What symptoms should we monitor for Friedreich’s ataxia?
- Everyone with Friedreich’s ataxia experiences some kind of ataxia (loss of coordination and balance), but other symptoms (including balance changes, walking, fine motor skills, and fatigue) vary and may appear gradually over time.
- Heart conditions like cardiomyopathy (thickening of the heart muscle) and arrhythmias (irregular heartbeat) are common and may not cause noticeable symptoms early on.
- Scoliosis (curvature of the spine) affects many individuals with Friedreich’s ataxia.
- Diabetes can develop in childhood or adulthood.
- Over time, some people develop slurred speech, difficulty swallowing, or changes in vision and hearing. Tracking these changes can help your care team adjust treatment and support as needed.
What is the expected progression of Friedreich’s ataxia?
- Friedreich's ataxia is a progressive condition, meaning symptoms change over time, but how quickly and in what way varies significantly from person to person. Most people are diagnosed between ages 5 and 15, though about 25% have late-onset Friedreich’s ataxia that begins in adulthood and typically progresses more slowly.
- The first signs usually involve difficulty with balance and walking. Over time, coordination challenges may extend to the arms and hands, and speech may become affected. Many people need mobility aids like a cane, walker, or wheelchair within 10–15 years of symptom onset. Friedreich’s ataxia can also affect the heart, spine, and other body systems over time. It's important to know that while Friedreich’s ataxia affects motor function, it does not affect intelligence.
What treatments are available for Friedreich's ataxia?
- In February 2023, the FDA approved omaveloxolone (Skyclarys®) for people 16 years and older with Friedreich’s ataxia. It's a once-daily capsule that, in clinical studies, showed benefit on a standard neurological rating scale. Your child's doctor can discuss whether it's appropriate, what monitoring is needed (including liver tests), and how it fits into your child's overall care plan.
- It's important to know that Skyclarys does not cure Friedreich’s ataxia. It could be one part of a comprehensive approach that includes therapies, heart and diabetes screening, and supports for school and daily life.
- Beyond Skyclarys, researchers are actively studying several other potential treatments, including gene therapies that aim to fix the underlying genetic problem, treatments to boost frataxin (the protein that's missing in Friedreich’s ataxia), and therapies that help protect cells from damage.
- There are also many developmental therapies available (see Section 3).
- Your care team can help you understand whether your child qualifies for any clinical trials currently underway.
What healthcare providers should be on my child’s care team for Friedreich's ataxia?
Your child’s Friedreich’s ataxia care team is the group of providers who work together to support your child's health, development, and quality of life.
Friedreich’s ataxia affects multiple body systems. Your child may benefit from specialists beyond neurology, such as cardiology (the heart), orthopedics (the musculoskeletal system), endocrinology (diabetes monitoring or growth management), Ophthalmology (eyes), and Audiology (hearing). Ask your doctor which specialists should be part of your child's care.
Geneticists, doctors who specialize in genetic disorders, are often very good at managing care for patients with complex rare diseases.
Therapeutic providers, such as a physical therapist (mobility and motor skills), occupational therapist (daily living skills and fine motor development), speech-language pathologist (communication and feeding), or behavioral therapist (supporting emotional regulation and adaptive behavior), are equally important members, supporting your child's development, communication, and daily functioning. Ask your doctor which providers make sense for your child's specific needs. For a deeper look at therapeutic services and how to access them, see Section 3.
Finding clinical trial opportunities & supporting research into Friedreich's ataxia
When you participate in research, you help your child and other families in the future. Medical research studies can be very different from each other. Some test new treatments, while others are "natural history studies" that just collect information about a disease’s impact over time.
Clinical trials are research studies that help doctors find new treatments. Some trials test new medicines or therapies that aren't available yet. Even if you may choose not to participate, it can be good to know what options exist for your child's condition.
Your child's doctor or disease organization can help you find trials that might be a good fit. The U.S. government also maintains a registry at clinicaltrials.gov
Natural history studies are designed to help researchers learn more about the condition. This information is important for creating future treatments. Traditional natural history studies can involve additional medical appointments over the course of several years.
Patient registries collect health information from people with specific diseases to help research move faster and connect families with clinical trials. Registries also show researchers and drug companies that families are engaged and want to help develop new treatments, which can bring more funding and research attention to a disease. Some diseases have more than one registry you can join. Patient Advocacy Groups typically establish and maintain patient registries for specific rare diseases. (See Section 5 below to learn more).
Another way to support Friedreich’s ataxia research is by sharing the medical records you already have. The Friedreich’s Ataxia Research Alliance (FARA) has partnered with Citizen Health to create a platform where families can contribute de-identified data from their existing medical records (things like echocardiograms, neurology notes, therapy records, and more) to FARA-approved researchers.
Unlike traditional natural history studies that require extra clinic visits, this approach lets you contribute from home using records you've already collected. Your real-world experiences (cardiac changes over time, mobility progression, speech development) can help researchers better understand Friedreich’s ataxia and design more effective clinical trials.
Learn more about this here.
Organizing and maintaining your child’s medical records for Friedreich's ataxia
Friedreich's ataxia patients see many different doctors, often across different medical and technological systems that may not talk to each other. Unfortunately, that means the burden often falls on caregivers to track care holistically, identify “gaps,” and make sure nothing gets missed. Keeping your records as organized and centralized as you can from early on is likely to improve your ability to manage your child’s care down the road.
You can start by creating a one-page sheet with your child's diagnosis, current medications, allergies, and emergency contacts. Bring this sheet to every appointment. It can really help in emergencies or when you see a new doctor.
Many caregivers establish one (or several) records binder(s) in which they keep track of appointments, medication updates, symptoms, and other ongoing medically relevant information.
We also encourage caregivers to consider Citizen Health’s free tools for centralizing, managing, accessing, and extracting key information from health records. Our system will collect all your health records, across doctors and health systems, making them available on our secure online platform that can provide answers in real time based on questions you ask (like “What medications has my child been prescribed in the past year?” or “When did we last see an orthopedist?”)
As a company built by rare disease caregivers, we aim to overcome the need for physical records binders. But ultimately the important question is what works for you and your family.