Renseignements généraux

Nº de série

prototype

Nº de partie

3

Nombre total de parties

10

Ou

artificial kidney machine

Brevets

S/O

Description générale

Upper & lower head pieces are chrome-plated steel: inner areas, bolts and inlet & outlet ports have dull silver metal finish; bright silver metal [chrome-plated brass] blood and dialysate chambers; red-brown rubber gaskets; and clear and opaque cellophane sheets.

Dimensions

Remarque : Cette information reflète la taille générale pour l’entreposage et ne représente pas nécessairement les véritables dimensions de l’objet.

Longueur

21,0 cm

Largeur

9,0 cm

Hauteur

22,7 cm

Épaisseur

S/O

Poids

S/O

Diamètre

S/O

Volume

S/O

Lexique

Groupe

Technologie médicale

Catégorie

Matériel médical

Sous-catégorie

S/O

Fabricant

Ou

Murray Roschlau

Pays

Canada

État/province

Ontario

Ville

Toronto

Contexte

Pays

Canada

État/province

Ontario

Période

Used c. 1951-1953.

Canada

Second artificial kidney designed and manufactured by Drs. Gordon Murray and Walter Roschlau at W.P Caven Research Foundation, Toronto c. 1951-1953. It was used experimentally in his laboratory on Holmwood Ave. (site of the CRV) and once for emergency treatment on a patient suffering kidney failure at Toronto General Hospital. [Ref.4] Murray's second-generation machine was an improvement from the original: it's design features made it more compact and efficient, easier to handle, set-up and use, and less intimidating for both patient and hospital staff. [Ref. 8] Murray abandoned his renal dialysis research c. 1954 . Murray was a remarkable surgeon and innovator whose work earned him international recognition. In the 1930s Dr. Murray introduced the anticoagulant Heparin to world clinical practice; in the '40s he developed the first artificial kidney in North America; and in 1955 he performed the first successful transplant of a human heart valve. Unfortunately, these achievements are often overshadowed by his later, controversial work on an anti-cancer serum, and on unconventional surgery for injuries caused by traumatic paraplegia. (2002.0619 Ref. 3]

Fonction

To filter harmful impurities from blood, before returning it to patient.

Technique

Dr. Walter Roschlau worked with Murray at the W.P. Caven Research Foundation on the design of the second generation artificial kidney machine. One of the most significant features of the later model was the parallel plate design of the dialyzer. Roschlau experimented with flow patterns, volume requirements, the dialyzing membrane surfaces and the production of multiples of blood and dialysate chambers before settling on this design. Compact and more robust than the earlier coil dialyzer, this version had an enlarged surface area and reduced blood-volume requirements. [Ref. 8] It consists of 2 head pieces, between which are mounted repeating dialyzing units: each of these units is composed of blood chamber, dialysate chamber, rubber gaskets, and cellophane dialyzing sheets. [see 2002.0620.4-.10]

Notes sur la région

Inconnu

Détails

Marques

"BLOOD/ OUT/ FLUID" printed in black grease pencil on tape label applied to head piece, below ports. UHN catalogue no. "994.1.18" printed by hand in black ink in lower right corner of plate. "BLOOD/ IN/ FLUID" printed in black grease pencil on tape label applied to opposing head piece.

Manque

Unknown.

Fini

Upper & lower head pieces are chrome-plated steel: inner areas, bolts and inlet & outlet ports have dull silver metal finish; bright silver metal [chrome-plated brass] blood and dialysate chambers; red-brown rubber gaskets; and clear and opaque cellophane sheets.

Décoration

S/O