Stephen Gara - Souderton PA, US Cynthia Star - Dresher PA, US Dennis Briggs - West Chester PA, US Michael Hutchinson - King of Prussia PA, US Tom Watters - Malvern PA, US
Methods and apparatus for collecting and treating blood component. An apparatus and methods for improvement of an extracorporeal photopheresis treatment is described. A cassette having flexible tubes inside its housing and on the bottom surface outside the cassette housing for ease of manufacturing is operated with a centrifuge bowl having an inlet and two outlets, pressure domes for measuring pressures in tubes, an improved irradiation plate, and a dual chamber bag in an extracorporeal photopheresis treatment.
The present invention provides an irradiation chamber comprising: a rigid first plate having a first surface and a second surface having a raised boundary surrounding a plurality of raised partitions; a rigid second plate having a first surface and a second surface having a raised boundary surrounding a plurality of raised partitions; wherein the second surface of said rigid first plate is contacted with second surface of said rigid second plate thereby forming a chamber; said chamber, defined by the raised boundary surrounding the plurality of raised partitions which extend from said second surface of said first plate and said second surface of said second plate, said chamber having a first port and a second port, wherein a plurality of channels are formed by said partition and are in fluid communication with the first port and second port. The present invention also provides a method of using the irradiation chamber in the treatment of cells.
Control System For Driving Fluids Through An Extracorporeal Blood Circuit
Michael Hutchinson - King of Prussia PA, US Dennis Briggs - West Chester PA, US Stephen Gara - Souderton PA, US Tom Watters - Malvern PA, US
International Classification:
A61M 37/00
US Classification:
604006010
Abstract:
A control deck and system for controlling and driving blood fluids through an extracorporeal blood circuit kit. In one aspect, the invention is a deck having an improved mechanism for securing a cassette in place during treatment operations. The improved deck comprises catches for slidably receiving tabs of the cassette and one or more rotating clamps for locking and securing the cassette in a loaded position. In another aspect the invention is a system for controlling and driving blood fluids having infrared communication abilities to transmit and receive real time data. In still another aspect, the invention is a system for controlling and driving blood fluids having an upright tower design that reduces the footprint of the system. In this embodiment, a centrifuge chamber is positioned in an upper portion of the system while the control deck and photoactivation chamber are located in a base portion of the system.
Control System For Driving Fluids Through An Extracorporeal Blood Circuit
Gerald O'Hara - North Canton OH, US Michael Hutchinson - King of Prussia PA, US Dennis Briggs - West Chester PA, US Stephen Gara - Souderton PA, US Tom Watters - Malvern PA, US
International Classification:
B01D 33/27 C02F 1/38
US Classification:
210782000, 422044000, 604004010
Abstract:
A control deck and system for controlling and driving blood fluids through an extracorporeal blood circuit kit. In one aspect, the invention is a deck having an improved mechanism for securing a cassette in place during treatment operations. The improved deck comprises catches for slidably receiving tabs of the cassette and one or more rotating clamps for locking and securing the cassette in a loaded position. In another aspect the invention is a system for controlling and driving blood fluids having infrared communication abilities to transmit and receive real time data. In still another aspect, the invention is a system for controlling and driving blood fluids having an upright tower design that reduces the footprint of the system. In this embodiment, a centrifuge chamber is positioned in an upper portion of the system while the control deck and photoactivation chamber are located in a base portion of the system.
Control System For Driving Fluids Through An Extracorporeal Blood Circuit
Mchael Hutchinson - King of Prussia PA, US Dennis Briggs - West Chester PA, US Stephen Gara - Souderton PA, US Tom Walters - Malvern PA, US
International Classification:
A61M 1/00
US Classification:
422044000, 604004010, 210252000
Abstract:
A control deck and system for controlling and driving blood fluids through an extracorporeal blood circuit kit. In one aspect, the invention is a deck having an improved mechanism for securing a cassette in place during treatment operations. The improved deck comprises catches for slidably receiving tabs of the cassette and one or more rotating clamps for locking and securing the cassette in a loaded position. In another aspect the invention is a system for controlling and driving blood fluids having infrared communication abilities to transmit and receive real time data. In still another aspect, the invention is a system for controlling and driving blood fluids having an upright tower design that reduces the footprint of the system. In this embodiment, a centrifuge chamber is positioned in an upper portion of the system while the control deck and photoactivation chamber are located in a base portion of the system.
