Physico-chemical characterization of biomacromolecule magnet of erritin in terms of morphology, structural and magnetic properties shows that iron oxides can be efficiently loaded into apoferritin molecules, preserving its native, bio-compatible structure. At the same time, such loading affects the morphology of the protein shell
The structural stability of magnetoferritin, a synthetic analogue of ferritin, at various pH levels ...
Mössbauer spectroscopic and magnetic measurements have been made on a novel magnetic protein produce...
Ferritins are a family of proteins distributed widely in nature. In bacterial, plant, and animal cel...
The paper presents detailed experimental study of synthesis and characterization a bioinorganic magn...
Synthetic biological macromolecule of magnetoferritin containing an iron oxide core inside a protein...
Ferritin is a spherical iron storage protein composed of 24 subunits and an iron core. Using biomime...
THE structure of ferritin is of considerable interest because of its widespread occurrence in higher...
The spherical cage-like protein ferritin was reconstituted with varying numbers of iron atoms perpro...
Ferritins are proteins, which serve as a storage and transportation capsule for iron inside living o...
As the major iron storage protein, ferritin stores and releases iron for maintaining the balance of ...
Iron oxide nanoparticles mineralized within the internal cavity of Ferritin protein cage are extreme...
The average blocking temperatures of ferritin molecules containing differing amounts of iron were de...
Ferritin, a protein that is present in the human body for a controlled iron storage and release, con...
Iron oxide nanoparticles have attracted a great deal of research interest in recent years for magnet...
BACKGROUND: Ferritin exhibits complex behavior in the ultracentrifuge due to variability in iron cor...
The structural stability of magnetoferritin, a synthetic analogue of ferritin, at various pH levels ...
Mössbauer spectroscopic and magnetic measurements have been made on a novel magnetic protein produce...
Ferritins are a family of proteins distributed widely in nature. In bacterial, plant, and animal cel...
The paper presents detailed experimental study of synthesis and characterization a bioinorganic magn...
Synthetic biological macromolecule of magnetoferritin containing an iron oxide core inside a protein...
Ferritin is a spherical iron storage protein composed of 24 subunits and an iron core. Using biomime...
THE structure of ferritin is of considerable interest because of its widespread occurrence in higher...
The spherical cage-like protein ferritin was reconstituted with varying numbers of iron atoms perpro...
Ferritins are proteins, which serve as a storage and transportation capsule for iron inside living o...
As the major iron storage protein, ferritin stores and releases iron for maintaining the balance of ...
Iron oxide nanoparticles mineralized within the internal cavity of Ferritin protein cage are extreme...
The average blocking temperatures of ferritin molecules containing differing amounts of iron were de...
Ferritin, a protein that is present in the human body for a controlled iron storage and release, con...
Iron oxide nanoparticles have attracted a great deal of research interest in recent years for magnet...
BACKGROUND: Ferritin exhibits complex behavior in the ultracentrifuge due to variability in iron cor...
The structural stability of magnetoferritin, a synthetic analogue of ferritin, at various pH levels ...
Mössbauer spectroscopic and magnetic measurements have been made on a novel magnetic protein produce...
Ferritins are a family of proteins distributed widely in nature. In bacterial, plant, and animal cel...