… It is believed that cores of ferritin consist of single-phase … In the present work, we show that
ferritin cores gradually decompose … This work confirms that the ferritin cores contain more than …

… the structural and magnetic properties of the synthetic iron core polymer, and compare them
brieflywith the properties of the ferritin micelle. Since ferritin is so important in biological iron …

… -chain ligands present on the inner surface of the ferritin protein shell. Binding of Fe 3+ to …
the iron core. This results in the contact of the ferritin protein shell with the iron core at several …

… to ferritin proteolytic … ferritin-reducing agents. Here, we summarize our current knowledge
of the mechanisms of iron oxidation, iron core mineralization and iron dissolution from ferritin, …

… Domínguez-Vera and co-workers used catechol in the presence of urea or hydroxamic
acids to release iron from the ferritin core by direct chelation of Fe(III). (53, 71) Addition of …

… surfactants for carrying out the thermal decomposition of organometallic precursors under
… the form of its mineral core was utilized to selectively place a single ferritin on the surface of …

… liquid ferritin material after dialysis to contain 1,400 polymer anions per cationized ferritin …
the absorbance of the iron oxide core of the reconstituted ferritin ionic liquid in water at 420 …

… To compensate for the aforementioned shortcomings, ferritin has been proposed as a …
Ferritin is a kind of iron storage protein that consists of a spherical protein shell and an iron core. It …

… ferritin core. This allowed for the isolation and preservation of the general lineshape of the
signal belonging to the ferritin core. … -topeak of the ferritin-core signal decreases linearly with …

… Thermal decomposition of ferritin core … size and structure of ferritin cores reconstituted at
25, 30, 37, and 42C. This study will help us tailor the biomimetic syntheses of ferritin in vitro and …