Meet Dr Matthew!

Weight gain is a complex, multifactorial medical condition. For many people, difficulty losing weight cannot be explained by diet and exercise alone. The underlying drivers are often deeper and highly individual.

Dr Matthew takes a comprehensive, whole-person approach to weight management. His assessments consider key contributors such as sleep quality, environmental exposures, toxic load, hormonal balance, correct exercise dose and timing, inflammation, stress, and mould-related illness—factors that are frequently overlooked in conventional weight loss programs.

Using current, evidence-based and scientifically supported methods, Dr Matthew's approach is designed to support sustainable, long-term results while protecting gut health, reducing physiological stress, and avoiding unsustainable dieting practices or excessive exercise protocols.

Dr Matthew provides comprehensive medical assessment for patients experiencing symptoms that may be associated with mould exposure and environmental illness.

Often presenting as a "difficult case" where multiple doctors have not been able to identify the cause of chronic symptoms, and where treatment has involved nothing more than multiple medications to relieve symptoms, mould toxicity is a condition that can be treated.

Following assessment and confirmation of clinical findings, Dr Matthew develops an individualised treatment strategy informed by current scientific evidence and peer-reviewed research. Treatment plans are structured and closely monitored to support safe and targeted care.

Dr Matthew provides structured medical assessment and treatment planning for patients with suspected gut microbiome imbalance (dysbiosis) and digestive dysfunction.

The gut microbiome plays a central role in immune regulation, metabolic health, inflammation, hormonal balance, and overall wellbeing. Disruption to the microbiome may contribute to a wide range of chronic health symptoms.

Treatment planning focuses on supporting microbial balance and gastrointestinal function using structured, evidence-based strategies designed to promote long-term physiological stability and sustainable patient outcomes. These plans are individually tailored based on clinical presentation and investigation findings.