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  • Brain connectivity

  • Healthy aging

  • MR Spectroscopy

  • Neurovascular coupling

  • Quantitative MRI

  • Arterial Spin Labeling

  • Brain Perfusion

  • Functional MRI

  • Healthy aging

  • Cerebrovascular diseases

Post-Doctoral Fellow

Doctoral Students

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  • QSM

  • EPR/ESR

  • Phase Images

  • Iron Quantification in the Brain

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  • QSM

  • Paramagnetic ions quantification in the human brain

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Master's Students

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  • DTI

  • Tractography

  • Structural Connectivity

  • Epilepsy

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  • Quantitative research

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Tamires Correa

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  • fMRI

  • Functional Connectivity

  • Machine Learning

  • Intelligence

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  •  Spectroscopy

  • DTI

  • Tractography

Undergraduate Students

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  • Alzheimer's disease

  •  Cerebral vasoreactivity (CVR)

  •  fMRI

  •  BOLD contrast

  •  Resting state

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  • Quantification of paramagnetic ions in the human brain.

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  • Scientific communication

Lucas da Costa

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  • Intravoxel Incoherent Motion

  • Brain tumor

  • Machine learning

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  • Image processing and classification. Parametric maps in quantitative MRI techniques, Software developer, Machine learning.

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  • ​Brain structure and function in depression

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  • QSM

  • EPR/ESR

  • Phase Images

  • Iron Quantification in the Brain

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  • Brain Structural Changes in Patients with De novo Parkinson's Disease Evaluated by Magnetic Resonance Imaging

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  • ​The project aims to evaluate the effects of radiation on the diffusion of water in regions outside the tumor tissue of the brain.
    Identify the most radiation sensitive air regions

Collaborators

  • BOLD fMRI

  • Multiple Sclerosis

  • Information Processing Speed

  • Symbol Digit Modalities Test

  • Effective connectivity

  • Cerebrovascular disease

  • Neuropsychological assessment

  • Brain perfusion

  • Functional connectivity

  • ASL, BOLD fMRI

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  • Data analysis

  • Functional connectivity

  • Brain Morphometry

  • MR Spectroscopy

  • Machine learning

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  • MRI pulse sequence

  • Arterial Spin Labeling

  • IVIM

  • BBB permeability

  • Cerebrovascular diseases

  • Quantitative MRI

  • Data analysis

  • Machine learning

  • Image processing

  • Multiple Sclerosis

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