Benvenue Medical, Inc.

Spinal Elements, Inc.

Pacira Cryotech, Inc.

Stryker Corporation

Stryker Nv Operations Limited

Boston Scientific Scimed, Inc.

Stryker European Holdings I LLC

Pulmonx Corporation

Avantec Vascular Corporation

Izi Medical Products

Bevenue Medical, Inc.

Boston Scientific Corporation

Andrew Huffmaster

Jeffrey L Emery

Laurent B Schaller

Douglas M Lorang

Timothy J McGrath

Ebrahim Mohammad Quddus

James K Lee

Eric T Johansson

Jarrod W Taylor

Jeffrey N Gamelsky

Sandeep Kunwar

Russell Borg

Ricardo J Simmons

Pierre-Andre Mugnier

Jeffrey A Doelling

Michael Scott Williams

Richard O Murphy

Kamal Ramzipoor

Clifford Teoh

Son M Gia

Brett Allen Follmer

Hoang Viet Nguyen

Like Que

Ryan Jeffrey Connolly

Scott Anthony McGill

Karl Halden

Roger Farnholtz

George Surjan

Russell B Ford

Jeff N Gamelsky

Erika Danielle Anderson-Bolden

Charles Daly

Ajitkumar B Nair

William S Henry

Hanh H Duong

Nicholas C deBeer

James Lee

Ryan M Hoshino

Paul Tanaka-Roche

Jeffrey J Lee

Hanh Duong

Hughie Devaney

Patricia Hsin-Yi Ho

Eric J Darby

Sean M Tutton

Timothy Mcgrath

Scott Mcgill

Jeffrey Lee

Michael Williams

Russell Ford

Bill Henry

Richard Murphy

Ebrahim M Quddus

A graft material injector device and method are disclosed. The injector device includes an elongated injector tube and a side loading aperture for receiving graft material. A graft material loader and a cover for the side loading aperture may optionally be included.

Graft material injector system and method

An apparatus for disrupting tissue in the intervertebral disc space that includes a barrier member having a first configuration for insertion into the disc space and a second configuration when deployed within the disc space. The second configuration of the barrier member is adapted to at least partially define a perimeter of a working region within the disc space. The apparatus also includes a tissue disruption tool configured for insertion into the working region.

Apparatus and methods for disrupting inter vertebral disc tissue

Methods and apparatus are disclosed for distracting tissue. The devices and methods may include insertion of first and second elongated members into the space between two tissue layers, with an augmenting elongated member inserted therebetween to form a distraction device between the tissues to be distracted. The distraction device defines a generally annular configuration, with a locking member secured to one of the elongated members at a plurality of locations to maintain the distraction device in the generally annular configuration. The augmenting elongated member may be shorter than the first and second elongated members such that a window is defined between the proximal and distal ends of the augmenting elongated member when the distraction device and the first and second elongated members are in the generally annular configuration. Bone graft  material or bone filler may be introduced into the interior of the distraction device through the window.

Spinal fusion implants and devices and methods for deploying such implants

Cryogenic device

A cryogenic device with a cartridge holder for a cryogen cartridge, cryogen cartridge is coupleable to a cryogen pathway; a probe receptacle for receiving a needle probe, wherein the probe receptacle is configured to couple the needle probe to the cryogen cartridge via the cryogen pathway, and wherein the needle probe comprises: one or more needles having needle lumens disposed therein; a probe extension extending proximally, the probe extension having a probe lumen disposed therein, the probe lumen including an elongate element that extends from a proximal end to a distal end, wherein the probe lumen is coupled to the needle lumens at the distal end, and the cryogen pathway at a first location in between the proximal end and the distal end. Various connection mechanisms for securing needle probes to a handpiece portion are disclosed.

Cryogenic device with quick-connect needle probes

Dock for a cryogenic device

Apparatus and methods for disrupting intervertebral disc tissue

A system and method for delivering an embolic device are disclosed. In one embodiment, the system and method may be directed to a combination of a catheter, coupler, and embolic device. The coupler is disposed inside of the catheter. The embolic device is coupled with a retaining mechanism at the proximal end. Until the embolic device is delivered to a certain location within an artery, the embolic device is engaged with the catheter by engaging the coupler with the retaining mechanism. The embolic device is further secured to the delivery catheter by securing the coupler with a securing mechanism formed on the catheter. When the delivery catheter reaches the desired location in the artery, the embolic device is released from the delivery catheter by simply pulling the coupler proximally such that the loop portion of the coupler first becomes disengaged from the locking window and then from the retaining mechanism.

System and method for delivering an embolic device

Methods and apparatus are disclosed for distracting tissue. The devices and methods may include insertion of first and second elongated members into the space between two tissue layers, with an augmenting elongated member inserted therebetween to form a distraction device between the tissues to be distracted. The distraction device defines a generally annular configuration, with a locking member secured to one of the elongated members at a plurality of locations to maintain the distraction device in the generally annular configuration. The augmenting elongated member may be shorter than the first and second elongated members such that a window is defined between the proximal and distal ends of the augmenting elongated member when the distraction device and the first and second elongated members are in the generally annular configuration. Bone graft material or bone filler may be introduced into the interior of the distraction device through the window.

The present disclosure relates to devices for injecting material into a body. The devices include a housing having a deployment cannula extending therefrom. The device also includes a rotary drive member wherein rotational movement of the drive member relative to the housing results in linear movement of an elongated injection member within a lumen of and out of a distal end opening of the deployment cannula. The elongated injection member includes a proximal end portion that may have a Tuohy-Huber tip and/or varying radii therealong.

Devices and methods for treating bone tissue

Growing community of inventors

Newark, CA, United States of America

Andrew Huffmaster