July 1, 2026
Have you or a loved one recently noticed an unexplained clumsiness, a sudden tendency to stumble, or difficulty with fine motor skills like buttoning a shirt or handwriting? When your body no longer seems to move the way you want it to, it can be deeply unsettling.
This loss of voluntary muscle coordination is medically known as ataxia.
Ataxia is not a specific disease in itself; rather, it is a prominent symptom indicating that something is disrupting the parts of your body responsible for balance, coordination, and smooth movement. Because it can stem from a wide range of underlying structural, spinal, or neurological conditions, understanding the root cause is the critical first step toward regaining control of your life.
At IGEA Brain, Spine, Pain & Orthopedics, our multidisciplinary team focuses on identifying and treating the structural, spinal, and neurosurgical conditions that frequently manifest as balance and coordination challenges.
Ataxia can affect various types of movements, changing how a person walks, talks, or uses their hands. Depending on the underlying cause, symptoms can develop suddenly (acute) or progress slowly over months or years (chronic).
Common signs of ataxia include:
To coordinate smooth movements, your brain, spinal cord, muscles, and peripheral nerves must communicate seamlessly. If any part of this pathway is damaged, compressed, or compromised, ataxia can occur.
While some forms of ataxia are hereditary or metabolic, many cases are caused by structural conditions that require specialized neurosurgical, spinal, or orthopedic intervention. Some of the most common causes include:
One of the most frequently overlooked causes of balance issues in older adults is severe spinal cord compression in the neck, known as cervical spondylotic myelopathy. Years of wear-and-tear, herniated discs, bone spurs, or spinal stenosis can narrow the spinal canal, pinching the spinal cord. Because the spinal cord carries sensory information from your legs to your brain, this compression disrupts your "proprioception"—your body's innate ability to sense where your limbs are in space. Patients often describe a "magnetic gait" (feeling like their feet are glued to the floor) or feeling clumsy and off-balance.
The cerebellum, located at the base of the brain just above the brainstem, is the body's primary coordination center. It processes sensory information to regulate balance, posture, and voluntary movements. A benign or malignant tumor, or a fluid-filled cyst growing in or near the cerebellum, can exert pressure on this delicate structure, leading to progressive coordination failure and walking difficulties.
A Chiari malformation is a structural defect where the back of the skull is abnormally small or misshapen, pressing the lower part of the brain (the cerebellar tonsils) down into the spinal canal. This structural crowding blocks the normal flow of cerebrospinal fluid and directly compresses the cerebellum, frequently causing severe balance issues, dizziness, and neck pain.
NPH is a condition characterized by an abnormal accumulation of cerebrospinal fluid (CSF) in the brain's cavities (ventricles). This buildup causes the ventricles to enlarge, stretching and damaging the surrounding brain tissue. A hallmark symptom of NPH is a very specific type of ataxia, often described as a "shuffling" or "unsteady" walk, which is frequently accompanied by cognitive changes and bladder control issues.
A severe blow to the head or spine from a car accident, sports injury, or fall can cause localized trauma to the cerebellum or spinal pathways. If the tissue suffers structural damage or severe swelling, it can result in immediate or delayed coordination deficits.
Because balance and coordination issues can drastically impact your independence and quality of life, a precise diagnosis is paramount. At IGEA, we look at the big picture. Our clinical experts utilize advanced diagnostic imaging—such as high-resolution MRIs and CT scans—to pinpoint exact structural irregularities, spinal compressions, or intracranial pressure changes that may be causing your symptoms.
Our focus is on providing comprehensive, targeted interventions. Whether your ataxia is caused by a spinal condition requiring surgical decompression, a structural brain issue requiring advanced neurosurgical care, or localized joint and nerve issues impacting your mobility, our specialists create personalized treatment pathways designed to relieve pressure, restore structural integrity, and alleviate discomfort.
Balance and coordination issues should never be ignored or simply written off as a normal part of aging. If you or someone you care about is experiencing symptoms of ataxia, getting an accurate, structural evaluation can open the door to effective treatment options.
Don't wait for a stumble to become a serious injury. Reach out to the dedicated specialists at IGEA Brain, Spine, Pain & Orthopedics today to schedule a comprehensive consultation.