Scarlett Parr-Reid - Ataxia UK

Scarlett Parr-Reid

Sharing results from Ataxia UK-funded project on restoring NKX6-2 gene function in Spastic Ataxia 8 cells in the lab

Dr Federico Herrera of the University of Lisbon, Portugal, has recently shared results of his Ataxia UK-funded project, ‘Restoring NKX6-2 function by protein complementation: a proof-of-concept’. Spastic ataxia 8 (SPAX8)

Sharing results from Ataxia UK-funded project on restoring NKX6-2 gene function in Spastic Ataxia 8 cells in the lab Read More »

New paper published on TG6 antibodies and patient outcomes in Gluten-related neurological disorders

Gluten-related disorders, also known as gluten sensitivity disorders, happen when a person’s immune system reacts to gluten, and immune cells called autoantibodies, mistakenly attack the body’s tissues. This is called an autoimmune response. There are numerous autoantibodies that can be

New paper published on TG6 antibodies and patient outcomes in Gluten-related neurological disorders Read More »

Feasibility testing a double-blinded randomised cross-over trial as an independent evaluation of use of the Exopulse Mollii electrostimulation suit for people with ataxia

Principal researcher: Dr Lisa Bunn, Plymouth University (UK)   Scientific Summary: This project directly responds to the needs expressed by people with ataxia for non-invasive treatments to improve daily life.

Feasibility testing a double-blinded randomised cross-over trial as an independent evaluation of use of the Exopulse Mollii electrostimulation suit for people with ataxia Read More »

Solid Biosciences granted FDA rare paediatric disease designation for their FA gene therapy

The pharmaceutical company Solid Biosciences announced in December that their gene therapy for Friedreich’s ataxia (FA),  known as SGT-212, has been granted Rare Pediatric Disease and Fast Track designations by

Solid Biosciences granted FDA rare paediatric disease designation for their FA gene therapy Read More »

Ataxia UK-funded project shows that mitochondrial proteins may be a potential target to treat cellular stress in Friedreich’s ataxia

Dr Rosella Abeti and Prof Paola Giunti at the London Ataxia Centre, UCL Institute of Neurology, have shared results from their project which was funded by Ataxia UK. The project was titled ‘Exploring novel iron-mediated mechanisms to prevent cellular death in

Ataxia UK-funded project shows that mitochondrial proteins may be a potential target to treat cellular stress in Friedreich’s ataxia Read More »

Spastic Ataxia Composite (SPAXCOM): a scale to evaluate disease progression in people with spasticity and ataxia

Current clinical rating scales to measure disease progression in people with spasticity and ataxia are focused solely on either spasticity symptoms (stiffness of muscles leading to involuntary spasms) or ataxia

Spastic Ataxia Composite (SPAXCOM): a scale to evaluate disease progression in people with spasticity and ataxia Read More »

PTC Therapeutics announces that the FDA has not approved Vatiquinone to treat FA in adults and children

On 19th August 2025, the pharmaceutical company PTC Therapeutics announced the disappointing news that the US drug regulators the FDA have not approved the drug Vatiquinone to treat adults and

PTC Therapeutics announces that the FDA has not approved Vatiquinone to treat FA in adults and children Read More »

Co-designing audio support messages with and for people with ataxia: a telephone version of the “I’m not drunk” ID card

Upcoming project: Co-designing audio support messages with and for people with ataxia: a telephone version of the “I’m not drunk” ID card  Principal Investigators: Dr Maria Cairney and Prof Anja

Co-designing audio support messages with and for people with ataxia: a telephone version of the “I’m not drunk” ID card Read More »

Subtyping Hereditary Cerebellar Ataxias based on multimodal disease progression patterns Subtyping Hereditary Cerebellar Ataxias based on multimodal disease progression patterns

Upcoming project: Subtyping Hereditary Cerebellar Ataxias based on multimodal disease progression patterns Subtyping Hereditary Cerebellar Ataxias based on multimodal disease progression patterns Principal investigators: Dr Susmita Saha, Prof Nellie Georgiou-Karistianis,

Subtyping Hereditary Cerebellar Ataxias based on multimodal disease progression patterns Subtyping Hereditary Cerebellar Ataxias based on multimodal disease progression patterns Read More »

Investigating The Molecular Mechanisms of SCA2 Using 3D Cerebellar Organoids and Multi-Omics Approaches: A Platform for Advancing Ataxia Research

Upcoming project: Investigating The Molecular Mechanisms of SCA2 Using 3D Cerebellar Organoids and Multi-Omics Approaches: A Platform for Advancing Ataxia Research Principal applicants: Prof Jorgen Erik Nielsen, Senior Researcher Patrick

Investigating The Molecular Mechanisms of SCA2 Using 3D Cerebellar Organoids and Multi-Omics Approaches: A Platform for Advancing Ataxia Research Read More »

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