Company Filing History:
1 out of 2,359 
2 out of 832,966 Years Active: 1999-2007
Title: Innovations of Noam Alperin
Introduction
Noam Alperin is a notable inventor based in Chicago, Illinois. He has made significant contributions to the field of medical technology, particularly in modeling circulation and measuring intracranial pressure. With a total of three patents to his name, Alperin's work has the potential to impact patient care and medical diagnostics.
Latest Patents
One of Alperin's latest patents is titled "Patient Specific Circulation Model." This invention provides a method and apparatus for modeling circulation in a living subject. The method involves developing a model for living subjects in general and correcting it to align with the overall cerebral physiology of the individual. Additionally, it includes calculating cerebral flow based on the corrected model and a selected cerebral blood flow perturbation.
Another significant patent is the "Method of Measuring Intracranial Pressure." This invention offers a method and apparatus for identifying a fluid conduit within a human body using a set of images collected over a portion of a cardiac cycle. The method entails selecting a reference image element within the fluid conduit, determining a velocity profile of each image element over the cardiac cycle, and correlating the velocity profiles to identify the fluid conduit.
Career Highlights
Throughout his career, Noam Alperin has worked with various organizations, including the University of Illinois. His innovative approaches and research have contributed to advancements in medical imaging and patient-specific modeling.
Collaborations
Alperin has collaborated with notable professionals in his field, including Fady T Charbel and Marlyn E Clark. These collaborations have likely enhanced the quality and impact of his research and inventions.
Conclusion
Noam Alperin's contributions to medical technology through his patents demonstrate his commitment to improving patient care. His innovative methods for modeling circulation and measuring intracranial pressure are significant advancements in the field.