1980 – 1999
Milestones in the Development and Clinical Applications of Artificial Organ Technologies & Transplantation
1980
Golding and Nosé achieved an alive, awake animal 34-day survival with chronic non-pulsatile blood flow
Agishi and Associates and Malchesky and Associates reported on membrane plasma separation and filtration referred to as double filtration or cascade filtration
Malchesky and Associates reported on cryofiltration (plasma separation and cooling with filtration in the cold without plasma replacement products) to treat various diseases
Paganini described continuous arterial venous hemofiltration for acute renal failure
1981
The first commercially available microporous hollow fiber oxygenator (Capiox) with a microporous hollow fiber was developed by the Terumo Corporation. In that year, the Cleveland Clinic performed 4,000 procedures with this device and soon replaced 60% of the disposable membrane oxygenators in the USA.
Thompson performed first plasma exchange for familial hypercholesterolemia
1982
DeVries performed the first permanent total with a Jarvik-7 artificial heart implant in Barney Clark
Infusaid intravascular and intrathecal drug infusion pump introduced
Kolobow described extracorporeal carbon dioxide removal
1984
US Congress passed the National Transplant Act to formalize the distribution of organs at the national level
Portner developed an electrically-powered implantable left ventricular assist system, the Novacor LVAS, that was successfully applied clinically in patient Robert St. Laurent
Baby Fae, a dying infant, lived 21 days with a baboon heart
1985
Nosé and Associates reported on thermofiltration (plasma separation with warming and filtration without plasma replacement products) for treating lipid abnormalities
Thoma, Holle and colleagues, first implantation of a multichannel (8-channel) implant, “carousel-stimulation”, resolves muscular fatigue problems, enables physiological respiration volume and rate
1986
Sigwart and Puel performed first implantation of a stent in human coronary arteries
Demetriou and Associates describe an artificial liver using porcine Hepatocytes
First successful bridge to transplant with a Total Artificial Heart, performed by the Group of Ernst Wolner in Vienna
1988
Wampler’s Hemopump (an intra-arterial axial-flow pump) was first used in a 61-year old man
United Network for Organ Sharing (UNOS) established
In the Austrian Alps a Symposium on Rotary Blood Pumps is organized by the Vienna Group, which becomes the starting point of the International Society for Rotary Blood Pumps (ISRBP), now International Society for Mechanical Circulatory Support (ISMCS)
1989
Extracorporeal Life Support Organization (ELSO) formed and created the ELSO registry
Anderson reported the first successful V-V ECMO treatment with a double lumen catheter
Starzl introduced tacrolimus as an immunosuppressant in organ transplantation
1990
First bridge to transplant in a child with the Berlin Heart-Excor in Berlin.
1991
Parodi performed first transfemoral intraluminal stent-graft implantation for abdominal aortic aneurysms
1992
Benabid reported effects of deep brain stimulation of the subthalamic nucleus to treat Parkinson’s disease
Dake performed transluminal placement of endovascular stent grafts for the treatment of descending thoracic aortic-aneurysms
Belser and Associates reported on the use of the University of Wisconsin solution in clinical transplantation
1993
Strazl and Associates discovered that donor leukocyte chimerism was present in patients who had maintained successful kidney or liver graft for up to three decades
The group of Loisance in Paris discharges the first patient with mechanical cardiac support – the Novacor portable System – to home.
1994
US FDA approves Thermo Cardiosystems HeartMate left ventricular assist device for bridge to transplantation
1995
Japanese New Energy and Industrial Technology Development Organization Project initiated on: An implantable artificial heart system (5-year project)
1997
Bakey performed the first intraoperative human brain-to-computer interface in a patient with spinal cord injury
1998
Hetzer, Noon, and DeBakey performed first clinical application of axial-flow Pump
The Micromed-DeBakey axial ventricular assist device is implanted clinically in Berlin and Vienna.
1999
FDA approved the first professional continuous glucose monitor
ICAOT museum and historical artifacts moved to Houston, Texas
First use of an implantable magnetically suspended axial flow left ventricular assist device (Incor)
Stertzer and Fuente performed the first coronary angioplasty with a drug delivered stent system
The Arrows Lionheart, a pulsatile cardiac assist system with transcutaneous wireless energy transfer and thus eliminated percutaneous wires is first implanted in Bad Oynhausen, Germany.
In Vienna, the first patient with an implanted rotary pump (Micromed) is discharged to home
FDA approves first professional continuous glucose monitor from Medtronic that provides three days for gluecose data meant for a physician