Cook Incorporated

Cook Medical Technologies LLC

Oregon Health & Science University

Cook Biotech, Inc.

Med Institute Incorporated

William Cook Europe Aps

Other

Wilson-cook Medical Incorporated

William A. Cook Australia Pty. Ltd.

Cook Critical Care Incorporated

Cook Incorporated and Sabin Corporation

Thomas A Osborne

Brian L Bates

Brian C Case

Dusan Pavcnik

Andrew K Hoffa

Ram H Paul, Jr

Neal E Fearnot

Jacob A Flagle

Arne Molgaard-Nielsen

Frederick S Keller

Josef Rosch

Raymond B Leonard, Ii

Per Hendriksen

Allan G Hemmingsen

Kurt John Tekulve

Anthony O Ragheb

William D Voorhees, Iii

Michael P DeBruyne

Michael L Garrison

Thomas G Kozma

Joseph F Obermiller

Christopher G Dixon

Scott E Eells

Joseph W Roberts

Darin Gene Schaeffer

Scott E Boatman

Richard B Sisken

Rolf W Gunther

John A DeFord

Jeffry Scott Melsheimer

Fred T Parker, Jr

David G Burton

William A Cook

Michael C Hoffa

David R Lessard

James R Randolph

Robert I White, Jr

Blayne A Roeder

Erik Edelbo Rasmussen

David Eric Orr

Sean Chambers

Alan R Leewood

William Kurt Dierking

F Joseph Obermiller

Michael W Hardert

David A Drewes

Cleon Stanley

Bent Oehlenschlaeger

Shyam Kuppurathanam

Christopher D Bosel

Mark W Bleyer

Jichao Sun

Lal Ninan

Jason A Mead

John A Brumleve

Benjamin Nickless

Maggie A Z Hupcey

Julie E Urbanski

Clinton D Bahler

Hans A Timmerman

John J Connors, Iii

David Ernest Hartley

Michael C Hiles

Umesh H Patel

Charles W Agnew

Todd A Hall

Bhavin Shah

Clay D Fette

Robert W White

Mark Robert Frye

Thomas W McGhie

Patrick H Ruane

Dharmendra Pal

Thomas A Sos

John A Kaufman

Chad S McAlexander

Fred T Parker

Arthur B Fontaine

Ronan T Young

Aaron Barr

Christopher L Hruska

Beth Ann Kirts

Andrew W Conder

Kian Olsen

Kimberly D Brummett

Patrick Girard McElhaney, Jr

Dale L Chamness

Waleska Perez-Segarra

Alan A Eller

M Kem Hawkins

John D Roll

Likang Chin

Ashvin Lad

Roy S Collins

Jason Samuel-Horner Bowe

Sarah E Anderson

Susan DosPassos

David E Tubman

Cesare Giantureo

Douglas O Olsen

An introducer includes a dilator received in a lumen defined by an introducer sheath and including a dilation end extending distally beyond a distal end of the introducer sheath. The introducer sheath includes a flat wire reinforcement having a hollow cylindrical shape sandwiched between an inner PTFE tube and an outer nylon tube. The outer nylon tube includes a distal segment that extends distally beyond the PTFE tube, which extends distally beyond the PTFE tube, which extends distally beyond the flat wire reinforcement. A withdrawal support wire has a distal end attached to a distal end turn of the flat wire reinforcement and extends in a proximal direction in parallel with a longitudinal axis between an outer surface of the nylon tube and an inner surface of the PTFE tube. The withdrawal support wire is configured to be in tension when the sheath is placed in tension to inhibit distal stretch separation breakage.

Introducer with sheath having a withdrawal support wire

An occluding device for occluding fluid flow through a lumen of a body vessel. The device comprises a coil and fibers attached to the coil. The coil has about 5 to 60 grams of initial tension to facilitate the coil to fold when deployed. The fibers extend from the coil at a length.

