Orthopediatrics Corporation

Depuy Products, Inc.

Depuy Synthes Products, Inc.

Other

Teleflex Life Sciences Pte. Ltd.

Cardiac Interventions and Aviation LLC

Radius Medical LLC

Teleflex Innovations S.a.r.l.

David W Daniels

Kimberly Ann Dwyer

Larry G McCleary

Jonathan E Carr

Chad John Kugler

John Bridgeman

Joshua Brenizer

Michael C Jones

Derek Stratton

Dean A Peterson

Brad Alan Parker

Scott Brown

Joel C Rhoades

David A Mattingly

Gabriel M Surma

Rebecca Boerigter Lengyel

Ryan Carson Lewis

John Kapitan

Daniel N Huff

Barry A Schnieders

Collin Gibbs

Scott Lubensky

Richard M DeMello

Ryan Harper

Gary D Barnett

Evangelos Tozakoglou

Matthew Prygoski

Charles Wesley Jaggers

Nick A Deeter

Daniel J Berry

John J Souza

David William Morrow

Scott J Luhmann

John D Emenhiser

Anthony McPherron

David Ordini

Mark D Landes

J Eric Gordon

Jonathan R DeMello

Maureen Finlayson

John E Pendleton

Chris Bremer

Daniel Gerard Hoernschemeyer

Yves Moser

Richard Detlefsen

Rick Detlefsen

Dave Bailey

John E Pendelton

Elton Wilson

Larry McCLEARY

Rebecca D Noftz

Scott C Brown

Chad Kugler

Daniel Hoernschemeyer

Ryan A Lewis

Kimberley A Dwyer

Kimberly Dwyer

Guidewires and methods for transmitting electrical stimuli to a heart and for guiding and supporting the delivery of elongate treatment devices within the heart are disclosed. A guidewire can comprise an elongate body, including first and second elongate conductors, and at least first and second electrodes. A distal end portion of the elongate body can include a preformed bias shape, such as a pigtail-shaped region, on which the first and second electrodes can be located. The preformed bias shape can optionally be non-coplanar relative to an intermediate portion of the elongate body. The first and second elongate conductors can be formed of a single structure or two or more electrically connected structures. The conductors can extend from proximal end portions to distal end portions that electrically connect to the first and second electrodes. A corewire can extend the length of the elongate body, can at least partially form the first conductor, and can be at least partially surrounded by the second conductor.

Pacing guidewire

Apparatus and method for dynamic connection between adjacent bones. Various embodiments pertain to a bone anchor that includes a rotatable spool, the spool being configured to place tension on a flexible member, such as a tether, suture, cable, or other. Still further embodiments pertain to tools for interconnecting two bone anchors with a tether.

Apparatus and methods for spooled vertebral anchors

A pedicle screw includes a tulip head, a rod seat, a screw shank, and a retainer collar. The tulip head has an upper opening disposed in a top end of the tulip head and a lower opening disposed in a bottom end of the tulip head opposite the upper opening. The upper and lower openings form a single cavity extending through the tulip head from a top end to the bottom end. The rod seat is disposed within the cavity of the tulip head. Retention ledges of the rod seat engage opposing arms of the tulip head. The screw shank has a thread disposed along a length of the screw shank and a connector positioned at an upper end. The retainer collar has a pass through aperture, an expansion slit, and is disposed about the connector of the screw shank. Other embodiments are described and claimed.

Bottom loaded pedicle screw

A polyaxial rod connector comprising a body having an external surface. The connector body is intersected by an imaginary first reference plane and an imaginary second reference plane perpendicular to the first plane. The first body portion is on one side of the first plane and defines a first spinal rod passage defining a first passage axis and a first set screw opening defining a first axis perpendicular to the first passage axis. A second body portion is adjoined to the first body portion, defining a second spinal rod passage defining a plurality of passage axes, and a second set screw opening defining a second axis perpendicular to the plurality of second passage axes. The first passage axis is non-parallel with one of second passage axes in the second plane. Either the first or second spinal rod passage have an hourglass shaped cross-section parallel to the second plane.

Spinal rod-to-rod connectors

A pedicle screw tulip head extender. The extender can include an upper body portion joined to a lower body portion. The upper body portion can have two opposing arms extending upwardly from a curved lower surface to define a substantially U-shaped interior channel having a first channel axis, the curved lower surface defining an access opening extending through the upper body portion in a direction generally perpendicular to the first channel axis. The lower body portion can extend downwardly as a protrusion from the upper body portion and can be joined to the upper body portion and can have first and second sides, the first and second sides being substantially planar and parallel and separated by an interior portion, the first and second sides defining a protrusion height and a protrusion width. A screw can be disposed in the interior portion and have external threads defining a thread diameter greater than the protrusion width.

Bone anchor head extender

Methods and apparatus for coupling two or more bones together with a flexible connector.

Bone anchors with cord retention features

An external actuation device includes a housing, a motor, a driving magnet, a sensor, and a controller. The motor includes a driveshaft that is rotatable about a rotation axis. The driving magnet is rotatably coupled with the driveshaft and is rotatable together with the driveshaft about the rotation axis. The sensor is associated with the driving magnet and is configured to detect a magnetic force between the driving magnet and a driven magnet disposed adjacent to the driving magnet. The controller is in communication with the motor and the sensor.

External actuation device for adjustable implanted medical device

A coaxial stabilizing and sealing catheter provides increased support to a guide catheter that is seated in an ostium of a branch artery by extending through and out of a distal end of the guide catheter and anchoring in position within the branch artery that is being treated. The stabilizing and sealing catheter includes, as part of a relatively flexible distal section, a balloon that locks a distal end of the stabilizing and sealing catheter in place to provide support to therapeutic devices that are introduced and further seals the branch artery to prevent blood from entering the branch artery. A sealing cuff at a proximal end of the stabilizing and sealing catheter provides a seal between an exterior of the stabilizing and sealing catheter and an interior of the guide catheter. In addition, a fixing mechanism is utilized to lock the guide catheter in place to exchange therapeutic devices.

Stabilizing and sealing catheter for use with a guiding catheter

A pedicle screw includes a tulip head, a rod seat, a screw shank, and a retainer collar. The tulip head has an upper opening disposed in a top end of the tulip head and a lower opening disposed in a bottom end of the tulip head opposite the upper opening. The upper and lower openings form a single cavity extending through the tulip head from a top end to the bottom end. The rod seat is disposed within the cavity of the tulip head and engages a stop extending inwardly from an interior wall of the cavity. The screw shank has a thread disposed along a length of the screw shank and a connector positioned at an upper end. The retainer collar has a pass through aperture, an expansion slit, and is disposed about the connector of the screw shank. Other embodiments are described and claimed.

A martial arts training device includes one or more anatomically correct simulated body parts ('ACSBPs'), including at least one of: head, neck, one or more legs, one or more arms and torso, at least one of said simulated body parts including at least one resettable, breakable or hyperextensible simulated anatomical element, the element simulating human joints, ligaments, tendons or bones. In embodiments, each of the ACBSPs includes a covering of simulated human skin, and wherein following a break or hyperextension of the resettable element, the element may be reset to its undamaged position or resting status to engage the device repeatedly.

Systems and methods for martial arts training devices with anatomically accurate force, pressure and other response

Growing community of inventors

Winona Lake, IN, United States of America

David W Daniels