Alessandro Meani

[@Neuroimaging_Research_Unit_SanRaffaele @NRU_SanRaffaele]

🧠 Is the choroid plexus an early MRI marker of immune activity in MS?

Our new study modeled lifespan ChP volume in 727 MS & 461 HC, showing early enlargement and associations with lesion burden & HLA susceptibility

🔗https://t.co/PJvDaL0rhv

#MS #MRI #Neuroinflammation

[@Neuroimaging_Research_Unit_SanRaffaele @NRU_SanRaffaele]

Clinical and MRI substrates of Symbol Digit Modalities Test impairment in multiple sclerosis patients with an adult- and late-onset

Our research just published in @MSJ_Research
Great work conducted within @MAGNIMS

#MS #MRI #Cognition #MAGNIMS

https://t.co/jdQwFNgsgq

[MSJ @MSJ_Research]

MRI markers, including thalamic volume, lesion volume and spinal lesions, and high-efficacy treatment were associated with outcomes in pediatric #MultipleSclerosis.

12-year study from @monicamargoni @rocca_mara @NRU_SanRaffaele @SanRaffaeleMI @MyUniSR▶️ https://t.co/p1mXkJehnk

[@Neuroimaging_Research_Unit_SanRaffaele @NRU_SanRaffaele]

What are the substrates of 8.5-year clinical outcomes in AQP4-IgG-positive neuromyelitis optica spectrum disorders?

See our work just published!
#NMOSD #MRI #prognosis #neurology
@monicamargoni @agmmeani @paolopreziosa @PaolaValsasina @rocca_mara

https://t.co/uVAC3p1BSa

[@Neuroimaging_Research_Unit_SanRaffaele @NRU_SanRaffaele]

What are the clinical and #MRI correlates of 12-years outcomes in pediatric-onset #MS?

Clinical features matter — but MRI adds valuable prognostic information. See our paper in @MSJ_Research

@monicamargoni @agmmeani @rocca_mara @paolopreziosa

https://t.co/TCaYrGKpFA

[MSJ @MSJ_Research]

📢 January issue is now available ▶️ https://t.co/rzmYCpSIOY

...and the cover goes to▶️ @MorozumiTetsu @rocca_mara @NRU_SanRaffaele with their study on microstructural integrity of motor-related white matter tracts in #MultipleSclerosis▶️ https://t.co/fvhvzp8UgO

[@Neuroimaging_Research_Unit_SanRaffaele @NRU_SanRaffaele]

Contribution of structural and functional MRI in predicting response to motor training in multiple sclerosis

Our research just published in @MSJ_Research

#MS #MRI #rehabilitation

@MorozumiTetsu @paolopreziosa @agmmeani @PaolaValsasina @rocca_mara

https://t.co/PjVXH0Hoa8

[Paolo Preziosa @paolopreziosa]

Identifying predictors of motor training response in #MS could enable truly personalized rehabilitation

Selecting the most effective intervention for each patient may maximize recovery and functional outcomes

See our paper published in @MSJ_Research

https://t.co/6JdE0rSnEG

[@Neuroimaging_Research_Unit_SanRaffaele @NRU_SanRaffaele]

Clinical, functional and cognitive features of late-onset multiple sclerosis

Our article published in the Journal of Neurology

@Nico_Ted1 @paolopreziosa @agmmeani @rocca_mara

https://t.co/BDoymP6BS0

[@Neuroimaging_Research_Unit_SanRaffaele @NRU_SanRaffaele]

Clinical integration of brain and cord MRI features improves differential diagnosis of multiple sclerosis Our study just published in the Journal of Neurology

#MS #MRI #differentialdiagnosis

@rocca_mara @paolopreziosa @agmmeani

https://t.co/Y1IuStSAfw

[@Neuroimaging_Research_Unit_SanRaffaele @NRU_SanRaffaele]

Cervical spinal cord gray matter damage predicts disability worsening in multiple sclerosis: a longitudinal study

#MS #MRI #spinalcord #GM
Matteo Azzimonti @paolopreziosa Elisabetta Pagani @agmmeani @monicamargoni @rocca_mara

https://t.co/tLwYsts84S

[Paolo Preziosa @paolopreziosa]

Soma and neurite density abnormalities of paramagnetic rim lesions and core-sign lesions in multiple sclerosis

Our study just published on the Journal of Neurology
#MS #MRI #SANDI #WM #lesions
@agmmeani @monicamargoni @rocca_mara

https://t.co/sdPZNtOwBs

[@Neuroimaging_Research_Unit_SanRaffaele @NRU_SanRaffaele]

Dynamics of choroid plexus volume is associated with the presence and development of fatigue in multiple sclerosis

Our research published on @JNNP_BMJ

Martina Rubin @paolopreziosa @monicamargoni @agmmeani @IngStorelli_L @rocca_mara
#MS #MRI #fatigue

https://t.co/OygdMHBiL5

[MSJ @MSJ_Research]

Cervical spinal cord MRI, especially grey matter atrophy, correlates to sensorimotor impairments in people with #MultipleSclerosis, more than brain MRI measures.

Study from @MorozumiTetsu @rocca_mara @NRU_SanRaffaele ▶️ https://t.co/k1KfqTyZFx

[Neurology Journal @GreenJournal]

This study found that CSF-in damage gradients are heterogeneous among different gray matter regions and through multiple sclerosis course, possibly reflecting different dynamics of demyelination and iron loss/accumulation: https://t.co/2chu8KeR4Q

#NeuroTwitter #MS

[@Neuroimaging_Research_Unit_SanRaffaele @NRU_SanRaffaele]

Brain and cervical spinal cord MRI correlates of sensorimotor impairment in patients with multiple sclerosis

Our article just published on @MSJ_Research

#SM #MRI #spinalcord #Disability
Tetsu Morozumi @paolopreziosa @agmmeani @rocca_mara

https://t.co/7FTF6WzWVV

[@Neuroimaging_Research_Unit_SanRaffaele @NRU_SanRaffaele]

Cerebrospinal Fluid-In Gradient of Cortical and Deep Gray Matter Damage in Multiple Sclerosis

Read our article just published online

#MS #MRI
Martina Rubin Elisabetta Pagani @paolopreziosa @agmmeani @IngStorelli_L @monicamargoni @rocca_mara

https://t.co/FYiEqlYOgD

[@Neuroimaging_Research_Unit_SanRaffaele @NRU_SanRaffaele]

Cognitive Impairment Is Related to Glymphatic System Dysfunction in Pediatric Multiple Sclerosis

Our article just published on @ANA_journals

@monicamargoni @agmmeani @paolopreziosa @rocca_mara

#MS #MRI #pediatric #glymphatic #cognition

https://t.co/RnA7RDMAZK

[Neurology Journal @GreenJournal]

Paramagnetic rim lesions and choroid plexus enlargement may contribute to the pathophysiology of cognitive impairment and fatigue in MS: https://t.co/D7HuI7VwxT

#NeuroTwitter #MultipleSclerosis

[@Neuroimaging_Research_Unit_SanRaffaele @NRU_SanRaffaele]

Chronic Active Lesions and Larger Choroid Plexus Explain Cognition and Fatigue in Multiple Sclerosis

#MS #MRI #cognition #fatigue
@paolopreziosa @agmmeani @IngStorelli_L @monicamargoni @rocca_mara

https://t.co/f3fVXcWMEA