Deposits of iron oxides in the human brain (globus pallidus) are visible under electron microscopy as object of regular and or/irregular shape but giving sharp diffraction patterns in the transmission mode. The SQUID magnetometry reveals that the magnetization curves decline form an ideal Langevin function due to the dominating diamagnetism of organic tissue. The fitting procedure yields the quantitative characteristics of the overall magnetization curves that were further processed by statistical multivariate method
ii During the last few years, magnetic resonance imaging (MRI) systems operating at high (≥3 Tesla) ...
Aims: Aceruloplasminemia is an ultra-rare neurodegenerative disorder associated with massive brain i...
The authors measured in vivo signal intensity on magnetic resonance (MR) images and postmortem iron ...
Samples taken from the human brain (Globus Pallidus) have been investigated by physical techniques s...
Ferritin, the iron storage nonhaeme-protein contains a ball of hydrated iron oxides (Fe_2O_3⋅nH_2O) ...
Lyophilized samples of human brain tissue from the region of Globus Pallidus were investigated in po...
Most SQUID-based biomagnetic studies of the human brain have sought to measure magnetic fields gener...
Ferromagnetic materials, magnetite crystals, have been extracted and identified from magnetotactic ...
Iron accumulation in the brain is a phenomenon common to many neurodegenerative diseases, perhaps mo...
Although the mineral magnetite (Fe_3O_4) is precipitated biochemically by bacteria, protists, and a ...
In dieser Masterarbeit wurden ex-vivo Gewebeproben des menschlichen Gehirnsmithilfe eines Supraleitu...
Mammalian cellular iron is stored inside the multisubunit protein ferritin. normally taking the stru...
AbstractPigmentation of neurons in substantia nigra is due to neuromelanin, a pigment that stores la...
AbstractPathological iron deposits in the brain, especially within basal ganglia, are linked to seve...
AbstractMagnetometry analysis of brain tissue sub-samples from two neuroferritinopathy patients prov...
ii During the last few years, magnetic resonance imaging (MRI) systems operating at high (≥3 Tesla) ...
Aims: Aceruloplasminemia is an ultra-rare neurodegenerative disorder associated with massive brain i...
The authors measured in vivo signal intensity on magnetic resonance (MR) images and postmortem iron ...
Samples taken from the human brain (Globus Pallidus) have been investigated by physical techniques s...
Ferritin, the iron storage nonhaeme-protein contains a ball of hydrated iron oxides (Fe_2O_3⋅nH_2O) ...
Lyophilized samples of human brain tissue from the region of Globus Pallidus were investigated in po...
Most SQUID-based biomagnetic studies of the human brain have sought to measure magnetic fields gener...
Ferromagnetic materials, magnetite crystals, have been extracted and identified from magnetotactic ...
Iron accumulation in the brain is a phenomenon common to many neurodegenerative diseases, perhaps mo...
Although the mineral magnetite (Fe_3O_4) is precipitated biochemically by bacteria, protists, and a ...
In dieser Masterarbeit wurden ex-vivo Gewebeproben des menschlichen Gehirnsmithilfe eines Supraleitu...
Mammalian cellular iron is stored inside the multisubunit protein ferritin. normally taking the stru...
AbstractPigmentation of neurons in substantia nigra is due to neuromelanin, a pigment that stores la...
AbstractPathological iron deposits in the brain, especially within basal ganglia, are linked to seve...
AbstractMagnetometry analysis of brain tissue sub-samples from two neuroferritinopathy patients prov...
ii During the last few years, magnetic resonance imaging (MRI) systems operating at high (≥3 Tesla) ...
Aims: Aceruloplasminemia is an ultra-rare neurodegenerative disorder associated with massive brain i...
The authors measured in vivo signal intensity on magnetic resonance (MR) images and postmortem iron ...