Parthiban Selvam

Title: The Innovative Contributions of Parthiban Selvam

Introduction

Parthiban Selvam is an inventor based in Lawrence, Kansas, known for his significant contributions to the field of inhalation technology and microparticle coating. With two patents to his name, Selvam has demonstrated a commitment to advancing medical devices that enhance drug delivery efficiency.

Latest Patents

Among Selvam's latest innovations is the "Dry Powder Inhaler with Flutter Dispersion Member". This groundbreaking device includes a housing designed to receive a dose of powdered medicament, featuring an inhalation port and at least one airflow inlet. The flutter element within the chamber is ingeniously crafted to vibrate in response to airflow, facilitating the aerosolization of the medicament for effective inhalation.

Another notable patent is titled "Apparatuses and Methods for Microparticle Dry Coating of Surfaces". This device showcases a jet mill designed to create dry powder microparticles with a specific aerodynamic diameter. The system includes a feed hopper, an exit nozzle, and a holder for the item to be coated. This innovative technology is crucial for applications requiring precise microparticle deposition on various surfaces.

Career Highlights

Parthiban Selvam is currently associated with Stc.unm, where he continues to refine his inventions and push the boundaries of technology in the medical field. His work emphasizes practical applications that serve to improve patient outcomes through enhanced delivery mechanisms.

Collaborations

Throughout his career, Selvam has collaborated with esteemed colleagues like Hugh D.C. Smyth and Charles Randall Truman. These partnerships highlight a collaborative spirit that fosters innovation and brings diverse expertise to his projects.

Conclusion

In summary, Parthiban Selvam stands out as a prominent figure in the innovation landscape, particularly in the areas of inhalation devices and microparticle applications. With his inventive spirit and collaborative efforts, Selvam's work promises to greatly influence the future of drug delivery technologies.