Michael J Schwab
Dentist at Happy Cyn Rd, Denver, CO
License number
Colorado 104831
Issued Date
Jan 21, 1981
Renew Date
Mar 1, 2016
Expiration Date
Feb 28, 2018
Type
Dentist
Address
Address
4800 Happy Canyon Rd STE 140, Denver, CO 80237
Organization information
See more information about Michael J Schwab at bizstanding.comDr. Michael J Schwab
PO Box 370410, Denver, CO 80237
Categories:
Dentists
Phone:
(303) 757-8446 (Phone)
Products:
Radiology
Professional information
Michael Schwab
Location:
Greater Denver Area
Industry:
Medical Devices
Work:
Tensentric
Nov 2010 - Mar 2011
-
Medical Device Software Consultant
SORIN GROUP USA, INC
Jan 2001 - Jan 2010
-
Senior Software Engineer
SUN MICROSYSTEMS, INC
Jan 2000 - Jan 2001
-
Technical Staff Engineer Reliability
COBE Cardiovascular, Inc.
Jan 1994 - Jan 2000
-
Software Team Lead Engineer
COBE Laboratories, Inc.
Jul 1984 - Jul 1991
-
Senior Software Engineer
Education:
Sun University 2001 - 2002
Red Rocks Community College 2000 - 2000
The Naropa Institute
Master of Arts (MA), Transpersonal Counseling Psychology University of Colorado
Bachelor of Science, Electrical Engineering and Computer Science z Boulder College of Massage Therapy
Certificate, Massage Therapy (1000 hour program)
Red Rocks Community College 2000 - 2000
The Naropa Institute
Master of Arts (MA), Transpersonal Counseling Psychology University of Colorado
Bachelor of Science, Electrical Engineering and Computer Science z Boulder College of Massage Therapy
Certificate, Massage Therapy (1000 hour program)
Skills:
Quality System, UML, Medical Devices, Embedded Systems, Testing, Software Development, Perl, Integration, Embedded Software, Validation
Dr. Michael J Schwab, Denver CO - DMD (Doctor of Dental Medicine)
Specialties:
Dentistry
Address:
4800 Happy Canyon Rd, Denver 80237
(303) 757-8446 (Phone), (303) 639-5650 (Fax)
(303) 757-8446 (Phone), (303) 639-5650 (Fax)
Languages:
English
Method And Apparatus For Controlling Concentrations In Tubing System
US Patent:
5421812, Jun 6, 1995
Filed:
Mar 4, 1992
Appl. No.:
7/845677
Inventors:
Robert W. Langley - Westminster CO
Michael E. Schwab - Lakewood CO
Michael E. Schwab - Lakewood CO
Assignee:
COBE Laboratories, Inc. - Lakewood CO
International Classification:
A61M 100
US Classification:
604 4
Abstract:
A method and apparatus for determining, controlling or establishing the level of a constituent such as anticoagulant in a body fluid such as blood in a procedure for processing the fluid. The anticoagulant flow rate from an anticoagulant reservoir, the blood flow rate, the flow rate of collected fluid and the flow rate of replacement fluid are monitored, and an anticoagulant flow balance is established whereby the flow of anticoagulant into the donor or patient will be equal to the flow rate of anticoagulant out of the anticoagulant reservoir, plus the flow rate of anticoagulant from the donor or patient, plus the flow rate of anticoagulant in the replacement fluid, minus the flow rate of anticoagulant in the collect fluid. The flow rate of anticoagulant from the donor or patient can be determined based on the anticoagulant metabolic half-life, the volume of the donor's or patient's blood, and the amount and time of infusion of anticoagulant into the donor or patient.
Apparatus For Separating Blood Components
US Patent:
2006002, Feb 2, 2006
Filed:
Mar 14, 2005
Appl. No.:
11/079940
Inventors:
David Skinkle - Denver CO, US
Stephen Berch - Arvada CO, US
Beth Hunter - Arvada CO, US
Craig James - Arvada CO, US
Rainer Koenig - Denver CO, US
Daniel McGinnis - Lakewood CO, US
Michael Schwab - Golden CO, US
Stephen Berch - Arvada CO, US
Beth Hunter - Arvada CO, US
Craig James - Arvada CO, US
Rainer Koenig - Denver CO, US
Daniel McGinnis - Lakewood CO, US
Michael Schwab - Golden CO, US
International Classification:
C02F 1/38
US Classification:
210787000, 210512100, 494037000, 494043000, 494084000
Abstract:
A centrifuge apparatus for processing blood comprising a bottom spring-loaded support plate; a top support plate; an axial inlet/outlet for blood to be processed and processed components of the blood, the axial inlet/outlet being attached to the top support plate by a rotating seal assembly; a variable volume separation chamber mounted between the bottom support plate and the top support plate, the variable volume separation chamber being fluidly connected to the axial inlet/outlet; a pump fluidly connected to the axial inlet/outlet; and a rotary drive unit attached to the bottom support plate. The top support plate is fixed vertically and the bottom spring-loaded support plate is mounted on springs that maintain pressure on the variable volume separation chamber and allow the bottom support plate to move vertically.