Occluding device and method of occluding fluid flow through a body vessel

Disclosed is a multi-lumen mixing device that includes a first and second lumen constructed and arranged to separately pass a first and second reagent to a mixing chamber in the device, where the mixing chamber includes a mixing feature that mixes the first and second reagents. The disclosed multi-lumen mixing device may also include a port in fluid communication with the reaction mixing to permit the product of the combined reagents to be injected into a patent.

Coaxial needle cannula with distal spiral mixer and side ports for fluid injection

Among other things, there are disclosed apparatuses and methods for medically sealing an opening in a vessel or wall. For example, in medical applications, a delivery tube is provided for insertion through a sheath into a vessel (e.g. a blood vessel). A dome-shaped seal fixed to a filament, an absorbent and/or compressible buffer, and a locking member are provided in the delivery tube. The delivery tube is configured so that it can be inserted into the vessel through a sheath. Tension is maintained on the filament to hold the seal against the tube or sheath. The sheath is pulled out, which pulls out the tube at the same time, leaving the seal over the opening in the vessel wall. The locking member compresses the buffer against the outside of the vessel and with the filament holds the seal in place against the inside of a vessel.

Devices and methods useful for sealing bodily openings

A repair device () for affixing a migrating stent graft () to the interior surface of a vessel wall (). The repair device includes tubular graft () with a bare or uncovered stent () affixed to the proximal end (). The bare stent includes a plurality of distally pointed barbs () for securing the repair device to a vessel wall. A second stent () is positioned in the passage () of the tubular graft to expand the graft against the interior surface of the migrating stent graft (). Proximally pointing barbs () are affixed to the struts of the second stent and extend through the graft material for securing the repair device to the migrating stent graft. Biological glue () and other sealing material () can be applied to the tubular graft and/or stents for sealing the repair device against the vessel wall and/or the interior of the migrating stent graft.

Stent graft repair device

A turbulator for promoting mixing of fluids passing through a body lumen includes an elongate flow perturbing component and an elongate shape controlling component freely slidable within the flow perturbing component. The turbulator is adjustable from a low profile, lumen access configuration to a deployed configuration via sliding the shape controlling component within the flow perturbing component. Adjusting the turbulator within a body lumen of a patient induces turbulence within a flow of fluid passing through the body lumen to increase mixing of a treatment fluid with the body fluid by way of the induced turbulence.

Treatment fluid delivery method, and turbulator for promoting uptake of a treatment agent

An implantable prosthesis with at least one fenestration in a side wall of that prosthesis is disclosed. The fenestration provides an access port through which a medical device (such as a needle or a cannula) can be directed to enable access to the lumen of the blood vessel which the prosthesis is supporting.

Device for enabling repeated access to a vessel

Arrangements are disclosed in which proximal portions of a marker wire are effectively secured. In one embodiment, a proximal portion of the marker wire is positioned inside a tubular member that allows for slidable movement of the marker wire within the tubular member. In some embodiments, a proximal portion of the marker wire is coupled to a spring member. Some embodiments also disclose a movement-resisting member having flaps that contact the surface of the marker wire and resist movement of the marker wire in one or more directions.

Device for controlling marker wire

Described are devices, methods and systems useful for achieving occlusion of vascular vessels. Percutaneous procedures are used to occlude and obliterate the greater saphenous vein, for example in the treatment of varicose vein condition caused by venous reflux. Certain embodiments encompass the deployment of one or more vascular occlusion devices via a through-and-through percutaneous procedure that leaves the vascular occlusion device or devices in a through-and-through condition.

Vascular occlusion methods, systems and devices

A valve prosthesis, such as an artificial venous valve, is described. The valve prosthesis has a support frame formed from a cannula and an attached covering that defines an opening adapted to move between a first position in which the opening is open to fluid flow and a second position in which the opening is closed to fluid flow. The support frame includes a leaflet support portion and a circumferential centering support element disposed adjacent the leaflet support portion with respect to a lengthwise axis of the support frame and mirroring the leaflet support portion with respect to a transverse axis of the support frame.

Implantable vascular device

Growing community of inventors

Bloomington, IN, United States of America

Thomas A Osborne