Geoffrey F Slaff

Title: Geoffrey F Slaff: Pioneer in Magnetically Stabilized Fluidized Bed Technology

Introduction:

Geoffrey F Slaff, based in Boulder, CO, is a remarkable inventor and researcher in the field of protein separation and isolation. With a keen focus on the utilization of magnetically stabilized fluidized bed technology, Slaff has made significant contributions to the scientific community. This article explores his notable patents, innovative research, and his association with the esteemed University of Colorado Foundation, Inc.

Overview of Patents:

1. Patent: "Stationary magnetically stabilized fluidized bed for protein separation"

Description: Slaff's invention presents a method and system for isolating proteins from cell lysate, using magnetically stabilized fluidized bed technology in combination with ion-exchange adsorption/desorption processes. This patent incorporates a magnetizable, porous, ion-exchange particle, and a method for producing the same, thereby enhancing the efficiency of protein separation processes.

2. Patent: "Method for preparing magnetizable porous particles"

Description: Slaff's innovative method showcases the preparation of magnetizable and porous particles. The procedure involves coating magnetite particles with a dispersing agent, suspending them in water, and contacting the suspension with a portion of porous particles. By employing this technique, the magnetizable porous particles, like ion exchange resin, can be used effectively in magnetically stabilized fluidized bed systems for protein isolation from cell lysate.

Career at University of Colorado Foundation, Inc.:

Geoffrey F Slaff is an esteemed member of the University of Colorado Foundation, Inc., a renowned institution fostering groundbreaking research across multiple disciplines. As a notable inventor, Slaff actively contributes to the advancement of protein separation technologies within the university's research programs.

Collaborators:

Slaff has been fortunate to work alongside accomplished individuals who share his commitment to innovation in the field of protein separation. Notable colleagues include Richard Daniel Noble and Carl A Koval, both respected researchers and contributors to the University of Colorado Foundation, Inc.

Conclusion:

Geoffrey F Slaff's remarkable patents and innovations in magnetically stabilized fluidized bed technology have revolutionized the field of protein separation and isolation. Through his association with the University of Colorado Foundation, Inc., Slaff continues to be an influential figure in advancing research and development in this domain. His contributions exemplify the importance of continued exploration and breakthroughs in scientific techniques for the betterment of various industries reliant on protein separation processes.