Although there is no record of his training in urology, he was certified by the American Board of Urology in 1937. Foley worked as a urologist in Boston, Massachusetts and later became chief of urology at Ancker Hospital in St. Paul, Minnesota. (Ancker Hospital was renamed St. Paul Ramsey Medical Center and is now known as Regions Hospital.) He died in 1966 of lung cancer.[1]
Foley catheter
Foley first described the use of a self-retaining balloon catheter in 1929, to be used to achieve hemostasis after cystoscopic prostatectomy.[2] He worked on development of this design for use as an indwelling urinary catheter, to provide continuous drainage of the bladder, in the 1930s. His design incorporated an inflatable balloon towards the tip of the tube which could be inflated inside the bladder to retain the catheter without external taping or strapping. He demonstrated this to the American Urologists Society in 1935,[3] and published a paper describing it in 1937.[4]
While he was still developing his catheter, a patent was issued to Paul Raiche of the Davol Rubber Company of Providence, Rhode Island in 1936.[1] Four months later, in October 1936, Foley applied for the patent, and was awarded this after appearing before the patent office Board of Appeals. Raiche appealed this decision in court, and it was overturned, returning the patent to Raiche. A further request for a hearing made by Foley was refused, and so the patent stayed with Raiche.
Legacy
The C. R. Bard Company of New Jersey started distributing the catheters, under the name of Foley catheters, from 1935; consequently, the name has remained with Foley despite the patent having remained with the Davol Company. Although the materials used to make catheters have changed, the basic design of the 1930s has not.
In addition to his work on urinary catheters, Foley also described a novel technique for treating strictures of the pelvi-ureteric junction which is known as the Foley Operation or the Foley Y-plasty pyeloplasty.[5] He also invented a hydraulic operating table[6] and a rotatable resectoscope,[7] and described the first artificial urethral sphincter.
^Foley F.E.B. A self-retaining bag catheter. J Urol 1937;38:140–3
^Foley F.E. A new plastic operation for stricture at the uretero-pelvic junction. Report of 20 operations. J. Urol. 1937;38:643–672
^Foley FE (October 1950). "A new cysto-urography and transurethral operating table: hydraulic operation providing prompt wide range position change". Journal of Urology. 64 (4): 622–631. doi:10.1016/s0022-5347(17)68686-5. PMID14779378.