Control System For Driving Fluids Through An Extracorporeal Blood Circuit
Michael Hutchinson - King of Prussia PA, US Dennis Briggs - West Chester PA, US Stephen Gara - Souderton PA, US Tom Watters - Malvern PA, US
International Classification:
A61M 37/00
US Classification:
604006090
Abstract:
A control deck and system for controlling and driving blood fluids through an extracorporeal blood circuit kit. In one aspect, the invention is a deck having an improved mechanism for securing a cassette in place during treatment operations. The improved deck comprises catches for slidably receiving tabs of the cassette and one or more rotating clamps for locking and securing the cassette in a loaded position. In another aspect the invention is a system for controlling and driving blood fluids having infrared communication abilities to transmit and receive real time data. In still another aspect, the invention is a system for controlling and driving blood fluids having an upright tower design that reduces the footprint of the system. In this embodiment, a centrifuge chamber is positioned in an upper portion of the system while the control deck and photoactivation chamber are located in a base portion of the system.
Antony Koblish - Malvern PA, US Jeffrey G. Marx - Chester Springs PA, US Theodore D. Clineff - Phoenixville PA, US Stephen G. Gara - Souderton PA, US Troy Wilford - Romansville PA, US Paul Tashjian - Phoenixville PA, US Maarten Persenaire - Phoenixville PA, US Dean Entrekin - Red Bank NJ, US Erik M. Erbe - Rancho Santa Fe CA, US
International Classification:
A61B 17/34
US Classification:
606185
Abstract:
Instrument for creating voids and channels in bone; and for obtaining samples of bone tissue. The instruments are suitable for reducing fractures in bone and for compacting the bone to create a barrier for leakage upon material injection. The instruments may also be used for bone biopsy and for obtaining samples of bone tissue. Methods for using these instruments are also disclosed.
Resumes
Principal Engineer, Drug Device Combination Products At Janssen Pharmaceutical Companies Of Johnson And Johnson
The Janssen Pharmaceutical Companies of Johnson & Johnson
Principal Engineer, Drug Device Combination Products at Janssen Pharmaceutical Companies of Johnson and Johnson
Fres-Co System Usa, Inc. Jan 2012 - Dec 2014
Product Development Manager
Teleflex Incorporated Sep 2011 - Jan 2012
R and D Manager
Stryker Aug 2009 - Sep 2011
Manager of Product Development
Johnson & Johnson Mar 2002 - Aug 2009
Engineering Manager
Education:
Rochester Institute of Technology 2010 - 2010
Master of Science, Masters
Rochester Institute of Technology 1995 - 1995
Bachelors, Bachelor of Science, Mechanical Engineering
Phillipsburg High School 1989
Skills:
R&D Medical Devices Product Development Fda Injection Molding Plastics Design Control Packaging Gmp Cross Functional Team Leadership Quality System Iso 13485 Cad Manufacturing Dmaic Extrusion Continuous Improvement Spc Lean Manufacturing Solidworks Engineering Root Cause Analysis Capa V&V Packaging Engineering Medical Device Product Development Design For Manufacturing Product Design Design of Experiments Iso Engineering Management Biomedical Engineering Disposables Finite Element Analysis Fmea Manufacturing Operations Management Stage Gate Biotechnology Design For Assembly Adhesives Plastic Part Design Ultrasonic Welding Cgmp Cae U.s. Food and Drug Administration Research and Development
Interests:
Golf Ice Hockey Classic Car Restoration Motorcycles