Cyberonics, Inc.

Advanced Cardiovascular Systems, Inc.

Joseph J Sciacca

Shawn D Kollatschny

Jeong Soo Lee

Paul M Consigny

Evgenia Mandrusov

Richard T Thornton

Gene Michal

Florian Niklas Ludwig

Gabriel Asongwe

Ken Bueche

Mary B Michaels

John Eric Henckel

Fidel Albert Urrabazo

Daniel Wiegand

Engraftment of therapeutic cells and agents to a target site in an organism is enhanced by mechanical, chemical and biological methods and systems.

Intracoronary device and method of use thereof

A lead assembly comprises an outer body tubing, first and second conductors, and first and second tubing insert members. The outer body tubing comprises at least two longitudinal outer body tubing portions, each such portion comprising a through-hole and each portion comprising a keyed surface having a predetermined shape. Each of the tubing insert members receives a conductor and comprises a surface that substantially matches the predetermined shape of the keyed surface. When both of the conductors are inserted into corresponding longitudinal through-holes such that each of said first and second surfaces of the first and second hollow body members is substantially aligned with the keyed surface of a corresponding outer body tubing portion, electrodes formed on ends of the first and second conductors are encouraged to be substantially co-linear.

Insert for implantable electrode

A vacuum mandrel for use in fabricating an implantable electrode comprises a hollow body member and a first groove provided radially on an outer surface of the hollow body member. The first groove is adapted to receive an implantable electrode and retain the electrode in place with a vacuum pressure during an elastomeric encapsulation of the electrode. The vacuum mandrel further comprises a vacuum port provided in the first groove.

Vacuum mandrel for use in fabricating an implantable electrode

Growing community of inventors

Houston, TX, United States of America

Joseph J Sciacca