Today, 1 in 36 children are diagnosed with autism, a lifelong neurodevelopmental disability. Of these, 25% require maximum support for daily functions and may never live independently. Additionally, 30% present with regressive autism, forming the majority of those most profoundly affected.
However, outcomes can improve with dedicated medical research focused on pathogenesis, bio-mechanisms, and co-occurring conditions to enhance interventions, treatment, and prevention.
95% of children with autism have a co-occurring medical condition, averaging 4.9 conditions per child. These often impact behavior and development. Early detection and treatment can lead to significant improvements in social, behavioral, and developmental areas.
Despite its prevalence, autism remains greatly misunderstood. The symptoms that lead to diagnosis stem from underlying bio-mechanisms, and there is currently no standardized medical care for autism. Early medical intervention is crucial, yet many pediatricians recommend therapy alone when a child exhibits regressive behaviors, often neglecting baseline testing for common conditions like metabolic disorders or immune dysfunction that could significantly influence development.
Research into these bio-mechanisms is essential for developing evidence-based interventions and treatments that improve quality of life for affected children.
Furthermore, autism is highly heterogeneous, with environmental factors implicated in its pathogenesis. It is critical to thoroughly investigate the role of pharmaceutical products, including vaccines, as potential causative factors. Heavy metals like aluminum can cause metabolic dysfunction and oxidative stress, and immune dysregulation is prevalent in the autism population, suggesting that vaccines may act as immune activation events during critical developmental periods, impacting both cognitive and biological development, such as the skewing of an immature immune system, stagnation of a developing microbiomome, and stress to mitochondrial/metabolic function of a child in the early stages of development- changing the trajectory of the child’s development.
The MAHA movement seeks not only to prevent chronic illness in children but also to support those already affected in achieving better health outcomes. Please help by funding essential critical research. There are dedicated scientists and researchers working in this field, and increased support and funding will drive advancement in autism studies