SUMIT VERMA, MD
Osteopathic Medicine in Pensacola, FL

2006000, Jan 12, 2006

Jul 12, 2005

11/179153

Sumit Verma - Pensacola FL, US

A61N 1/362, A61M 1/10, A61H 19/00

600016000, 623003110, 601153000

An apparatus is provided for compressing and permitting relaxation of a body organ in a body. In general, the apparatus includes organ compression means attached to a portion of the body organ for compressing the body organ, and compression activation means are connected to the organ compression means for controlling the organ compression means for compressing the body organ and for permitting the compressed body organ to relax. With one class of embodiments of the invention, the organ compression means include electromagnet means, and the compression activation means are connected to the electromagnet means and include an electromagnet control unit for controlling the electromagnet means. With another class of embodiments of the invention, the organ compression means include a pneumatic bladder, and the compression activation means are connected to the pneumatic bladder, includes a pneumatic bladder control unit for controlling the pneumatic bladder. A method is also provided for compressing and permitting relaxation of a body organ.

8454679, Jun 4, 2013

Jul 10, 2009

12/500832

Sumit Verma - Pensacola FL, US

Atrial Systems, LLC - Pensacola FL

A61F 2/06, A61F 11/00

623 125, 623 11, 606108

An endovascular conduit device and method for use during cardiac lead extraction and other vascular procedures is presented. The endovascular conduit device includes an outer-sheath, a conduit member, a lumen member, and an inflation member to control the flow of fluid within the conduit member. The endovascular conduit device may be positioned intravascularly as cardiac lead extraction or other procedures are performed. If necessary, as in the case of a vascular tear, the endovascular conduit device further includes expandable members that are activated to allow blood to be forced into the channel of the conduit member. Blood may then be contained and directed safely to bypass the area of vessel injury. In doing so, a catastrophic circulatory collapse or shock is prevented.

2005007, Mar 31, 2005

Sep 20, 2004

10/945418

Sumit Verma - Pensacola FL, US

A61F007/00, A61N001/05

607112000

An active fixation coronary sinus lead apparatus includes electrode support means which include an electrode support longitudinal axis. A plurality of electrode segments are supported by the electrode support means and are arrayed around the electrode support longitudinal axis. A plurality of insulation segments are supported by the electrode support means and are arrayed around the electrode support longitudinal axis at positions opposite to the electrode segments. In this respect, the insulation segments are interspersed between the electrode segments. Electrode segment orientation means are connected to the electrode support means for selectively orienting the electrode segments and the insulation segments around the electrode support longitudinal axis. Vessel anchoring means, which can include three flexible anchor wing portions, are connected to the electrode support means for anchoring the apparatus to an interior wall of a blood vessel. A pressure monitoring system can be connected to the vessel anchoring means for monitoring pressure inside the anchoring means.

2009023, Sep 17, 2009

Feb 25, 2009

12/392944

Sumit Verma - Pensacola FL, US

A61B 17/00, A61B 5/00

606129, 600587

A force assessment device and a method for lead extraction are provided. A force gauge is configured to measure a traction force, and a strain gauge that is configured to measure a countertraction force. An interface is communicatively coupled to the force gauge and the strain gauge, and the interface is configured to present data regarding at least one of the traction force and the countertraction force.

8454680, Jun 4, 2013

Oct 1, 2010

12/896092

Sumit Verma - Pensacola FL, US

Atrial Systems, LLC - Pensacola FL

A61F 2/06, A61F 11/00

623 125, 623 123, 623 124, 606108

An endovascular conduit device and method for use during cardiac lead extraction and other vascular procedures is presented. The endovascular conduit device includes an outer-sheath, a conduit member, a lumen member, and an inflation member to control the flow of fluid within the conduit member. The endovascular conduit device may be positioned intravascularly as cardiac lead extraction or other procedures are performed. If necessary, as in the case of a vascular tear, the endovascular conduit device further includes expandable members that are activated to allow blood to be forced into the channel of the conduit member. Blood may then be contained and directed safely to bypass the area of vessel injury. In doing so, a catastrophic circulatory collapse or shock is prevented.