The nervous system is your body’s communication network, controlling movement, sensations, and thoughts. It’s built from neurons, or nerve cells, which act like tiny living wires, carrying electrical signals to coordinate everything you do. The system has two main branches that work together.

Central Nervous System (CNS)
The CNS includes your brain and spinal cord. The brain, your command center, handles decisions, plans actions, and processes information. It’s the essence of “you”! The spinal cord is a super highway, with neurons relaying signals to and from the brain. For example, when you decide to walk, brain neurons plan the movement and pass these signals to spinal cord neurons. The spinal cord then carries these signals to the...

Peripheral Nervous System (PNS)
The PNS is a network of neurons outside the CNS, connecting your brain and spinal cord to muscles, skin, and organs. It relays signals, like when you touch something hot: PNS neurons in your skin send the sensation to the spinal cord and brain, which then send signals back through PNS neurons to tell your hand muscles to pull away.

This teamwork keeps you moving, feeling, and thinking. Damage to either branch can cause neurological symptoms such as numbness or weakness, but knowing which branch is affected helps to guide treatment approaches.

A neurological condition is any disorder that affects the brain, spinal cord, or neurons in the nervous system. These conditions can interfere with how messages are sent between your brain and body, leading to changes in movement, thinking, sensation, or energy levels.

At PhysiKits, we focus on four key conditions that affect the central nervous system (CNS) in unique ways:

Multiple Sclerosis (MS)
An autoimmune condition where the immune system attacks the protective coating of nerves in the brain and spinal cord. This can disrupt signals and lead to fatigue, weakness, balance issues, or vision problems.

Parkinson’s Disease (PD)
A progressive condition that affects brain cells involved in movement. It can cause symptoms like tremors, stiffness, slowed movements, and difficulty with coordination.

Acquired Brain Injury (ABI)
A broad term for brain injuries that happen after birth, which can affect thinking, speech, mobility, or behaviour depending on the part of the brain involved. Stroke (a blood flow blockage or bleed) and trauma (for example a car crash) are the most common causes.

Cerebral Palsy (CP)
A condition caused by early brain injury (before, during, or shortly after birth) that affects muscle control, leading to movements that may be stiff, jerky, or uncoordinated.

There are many other types of neurological conditions. If you're living with one and need support, you're always welcome to get in touch with us.

We don’t like to think of it that way. Living with a neurological condition like MS, Parkinson’s, ABI or CP doesn’t define who you are.

While it’s important to be realistic about day-to-day challenges, what matters most is your experience. Some people identify as disabled, others don’t; either way there’s support to help you feel your best!

Symptoms like fatigue, weakness, tremors, or changes in balance are common because neurological conditions affect how the brain and spinal cord send messages to the body. That can make everyday tasks harder, but it doesn’t mean you’ve reached a fixed limit.

As physios, we focus on your abilities. Through targeted strategies, we work to improve things like strength, mobility, balance, and energy. In our own practice, we prioritise what matters most to each client. And here at PhysiKits, we’ve created tools to help you do the same — with strategies for the most common challenges specific to your condition, so you can focus on what matters most to you.

There’s no one-size-fits-all answer. Whether or not you use the word “disabled,” we’re here to help you feel more confident, capable, and in control.

Physiotherapists (or physical therapists, as we’re known in some countries) are university-trained healthcare professionals who specialise in improving movement, strength, and function. Physiotherapy is grounded in evidence-based practice and plays a vital role in hospital systems, community services, and rehabilitation teams around the world alongside doctors, nurses and other "allied health" professionals.

While we cover all bases as part of our training, different physiotherapists choose to specialise in specific areas of practice. Some focus on musculoskeletal conditions like joint pain, sports injuries, or post-surgical rehab. Others work in respiratory care, supporting people with lung conditions or recovering from critical illness. And some, like us, specialise in the nervous system.

Neurological Physiotherapists
We support people living with conditions that affect the brain, spinal cord, and nerves. This includes Multiple Sclerosis (MS), Parkinson’s Disease (PD), Acquired Brain Injury (ABI), and Cerebral Palsy (CP), among many others. These conditions can disrupt how messages travel between the brain and body, leading to symptoms like fatigue, weakness, tremors, or changes in coordination.

Our role is to understand how those symptoms impact daily life; and help clients move with more ease, safety, and confidence.

Physiotherapists help by improving movement, strength, and function in people with a wide range of conditions. We tailor our approach to the challenge at hand and use a variety of strategies to support each person’s independence and quality of life.

As neurological physiotherapists, we focus on symptoms related to the brain, spinal cord, and nerves, such as weakness, spasms, fatigue, or coordination difficulties. We assess how these symptoms impact day-to-day life, then develop personalised plans to support the goals that matter most to each client. That might include balance training to reduce falls, hands-on techniques to ease muscle stiffness, or energy management strategies to reduce fatigue. For example, we might focus on pacing for someone with MS, or coordination drills to support mobility in CP.

Exercise is one of our core tools; not just for strengthening muscles, but for enhancing brain function and supporting neuroplasticity (the brain’s ability to adapt and rewire). Every condition requires a slightly different approach. Whether it’s walking drills for Parkinson’s, stretching routines for ABI, or strength training for MS, we tailor the strategy to the individual and their goals.

With PhysiKits, we’ve taken this same clinical approach and distilled it into easy-to-follow digital toolkits. Instead of creating a one-on-one program, we’ve condensed our years of training, experience, research, and condition-specific strategies into a single accessible resource; so you can apply a physiotherapist-informed approach to your own journey, in your own time, and on your own terms.

We often say: "If the benefits of exercise came in a pill, we’d all be taking it!"

For neurological conditions like Multiple Sclerosis (MS), Parkinson’s Disease (PD), Acquired Brain Injury (ABI), or Cerebral Palsy (CP), exercise can strengthen muscles, improve balance, and support brain health by protecting and stimulating neurons in the central nervous system. It can also ease symptoms like stiffness and fatigue, helping you move more freely and confidently.

For example, gentle stretching may reduce muscle spasms in CP; walking exercises can improve stability in PD. But like any treatment, exercise carries some risks. Without the right guidance, there is potential for muscle strain, injury, or falls, especially if exercises aren’t suited to your condition.

At PhysiKits, we clearly flag safety considerations in all our resources; everything is designed to be evidence-based, realistic, and tailored to common neurological needs. Our goal is to make exercise safe, practical, and effective.

If you often have falls or experience complex symptoms, it’s always best to speak with your doctor before starting something new, so your plan can be adapted to suit your needs.