Anatom-e Information Systems, Ltd. Information

Anatom-e Information Systems, Ltd. was founded in 2004 by Dr. Linda Anne Hayman, M.D. with the express goal of improving patient care and information-based medical practice. It was recognized that medicine is still in somewhat of a dark ages, where the shining knights known as Doctors wield powerful devices and use them to the best of their knowledge; Anatom-e was created to be the pen to the Doctors' sword. With the mission of educating and informing doctors of pertinent information they need to know, confirming what they already know, and providing a baseline of consistent information support, Anatom-e can provide for a level of patient care heretofore unavailable anywhere in the world. Along with the help of a team of computer programmers with a background in computer video gaming and medical researchers with a background in anatomy, Dr. Hayman has successfully created a system whereby Radiation Oncologists, Radiologists, and Surgeons can find out anatomically based information relative to their patients. The Anatom-e Viewer with accompanying Deformable Anatomic Template has grown to become the world's largest anatomical template of the human body, encompassing every part of the body except for the limbs. Within this large collection of anatomical information, Anatom-e has embedded treatment recommendations, neurological signs, radiation dose limitations, and other information pertinent to anatomical location which cannot be readily found in any one resource. By keeping a strong additional focus in the medical research necessary to fill the template with every piece of information possible, Anatom-e has managed to link anatomical location with previously inaccessible information. For example, given a stroke victim, the Anatom-e software can be used to pinpoint a probable stroke location based on a list of symptoms in a patient. In knowing treatment recommendations for tumor stages based on multiple consensuses, Anatom-e can highlight secondary pathways of tumor spread, the margins of a clinical target ...