shanmugam¹ (AUTHOR)

• Source: Research on Chemical Intermediates. May2020, Vol. 46 Issue 5, p2657-2668. 12p. 7 Diagrams, 4 Charts, 1 Graph.

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Improving the reliability of the iron concentration quantification for iron oxide nanoparticle suspensions: a two-institutions study.

• Authors : Costo, Rocio¹; Heinke, David²; Grüttner, Cordula³

Subjects: *IRON oxide nanoparticles; *IRON analysis; *SUSPENSIONS (Chemistry) testing

• Source: Analytical & Bioanalytical Chemistry. Mar2019, Vol. 411 Issue 9, p1895-1903. 9p.

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