Joseph H Schulman

Joseph H Schulman: Pioneering Innovator in Neural Prosthetics

Introduction:

Joseph H Schulman is a renowned inventor and researcher in the field of neural prosthetics. With a keen focus on advancing touch-like sensing capabilities and developing pliable electrically conductive filaments, Schulman has made significant contributions to the field. This article delves into his latest patents, career highlights, notable collaborations, and the impact of his work in the field of neural prosthetics.

Latest Patents:

Among Joseph H Schulman's latest patents, two stand out as innovative solutions in the realm of neural prosthetics:

1. Neural Prosthetic with Touch-like Sensing:

This patent presents an apparatus and method to simulate human touch in prosthetic devices such as the BION microstimulator. By utilizing a power circuit, communication circuit, and sensor circuit, the apparatus enables the detection of changes in the surrounding tissue. Various techniques, including reflectivity, impedance, conductivity, and return signal analysis, are employed by the sensor to interpret sensory information as a representation of touch or feel. This invention has paved the way for more natural interactions between prosthetic devices and human users.

2. Stiffness Enhanced Filaments:

In this patent, Schulman introduces biocompatible, pliable, electrically conductive filaments designed for contact with living tissue. The filaments possess a unique pliability that allows them to adapt to the movement of surrounding tissue. To temporarily enhance their stiffness for penetration into dense tissue, a soluble coating is applied, rendering them rigid. Once in place, the coating dissolves in contact with body fluids, restoring the filaments' original pliability. This invention has promising applications, especially in the field of bioelectronic medicine and targeted drug delivery systems.

Career Highlights:

Joseph H Schulman's illustrious career spans across various scientific research organizations. Notable highlights include:

1. Alfred E. Mann Foundation for Scientific Research:

Schulman contributed significantly to the Alfred E. Mann Foundation for Scientific Research, a renowned organization known for its commitment to advancing medical technologies. His exploration of neural prosthetics and bioengineering brought significant advancements to the field.

2. Second Sight Medical Products, Inc. (now known as Second Sight Medical Products - A Pixium Vision Company):

Throughout his career, Schulman played a crucial role in the development of advanced visual prosthetics. He was a core member of Second Sight Medical Products, working to improve retinal prosthetic devices such as the Argus II, which restores partial vision to individuals with retinal degenerative diseases.

Collaborations:

Joseph H Schulman has collaborated with notable researchers in the field of neural prosthetics. Some of his noteworthy co-workers include:

1. John Charles Gord:

A leading expert in bioelectrodes and neural stimulation technologies, John Charles Gord has collaborated with Schulman on numerous projects. Together, they have advanced the field of neural prosthetics, revolutionizing the way these devices interact with the human neural system.

2. Charles L Byers:

Charles L Byers, known for his expertise in bioengineering and neurostimulation, has forged a strong collaboration with Schulman. Their combined efforts have helped drive innovation in neural prosthetic devices, improving the quality of life for individuals with disabilities.

Conclusion:

Joseph H Schulman's immense contributions to the field of neural prosthetics have opened up new possibilities in the realm of touch-like sensing and pliable electrically conductive filaments. Through his patents, career highlights, and collaborations, Schulman has solidified his position as a pioneering innovator in the field. His inventions and research continue to pave the way for the advancement of neural prosthetics, bringing us closer to enhancing the lives of individuals with neurological impairments.