| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 1947954 | Biochimica et Biophysica Acta (BBA) - General Subjects | 2010 | 13 Pages |
Abstract
The different mineralization of iron inside ferritin may be related to oxidative stress in olygodendrocites, which could affect myelination processes with the consequent perturbation of information transference.
Keywords
PSPEELSHAADFROIAβCATHRTEMXANESATEMEXAFSPHFOligodendrocyteMRITemAlzheimer's diseaseAlzheimer diseaseMagnetic resonance imagingcomputed axial tomographyPositron emission tomographyX-ray absorption near edge structurePaired helical filamentsHigh angle annular dark fieldextended X-ray absorption fine structureStemSIMSelectron energy loss spectrometrySecondary ion mass spectroscopyXRFSADFerritinProgressive supranuclear palsyX-ray fluorescenceRegions Of InterestAnalytical transmission electron microscopyHigh Resolution Transmission Electron Microscopyanalytical electron microscopyTransmission electron microscopySTEM, scanning transmission electron microscopyElectron nanodiffractionHaemosiderinendPETX-ray diffractionXRDElectron diffractionSelected area diffractionamyloid beta peptide
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Authors
Carmen Quintana, LucÃa Gutiérrez,