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Affiliated Provider
Affiliated providers provide medical care at an NYU Langone location or a private practice, and are not employed by NYU Langone Health.

Giulietta M. Riboldi, MD, PhD

Affiliated Provider
Affiliated providers provide medical care at an NYU Langone location or a private practice, and are not employed by NYU Langone Health.
  • Specialty: Parkinson's & Movement Disorders
  • Treats: Adults
  • Language: English

Positions
Education and Training
  • PhD from University Of Milan, 2021
  • Fellowship, New York University School of Medicine, Neurology, 2019
  • Residency, University of the Study of Milan, Neurology, 2016
  • MD from University Of Milan, 2010

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Research Summary

Giulietta M. Riboldi, MD, completed a post-doctoral movement disorders fellowship at NYU Langone's Fresco Institute for Parkinson's and Movement Disorders in 2020. She also holds a position with the Affiliated Faculty Center for Human Genetics & Genomics.

Genetic discoveries are rapidly changing our understanding of neurodegenerative diseases and opening the way to targeted therapeutic approaches. Through the study of genetics and functional genomics, my research focuses on the discovery of new genetic variants associated with Parkinson’s Disease and rare Movement Disorders to better understand how known and new genetic mutations contribute to disease mechanisms.

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  • With the present study we aim to perform integrated genomic analysis and study on subject-specific cellular models in order to identify genetic causes of rare or undiagnosed movement disorders. This study will allow to further assess undiagnosed cases and

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  • Understanding the correlation between genetic mutations and causative pathogenic mechanisms and phenotypes in Movement Disorders may significantly contribute to implementing therapeutic approaches for these conditions. With the present study we aim to ass

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  • Inflammation is one of the pathogenic mechanisms implicated in PD. To assess the activation and differences in regulation of the gene expression machinery in pre-motor stages of the disease can be informative in understanding how pathogenic mechanisms of

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View All Research Studies (9)

Read All Publications (56)

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