ROBERT MARTIN, LCSW
Social Work in Poughkeepsie, NY

License number
New York 073271
Category
Social Work
Type
Clinical
Address
Address
St. Francis Hospital 241 Rd NORTH, Poughkeepsie, NY 12601
Phone
(845) 483-5199
(845) 483-5525 (Fax)

Professional information

Robert Martin Photo 1

Robert Martin, Poughkeepsie NY - LCSW

Specialties:
Social Work, Clinical Social Work
Address:
241 North Rd, Poughkeepsie 12601
(845) 483-5199 (Phone), (845) 483-5525 (Fax)
Languages:
English
Hospitals:
241 North Rd, Poughkeepsie 12601
Saint Francis Hospital
241 North Rd, Poughkeepsie 12601


Robert Martin Photo 2

Endovascular Cryotreatment Catheter

US Patent:
6575966, Jun 10, 2003
Filed:
Aug 31, 2001
Appl. No.:
09/945319
Inventors:
Miriam Lane - Ste-Anne de Bellevue, CA
Leonilda Capuano - Montréal, CA
David Holtan - Beaconsfield, CA
Jean-Pierre Lalonde - Verdun, CA
Claudia Lückge - LIle-Perrot, CA
Jean-Luc Pageard - Montréal, CA
Marwan Abboud - Pierrefonds, CA
Johnny Al Asmar - Montréal, CA
Abderrahim Benrabah - Pointe-Claire, CA
Ken Chen - West Vancouver, CA
John W. Lehmann - Wayland MA
Philippe Marchand - Hudson, CA
Robert Martin - Poughkeepsie NY
Fredric L. Milder - Brookline MA
Daniel Nahon - Ottawa, CA
Assignee:
CryoCath Technologies Inc. - Kirkland
International Classification:
A61B 1818
US Classification:
606 21, 606 23, 606 7
Abstract:
An elongated catheter device with a distal balloon assembly is adapted for endovascular insertion. Coolant injected through the device may, in different embodiments, directly cool tissue contacting the balloon, or may cool a separate internal chamber. In the first case, the coolant also inflates the balloon, and spent coolant is returned to the handle via a return passage extending through the body of the catheter. Plural balloons may be provided, wherein a secondary outer balloon surrounds a primary inner balloon, the primary balloon being filled with coolant and acting as the cooling chamber, the secondary balloon being coupled to a vacuum return lumen to serve as a robust leak containment device and thermal insulator around the cooling chamber. Various configurations, such as surface modification of the balloon interface, or placement of particles, coatings, or expandable meshes or coils in the balloon interface, may be employed to achieve this function.


Robert Martin Photo 3

Mechanical Support For An Expandable Membrane

US Patent:
6575933, Jun 10, 2003
Filed:
Jan 25, 2000
Appl. No.:
09/491239
Inventors:
Dan Wittenberger - Pierrefonds, CA
Claudia Lueckge - Pierrefonds, CA
Robert Martin - Poughkeepsie NY
Sean Carroll - Beaconsfield, CA
Leonilda Capuano - Montreal, CA
Margaret Yoklavich - San Jose CA
Assignee:
CryoCath Technologies Inc. - Kirkland
International Classification:
A61M 2900
US Classification:
60410102, 604509, 128898, 606 20, 607 96
Abstract:
A medical implement that employs a mechanically supported expandable element. In one embodiment, the mechanically supported expandable element is a balloon. In another embodiment, the mechanically supported expandable membrane is a balloon disposed within a cryogenic catheter usable to treat tissue. A variety of illustrative mechanical support schemes are possible.


Robert Martin Photo 4

Endovascular Cryotreatment Catheter

US Patent:
7300433, Nov 27, 2007
Filed:
Mar 26, 2003
Appl. No.:
10/397619
Inventors:
Miriam Lane - Québec, CA
Leonilda Capuano - Québec, CA
David Holtan - Québec, CA
Jean-Pierre Lalonde - Québec, CA
Claudia Lückge - Québec, CA
Jean-Luc Pageard - Québec, CA
Marwan Abboud - Québec, CA
Johnny Al Asmar - Québec, CA
Abderrahim Benrabah - Pointe-Claire, CA
Ken Chen - West Vancouver, CA
John W. Lehmann - Wayland MA, US
Philippe Marchand - Québec, CA
Robert Martin - Poughkeepsie NY, US
Fredric L. Milder - Brookline MA, US
Daniel Nahon - Ottawa, CA
Assignee:
Cryocath Technologies Inc. - Kirkland, Quebec
International Classification:
A61B 18/18
US Classification:
606 21
Abstract:
An elongated catheter device with a distal balloon assembly is adapted for endovascular insertion. Coolant injected through the device may, in different embodiments, directly cool tissue contacting the balloon, or may cool a separate internal chamber. In the first case, the coolant also inflates the balloon, and spent coolant is returned to the handle via a return passage extending through the body of the catheter. Plural balloons may be provided, wherein a secondary outer balloon surrounds a primary inner balloon, the primary balloon being filled with coolant and acting as the cooling chamber, the secondary balloon being coupled to a vacuum return lumen to serve as a robust leak containment device and thermal insulator around the cooling chamber. Various configurations, such as surface modification of the balloon interface, or placement of particles, coatings, or expandable meshes or coils in the balloon interface, may be employed to achieve this function.


Robert Martin Photo 5

Endovascular Cryotreatment Catheter

US Patent:
7648497, Jan 19, 2010
Filed:
Oct 6, 2005
Appl. No.:
11/244710
Inventors:
Miriam Lane - Ste-Anne de Bellevue, CA
Leonilda Capuano - Montréal, CA
David Holtan - Beaconsfield, CA
Jean-Pierre Lalonde - Verdun, CA
Claudia Lückge - L'lle Berrot, CA
Jean-Luc Pageard - Montréal, CA
Marwan Abboud - Pierrefonds, CA
Johnny Al Asmar - Montréal, CA
Abderrahim Benrabah - Pointe-Claire, CA
Ken Chen - West Vancouver, CA
John W. Lehmann - Wayland MA, US
Philippe Marchand - Hudson, CA
Robert Martin - Poughkeepsie NY, US
Fredric L. Milder - Brookline MA, US
Daniel Nahon - Ottawa, CA
Assignee:
Medtronic Cryocath LP - Toronto, Ontario
International Classification:
A61B 18/18
US Classification:
606 21, 606 23
Abstract:
An elongated catheter device with a distal balloon assembly is adapted for endovascular insertion. Coolant injected through the device may, in different embodiments, directly cool tissue contacting the balloon, or may cool a separate internal chamber. In the first case, the coolant also inflates the balloon, and spent coolant is returned to the handle via a return passage extending through the body of the catheter. Plural balloons may be provided, wherein a secondary outer balloon surrounds a primary inner balloon, the primary balloon being filled with coolant and acting as the cooling chamber, the secondary balloon being coupled to a vacuum return lumen to serve as a robust leak containment device and thermal insulator around the cooling chamber. Various configurations, such as surface modification of the balloon interface, or placement of particles, coatings, or expandable meshes or coils in the balloon interface, may be employed to achieve this function.