Adolfo Cotter,MD

Brain-Mind Interface


Dr. Cotter practices Telemedicine in Primary Care. Conducts a competent, highly responsive Telemedicine practice since 2012, treating a variety of medical conditions from simple to very complex. Proficient with electronic medical records using a wide range of software packages and other forms of computing. Dr. Cotter also practiced Medicine doing Home Care, Urgent Care and Hospital Work.

Dr. Cotter has medical licenses in the states of Michigan, Indiana, and telehealth registration in the states of Minnesota and Florida. The links to the states medical boards are: Florida, http://www.flhealthsource.gov/telehealth/ Minnesota, https://mn.gov/boards/medical-practice/ Indiana, https://mylicense.in.gov/everification/ Michigan, https://www.michigan.gov/lara/0,4601,7-154-89334_72600_85566—,00.html

Dr. Adolfo Cotter founded Cognimetrix in 2007, motivated by a tremendous personal interest in the use of brain imaging data in the development of bionic based software to enhance creativity and intelligence.

Throughout his career, Dr. Cotter has performed brain imaging research in academic institutions such as Unversity of Toronto, University of Pennsylvania, and Emory University. He has also conducted brain imaging research for commercial companies such as at Cerebral Diagnostics.

Dr. Cotter has given lectures in Brain Imaging and attended numerous Brain Imaging meetings where he has presented his research projects. He has experience in brain imaging data acquisition and analysis for technologies such as PET, SPECT, MRI, fMRI and EEG. During his brain imaging analysis work, he has done biostatistics using a variety of software programs.

Diffraction Enhanced Imaging (DEI)

This is a relatively new imaging technology that uses three “physical mechanisms” to generate contrast. Those mechanisms are: 1) X-Ray absorption, 2) Refraction, 3) Ultra small angle scatter rejection. This technology can produce high contrast images with much lower radiation dose compared to conventional radiography.

One of the applications this technique might be useful for is to image amyloid plaques in Alzheimer’s disease. Those plaques are usually very small and difficult to visualize with other methods.  This technique showed to be useful in a study imaging amyloid plaques in mice.

An interesting paper in the topic is the following:

Parham C, et al. Design and implementation of a compact low-dose Diffraction Enhanced Medical Imaging System. Academic Radiology (2009) August; 16(8): 911-917.

Adolfo Cotter, MD

Feb 10/2011



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