DR. HESHAM MORSI, MD
Radiology at Medical Center Blvd, Houston, TX

8372088, Feb 12, 2013

Sep 14, 2011

13/232910

Hesham Morsi - Houston TX, US

A61B 17/10

606139

A surgical device that includes an outer hollow body and an inner hollow body. The inner hollow body is slidably disposed within said outer hollow body and the inner hollow body includes at least two hollow arms located at the distal end of the inner hollow body. An inflatable member is rotatably attached to each hollow arm of the inner hollow body. At least a pair of suture rings are rotatably coupled to the outer hollow body wherein the suture rings are in parallel to each other and are coupled to each other by a plurality of suture clips.

7993364, Aug 9, 2011

May 1, 2009

12/434137

Hesham Morsi - Houston TX, US

Noha LLC - Houston TX

A61M 29/00

606200, 604 9601

A collapsing clip including of a plurality of collapsed self expanding wire frame segments is contained within the distal end of a catheter. The clip can be maneuvered by a wire traversing through the catheter. The catheter can be placed proximate to the neck of an aneurysm within the neurovascular system. Using the wire, at least one segment can be pushed from the catheter through the aneurysm neck and expanded within the interior of the aneurysm. The wire can pull the expanded segment in a proximal direction. A proximal segment can be pushed from the catheter and expanded on the proximal side of the aneurysm. The collapsing clip impinges the distal and proximal framed wire segments onto the neck of the aneurysm. The framed wire segments are inter positioned so that the diamond shaped spaces between the wires are substantially blocked. The neck of the aneurysm is blocked by the distal and proximal framed wire segments forming a barrier.

2013031, Nov 21, 2013

Oct 17, 2012

13/654016

Hesham Morsi - Houston TX, US

NOHA, LLC - Houston TX

A61F 2/01, A61M 25/00

604508, 606200

A minimally invasive endovascular device for treating a blocked or obstructed biological lumen, such as a blood vessel fully or partially obstructed by deposits of biological matters in or non-biological matters. Certain embodiments of the present invention comprise two capture members that are configured to be placed on either side of the obstruction and enclose around the obstruction for removal. Embodiments of the present invention also provide methods for implementing an endovascular device according to aspects of the present invention.

2006028, Dec 14, 2006

Jun 9, 2006

11/423343

Hesham Morsi - Houston TX, US

BAYLOR COLLEGE OF MEDICINE - Houston TX

A61M 29/00

606194000

A discrete segmented balloon catheter for removal of an embolus. In an embodiment, the catheter comprises a catheter having a proximal and a distal end, a fluid inlet at the proximal end, and discrete expandable segments placed along the shaft of the catheter. In addition, the segments are expanded through dispersal of fluid that flows from the catheter's proximal inlet. It follows that the segments are contracted through withdrawal of fluid from the catheter's proximal inlet.

2012025, Oct 4, 2012

Jun 6, 2011

13/154265

Hesham Morsi - Houston TX, US

A61B 17/08

606158

The present disclosure provides an endovascular device for treating a defect in the vascular wall such as aneurysm by deploying a self expandable barrier around the aneurysm neck to block the blood flow to the aneurysm and method for implementing the endovascular device. The endovascular device also allows for delivery of certain swellable materials and bioactive materials, such as thrombogenic compounds, to the aneurysm to accelerate occlusion and healing of the aneurysm.

7744652, Jun 29, 2010

Nov 22, 2006

11/562475

Hesham Morsi - Houston TX, US

A61F 2/02

623 2372, 606192, 606193, 606200

A device useful for treating an aneurysm having a neck comprises a first inflatable disc and a second inflatable disc, said second inflatable disc being adjacent to said first inflatable disc and in fluid communication therewith. The inflatable discs are sized and constructed such that when the inflatable discs are inflated, the aneurysm neck is engaged therebetween. The inflatable discs may include at least one wall that is substantially inelastic and may include an internal member limiting expansion of the inflatable disc in a direction parallel to the device axis. The inflatable discs may have an aspect ratio greater than 3.

2011021, Sep 1, 2011

May 10, 2011

13/104234

Hesham Morsi - Houston TX, US

A61F 2/01

606200

The device subject of this disclosure is a catheter conveying inflatable components that control the opening and closing of a net component. The catheter is maneuvered through the tortuous and stenotic cerebral circulatory system to an embolism. The positioning of the catheter may be guided by radio opaque markers. The inflatable component carrying the net is placed into the embolism. The balloons are inflated thereby expanding the net into the embolism. The limit of expansion is controlled by the dimensions of the net. As the net expands, fenestrations or the spacing of a wire mesh comprising the net enlarge, thereby allowing the embolism to become entrapped within the net. The balloons are deflated thereby enclosing the embolism within the net. The device can be retract into a guide catheter and withdrawn from the circulatory system.

2006020, Sep 14, 2006

Dec 27, 2003

10/540999

Hesham Morsi - Houston TX, US

A61F 2/06

623001250

A method and apparatus for repair of stenotic and aneurysmic vessels utilizing in situ deployment of an inflatable tubular shaped device () having a longitudinally oriented annulus (). When inflated, the size and rigidity of the device () is increased, thereby providing supplemental strength to the vessel wall and a lumen () for the passage of fluid.