Title: Mark E Fauver: Innovator in Microfluidic Systems and Imaging Technologies
Introduction
Mark E Fauver is a notable inventor based in the United States, recognized for his contributions to the fields of microfluidics and imaging technologies. With a focus on creating advanced systems for tissue and organ reproduction, Fauver has made significant strides in the realm of biomedical engineering. Although he currently holds no patents, his innovative work continues to influence the industry.
Latest Patents
Fauver's latest patents include a microfluidic system designed for reproducing functional units of tissues and organs in vitro. This system allows for the generation of compartmentalized microenvironments, enabling independent perfusion of various compartments. The device features a chamber containing a matrix that surrounds at least one void, which is exclusively connected to a first perfusion path. This design allows for the direct contact of cells with the matrix while maintaining a separate fluidic connection through a second perfusion path.
Another significant patent involves a method for 3D imaging of live cells using ultraviolet radiation. This method utilizes an optical tomography system where a biological object is moved relative to a microscope objective to present varying angles of view. The object is illuminated with radiation limited to wavelengths between 150 nm and 390 nm. The resulting data is captured by a camera from multiple angles, allowing for the reconstruction of a 3D image of the cell.
Career Highlights
Throughout his career, Mark E Fauver has worked with several companies, including Nortis, Inc. and Visiongate, Inc. His experience in these organizations has contributed to his expertise in developing innovative technologies that push the boundaries of current scientific understanding.
Collaborations
Fauver has collaborated with various professionals in his field, including Anna Tourovskaia, enhancing the scope and impact of his work.
Conclusion
Mark E Fauver's innovative contributions to microfluidic systems and imaging technologies highlight his role as a significant figure in biomedical engineering. His work continues to pave the way for advancements in the reproduction of tissues and organs, as well as in the imaging of live cells.