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  1. 41
    por Kawakami, Yuta, Bhullar, Navreet K.
    Publicado 2020
    “…Iron (Fe) and sulfur (S) are two essential elements for plants, whose interrelation is indispensable for numerous physiological processes. …”
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    Potential Implications of Interactions between Fe and S on Cereal Fe Biofortification
  2. 42
    “…Upon melting, the investigated alloys are observed to evolve towards two distinct Fe-rich and Fe-poor liquid compositions at pressures below 35-38 GPa. …”
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    The Fe-FeSi phase diagram at Mercury’s core conditions
  3. 43
    “…The electron-bifurcating [FeFe] hydrogenase from Thermotoga maritima (HydABC) requires both NADH and ferredoxin to reduce protons generating hydrogen. …”
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    Structural insight on the mechanism of an electron-bifurcating [FeFe] hydrogenase
  4. 44
    “…[Image: see text] The synthesis and electrochemical properties of tetranuclear [Fe(2)S(2)]-hydrogenase mimic species containing Pt(II), Ni(II), and Ru(II) complexes have been studied. …”
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    Heteropolymetallic [FeFe]-Hydrogenase Mimics: Synthesis and Electrochemical Properties
  5. 45
    por Dai, Jun, Ren, FengLian, Tao, ChunYuan
    Publicado 2012
    “…The adsorption of Fe(II) and Fe(III) on this TCCTS template was studied. …”
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    Adsorption Behavior of Fe(II) and Fe(III) Ions on Thiourea Cross-Linked Chitosan with Fe(III) as Template
  6. 46
    “…Iron (Fe) deficiency in plants hinders growth and yield. …”
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    Molecular characterization of Fe-acquisition genes causing decreased Fe uptake and photosynthetic inefficiency in Fe-deficient sunflower
  7. 47
    “…Many studies have shown the close relationship between the beneficial action of soil and sedimentary humic acids on the growth of plants cultivated in calcareous soils and their ability to improve Fe plant nutrition. These results have been ascribed to the humic acid (HA) capability to improve Fe solubility and bioavailability. …”
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    Humic Acid Alleviates Fe Chlorosis in Graminaceous Plants Through Coordinated Fe-Dependent and Fe-Independent Mechanisms
  8. 48
    “…These catalytic cofactors, which provide the site for N(2) binding and reduction, are, respectively, designated as FeMo‐cofactor, FeV‐cofactor, and FeFe‐cofactor. …”
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    AnfO controls fidelity of nitrogenase FeFe protein maturation by preventing misincorporation of FeV‐cofactor
  9. 49
    por Wong, Chi Ho, Lortz, Rolf
    Publicado 2023
    “…This allows us to calculate theoretical T(c) values of LiFeAs, NaFeAs and FeSe as a function of pressure that correspond reasonably well to the experimental values. …”
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    Preliminary T(c) Calculations for Iron-Based Superconductivity in NaFeAs, LiFeAs, FeSe and Nanostructured FeSe/SrTiO(3) Superconductors
  10. 50
    “…The enzyme harbors an iron-containing cofactor, in which a low-spin iron is complexed by a pyridone, two CO and a cysteine sulfur. [Fe] hydrogenase is thus similar to [NiFe] and [FeFe] hydrogenases, in which a low-spin iron carbonyl complex, albeit in a dinuclear metal center, is also involved in H(2) activation. …”
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    The exchange activities of [Fe] hydrogenase (iron–sulfur-cluster-free hydrogenase) from methanogenic archaea in comparison with the exchange activities of [FeFe] and [NiFe] hydrogenases
  11. 51
    “…We develop a mesostructured carbon/Fe/FeO/Fe(3)O(4) hybrid by a one-step solid-state reaction. …”
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    High-capacity and high-rate Ni-Fe batteries based on mesostructured quaternary carbon/Fe/FeO/Fe(3)O(4) hybrid material
  12. 52
    “…Here we report a stable μ-1,2-peroxo complex {Fe(III)(μ-O)(μ-1,2-O(2))Fe(III)} using a dinucleating ligand and study its reactivity. …”
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    Generation of a μ-1,2-hydroperoxo Fe(III)Fe(III) and a μ-1,2-peroxo Fe(IV)Fe(III) Complex
  13. 53
    “…On the other hand, in mixed Fe, Sn–N–C catalysts, the presence of Sn improves the catalytic activity that is linked to a higher Fe–N(4) site density, whereas the possible synergistic interaction of Fe–N(4) and Sn–N(x) found no confirmation. …”
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    Synergistic Effect of Sn and Fe in Fe–N(x) Site Formation and Activity in Fe–N–C Catalyst for ORR
  14. 54
    “…In this review, strategies for preparing various types of Fe-based MPNs are first summarized. We highlight the advantages of Fe-based MPNs under the different species of polyphenol ligands for their application in tumor treatments. …”
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    Recent Advances of Fe(III)/Fe(II)-MPNs in Biomedical Applications
  15. 55
    “…Doping with Fe boosts the electrocatalytic performance of NiOOH for the oxygen evolution reaction (OER). …”
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    Low-spin state of Fe in Fe-doped NiOOH electrocatalysts
  16. 56
    “…RESULTS: The [FeFe] hydrogenase belongs to a clade of hydrogenases that are different from well-known eukaryotic hydrogenases. …”
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    The [FeFe] hydrogenase of Nyctotherus ovalis has a chimeric origin
  17. 57
    “…PRINCIPAL FINDINGS: In this report, we describe an improved Escherichia coli-based expression system capable of producing 8–30 mg of purified, active [FeFe] hydrogenase per liter of culture, volumetric yields at least 10-fold greater than previously reported. …”
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    High-Yield Expression of Heterologous [FeFe] Hydrogenases in Escherichia coli
  18. 58
    “…One of the 3,6-dimethyl-3,6-diaza­octane-1,8-dithiol­ate ligands is disordered, the major component having a refined occupancy of 0.873 (2). The Fe⋯Fe distance is 3.0945 (3)Å and the Ni⋯Fe distance is 2.8505 (3) Å.…”
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    A trinuclear Fe–Fe–Ni complex formed by ligand reshuffling
  19. 59
    “…[FeFe]-hydrogenases are nature's fastest catalysts for the evolution or oxidation of hydrogen. …”
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    A structural view of synthetic cofactor integration into [FeFe]-hydrogenases
  20. 60
    “…The unmatched catalytic turnover rates of [FeFe]-hydrogenases require an exceptionally efficient proton-transfer (PT) pathway to shuttle protons as substrates or products between bulk water and catalytic center. …”
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    Crystallographic and spectroscopic assignment of the proton transfer pathway in [FeFe]-hydrogenases
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