

Baby and Early Years Development Support
A baby’s movements and development in the early months can offer important insight into their neurological health. While every child develops at their own pace, observing how a baby moves, responds to their environment, and reaches milestones can help identify potential concerns early on – or simply provide reassurance that everything is progressing as expected. Subtle signs in movement patterns, muscle tone, or coordination may reflect how the brain and nervous system are developing, and early recognition can lead to timely support if needed. For many parents, these observations are also a helpful way to feel more connected and confident in their child’s growth journey.
We offer a comprehensive service to assess your infant’s movement patterns and developmental progress, with a focus on providing the best possible support. Our specialised early years developmental service involves a detailed assessment suited to your needs. Depending on the age of your infant, an assessment can be conducted via video consultation or in person. If you’d like to access this service and get support for your child, just fill out the enquiry form at the end of this page or contact us directly on 07821210231.


The Importance of Early Years Intervention and Diagnosis
Early years intervention is crucial because the first few years of life represent a critical period for baby and infant brain development and physical growth. During this time, babies and young children are highly responsive to environmental stimuli and experiences. Early identification of developmental delays, disorders, or movement difficulties allows for timely interventions, which can have profound, long-lasting effects on a child’s physical, cognitive, and emotional development.

Key Evidence Behind Early Intervention and the Role of the Neurophysiotherapist
- Brain Plasticity: The brain is more malleable in the early years, which means that early intervention can “re-wire” neural pathways and support the development of skills that might otherwise be delayed. Neuroscientific research shows that intervention during this period can lead to better outcomes in motor, social, and cognitive domains.
- Motor Skill Development: Research indicates that early diagnosis of movement issues or developmental delays (such as those related to walking, coordination, or posture) allows for early therapeutic intervention that can improve motor development. Addressing issues like hypotonia (low muscle tone) or hypertonia (high muscle tone) in infants can help prevent long-term complications such as delayed gross motor skills or postural asymmetries.
- Improved Long-Term Outcomes: Studies suggest that children who receive early physiotherapy or other interventions often experience improved outcomes in terms of academic performance, social skills, and overall well-being. Early intervention can prevent or minimize the severity of developmental delays and reduce the need for more intensive therapies later on.
- Family and Parent Support: Early diagnosis often comes with education and support for parents, empowering them to better understand and address their child’s needs. This can significantly reduce stress and help parents provide optimal care, which positively impacts the child’s development.
- Prevention of Secondary Conditions: Untreated developmental delays can sometimes lead to secondary issues, such as poor posture, muscle imbalances, or even joint problems later in life. Early intervention helps to prevent or minimize these conditions.
The Prechtl General Movement Assessment – for babies age 3-5 months
The Prechtl General Movement Assessment (GMA) is a highly regarded method for assessing motor development in infants. This assessment tool focuses on analysing a baby’s spontaneous movements (including wriggling and reaching) during their early months of life. It is particularly useful in identifying neurological concerns or the likelihood of later developmental issues.


Key Benefits of GMA
- Early Identification of Neurodevelopmental Issues: The GMA is a reliable tool for detecting early signs of neurological abnormalities in infants, such as cerebral palsy or other motor disorders. By assessing the quality and complexity of an infant’s spontaneous movements, the GMA can identify potential issues even before more overt symptoms become apparent. Early identification allows for early intervention, improving the child’s chances for better outcomes.
- Predictive Power: Research has shown that GMA can be a strong predictor of future motor development. Infants who exhibit abnormal movement patterns in the first few months are more likely to develop motor impairments later. This predictive value makes GMA an essential tool in guiding clinical decisions about further assessment and intervention.
- Non-Invasive and Early Screening: The GMA is a non-invasive, straightforward observational tool, which means that it can be performed on infants without any discomfort or disruption to their routine. It can be done as early as 3 to 5 months of age, which is a window during which many neurodevelopmental conditions may not yet be obvious.
- Improved Intervention Strategies: Having a trained specialist in the Prechtl General Movement Assessment allows for more accurate and timely diagnoses. This leads to more personalised intervention plans that are tailored to the child’s specific needs, improving the effectiveness of the therapy and reducing the likelihood of long-term developmental challenges.
- Holistic Developmental Insight: The GMA doesn’t just focus on motor skills; it also gives insight into other developmental areas, such as brain function and coordination. This provides a holistic view of the child’s early development and guides professionals in deciding the best course of action.
- Building Parent Confidence: Parents who know their child’s development is being closely monitored and assessed using evidence-based tools like the GMA may feel more confident in their child’s care. This can reduce anxiety and promote a sense of partnership between healthcare providers and families.
Neurological conditions we support
- Foot deformities
- Hip dysplasia
- Reduced ranges of movement (such as Torticollis)
- Head shape abnormalities
- Neurological disorders
- Developmental delay