- Home
- Seminal Contributions
- Cytometry History
- Research Centers
- Photo & Video
- Cytometry and Society
- Education & Research
- Sponsors
Home Seminal Contributions to Cytometry Mack Fulwyler
Mack Fulwyler
Mack Fulwyler’s invention of the electrostatic cell sorter may well be one of the most significant inventions in the field of cell analysis. While there are many outstanding inventors and scientists in the Society, it was Mack Fulwyler whose transformational innovation made possible the development of the field. As Marvin VanDilla explained…
“This was Mack’s very brilliant idea, and he ran with the ball pretty much by himself. He did something I admire very much in science. He combined 2 totally disconnected ideas, the Coulter Counter (invented by Wallace Coulter) which counts red blood cells, and the ink jet oscillograph (invented by Dick Sweet), for an entirely different purpose, namely, sorting cells.”
Presented here are historic papers, photos and video footage, including Fulwyler’s Ph.D. dissertation and lab notes from his 1964 visit to Dick Sweet’s lab and several weeks following.
Mack Fulwyler explains: Why did he build a cell sorter?
Can’t view the videos? You may need a plugin or update. Click for suggested downloads
Mack Fulwyler and Dick Sweet on the patents on flow cytometry sorting.
Flow cytometry, the invention: impact on world health
Mack Fulwyler discusses five additional topics on disc 2. See disc 2 Table of Contents
- Correspondence between Fulwyler and Richard Sweet, 1964-66
Contributed by Bob Auer - Lab notes – 1964
Contributed by Bob Auer and by the Wallace H. Coulter Foundation - Particle Separator Patent – 1965
- Fulwyler, MJ. An Electronic Particle Separator with Potential Biological Application. Los Alamos Scientific Laboratory Annual Report of the Biological and Medical Research Group (H–4) of the Health Division, July 1964 – June 1965, Written July 1965.
In this article, Fulwyler makes it clear that the particle separator could in principle separate by fluorescence, as well as by volume or optical density. Contributed by Bob Auer
An original sorter and detail of key component