If you search “brain SPECT” in the Library of Medicine Database at pubmed.com it will return more than 14,000 scientific citations on SPECT used in clinical applications.
Research has repeatedly recognized the value of brain SPECT—the imaging technology we use with our patients at Amen Clinics—for assessing many different areas of brain function, especially the blood flow patterns in issues such as traumatic brain injury, post-traumatic stress disorder, ADHD, depression, OCD, dementia, substance abuse, autism, seizures, and strokes.
Researchers at prestigious institutions that include New York University, UCLA, UC, San Francisco, University of Pennsylvania, Thomas Jefferson University, New York University, and The University of British Columbia, have collaborated with the Amen Clinics Research Team on a wide array of published scientific studies, including:
SPECT was originally developed more than 50 years ago to evaluate living tissue. Since the 1970s, brain SPECT has been used to evaluate strokes, seizures, and brain tumors. In the 1980s, scientists were also using it to study Alzheimer’s disease, head trauma, schizophrenia, depression, ADHD, and substance abuse. Today, the research on brain SPECT is vast with over 14,000 scientific research articles on it listed on www.pubmed.gov. Below is a listing of the number of scientific articles for some common neurological and psychiatric conditions.
Strokes
Dementia
Alzheimer’s disease
Seizures and epilepsy
Depression
Schizophrenia
Head trauma
Drug abuse
Alcohol abuse
Infections
Anxiety disorders
OCD
ADHD
Bipolar disorder
Autism
Eating disorders
PTSD
> 1,300
> 2,200
> 1,500
> 1,600
> 850
> 570
> 350
> 310
> 280
> 270
> 250
> 150
> 120
> 120
> 75
> 70
> 50
Physicians around the world typically order brain SPECT scans to look at the following conditions.
At Amen Clinics, we have studied and used SPECT to help us with complex psychiatric patients for nearly 30 years, and have published 80 peer-reviewed scientific studies on SPECT, including those on:
Based on our experience there are a number of common SPECT patterns that guide diagnosis and treatment decisions. Here are several of the common patterns that help guide diagnosis and treatment.
Currently, the Amen Clinics’ Research Library contains over 60 peer-reviewed scientific research studies.The success rate of the Amen Clinics Method, a “whole person” approach to treating psychiatric and behavioral problems, was scientifically validated through a multi-site study that followed 500 complex patients for 6 months.
The clinical history, including biological, psychological, social and spiritual influences as well as brain SPECT imaging were obtained for each patient who was then given an individualized treatment plan tailored to their specific needs.
Well-known, structured clinical assessments measuring important factors such as symptoms, level of depression, and quality of life were administered before starting treatment and again after 6 months.
The more compliant the study participants were with their treatment plans, the better they felt.
This study is confirmation that even though many patients have tried—but failed—to find answers and relief for symptoms through conventional psychiatry, the Amen Clinics Method offers real solutions and positive outcomes to help patients feel better, more quickly.
Study: https://www.ncbi.nlm.nih.gov/pubmed/?term=AMEN+DG+OUTCOMES
Healthy 3D SPECT, looking at the top 45% of brain perfusion, anything below that level shows up as a hole or a dent.
Blue equals average perfusion, red equals the top 15% of perfusion and white is the top 8%.
Notice the “Swiss cheese,” shriveled appearance, indicating areas of decreased perfusion.
Asymmetrical decreased perfusion left frontal temporal lobe.
Slices 12 and 13 show inverted lobster pattern, associated with ventricular enlargement.
Severe left temporal lobe hypoperfusion shown (arrow) consistent with epilepsy.
Severe hyperfrontality (arrow), a pattern consistent with OCD.
Low prefrontal cortex perfusion
(holes at top of image)