Our unique approach seeks to integrate modern neuroscience principles with traditional psychiatric interviews and advanced brain imaging to better help us understand an individual patient's brain function, interpret its signficance with regards to their symptoms, and find clinically useful information in planning treatments.

Molecular medicine is a vast field that includes the study of how your brain functions on a smaller scale. It includes, for example, the science of how drugs act on various brain regions, how different neurotransmitters and their receptors affect various brain circuits, and how genetics affect disease and brain function. When used in conjunction with other knowledge and tools, an understanding of molecular medicine allows us to make predictions about how drugs may affect your brain, how diseases caused by certain pathologies can affect overall brain function and cause symptoms, and how genetics can lead to mental illnesses.

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Our proprietary approach considers principles of molecular medicine to enhance our understanding of your individual brain, thus allowing us to more precisely target your treatment.

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Our unique approach takes advantage of nuclear brain imaging known as quantitative Single Photon Emission Computed Tomography (SPECT) which is then processed using advanced imaging software with optional enhancement from AI. 

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We use a proprietary approach to interpreting and integrating quantitative SPECT brain imaging with all other available clinical data and history; an approach that begins with traditional medical principles (e.g., from psychiatry, radiology neurology, nuclear medicine, etc) and adds addtional knowledge provided by neurosience, connectomics, and principles of molecular and nuclear medicine. This additional knowledge provides a valuable framework for understanding mental illnesses and enhances our ability to individually target treatments.

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Connectomics, a subspecialty of neuroscience, is the study of the brain's 100+ trillion connections, and it's overall organization into networks and subnetworks. It contributes signficantly to our understanding of how brain function affects human experience, and contributes to mental and physical illness.

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Our interpretation of brain imaging considers the latest research into connectomics and how the brain's networks affect your brain function, your psychiatric symptoms, and, conversely, how treatments affect your brain networks.

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