Surgentec, LLC

Other

Jcbd, LLC

Orthopediatrics Corporation

Degen Medical, Inc.

Jgmg Bengochea, LLC

Surgical Device Exchange, LLC

Ryan Carson Lewis

Travis Greenhalgh

Marc Von Amsberg

Javier Garcia-Bengochea

John E Pendleton

Edward Jeffrey Donner

Christopher Thomas Donner

David W Daniels

John Souza, Sr

John Kapitan

Craig Black

Andrew Shoup

Rakesh P Chokshi

Brad W Caldeira

Willie S Edwards, Jr

John J Souza

Kraig Kooiman

Wyatt Drake Geist

Aubrey Clint Folsom

John E Pendelton

Cathlene Donaldson

Stuart Lindquist

A bone graft delivery system can include an elongate tube and a handle having a trigger and a ratcheting mechanism. The trigger is actuated to deliver bone graft material through the tube. The bone graft delivery system can further include a distal tip at a distal end of the tube. The tip has one or more openings to deliver the bone graft material to a desired location and includes a surface suitable to act as a rasp for decorticating bone. A method for delivering bone graft material to a desired surgical location includes providing a bone graft delivery device, positioning the device adjacent the surgical location, decorticating bone, and delivering bone graft material to the surgical location.

Bone graft delivery system and method for using same

An impact or extension handle for a needle assembly such as a jamshidi needle can include an attachment portion and a handle portion. The impact or extension handle can also include an impact strikeplate. The attachment portion is configured to couple to the jamshidi needle. A user can use the impact or extension handle to manipulate the position or angle of the needle assembly. A user can tap a mallet or similar instrument on the impact strikeplate to drive the needle assembly into a target location in a patient's body. The impact or extension handle can allow the user to hold his or her hands out of the way of equipment used during the procedure and away from potentially harmful radiation from imaging equipment used during the procedure.

Handles for needle assemblies

A surgical instrument assembly includes a support frame system, and a surgical tool engageable with the support frame system. The support frame system is adapted for providing a surgical tool attachment and articulation locus that is maintained during the course of a surgical procedure to direct a fixed and repeatable delivery path for introduction and manipulation of one or more surgical instruments and implants at a surgical site in or on the patient's anatomy. The delivery path can be substantially curvilinear along an arc that is defined by a radius of curvature and length defined by the surgical tool, and a predetermined range of articulation of the tool at the articulation locus.

Methods and devices for surgical access

A bone graft delivery system can include an elongate tube, a handle having a trigger, and a tip. The trigger is actuated to deliver bone graft material through the tube. The tip has one or more openings to deliver the bone graft material to a desired location and includes a surface suitable to act as a rasp for decorticating bone. A method for delivering bone graft material to a desired surgical location includes providing a bone graft delivery device, positioning the device adjacent the surgical location, decorticating bone, and delivering bone graft material to the surgical location.

The present invention is a portable device accessory that includes a cover, a plurality of hooks, a connector, a first adhesive pad, and a second adhesive pad. The first adhesive pad is attached to one side of the connector. The other side of the connector is attached to a portable device, such as mobile phone, by the second adhesive pad. The user may remove the cover to reveal the first adhesive pad, then temporary attaches the first adhesive pad to a mounting surface so the user may take a selfie with the portable device. After the portable device accessory is detached from the mounting surface, the user may place the cover over the first adhesive pad and pressed the cover and the connector towards each other thus enabling the plurality of attachments to be frictionally attach around a lateral wall of the connector.

Portable device accessory

The invention is directed in various aspects to a system including anchors, anchor components, and anchor assemblies and subassemblies that are adapted for attachment to a bony structure of a clinical subject. For example, two or more such anchors in the form of screws may be affixed to bones, for example, vertebral structures such as the pedicle, and each anchor is connected to a stabilizer such as a surgical rod that is inserted between the anchors. The anchors and assemblies are novel in many respects owing to their modular nature, which in contrast to conventional systems, allows the anchors to be provided to a surgeon in modular, subassembly and fully assembled form to enable a broad array of choices in devising the optimal plane for surgical bone fixation.

Adjustable bone fixation systems

The present invention is a portable device accessory that includes a cover, a plurality of hooks, a connector, a first adhesive pad, a plurality of protrusions, and a second adhesive pad. The first adhesive pad is attached to one side of the connector. The other side of the connector is attached to a portable device, such as mobile phone, by the second adhesive pad. The user may remove the cover to reveal the first adhesive pad, then temporarily attaches the first adhesive pad to a mounting surface so the user may take a selfie or record video with the portable device. After the user detaches the first adhesive pad, the user may place the cover over the first adhesive pad, then turn the cover so the plurality of hooks on the cover can engage and lock with the plurality of protrusions on the connector.

A medical device includes a spinal rod receiving channel disposed within the medical device and a rod retaining set screw, wherein the spinal rod receiving channel includes an upper arc having a first end and second end, a first middle arc connected to the first end of the upper arc, a second middle arc connected to the second end of the upper arc and disposed opposite the first middle arc, connecting slants connected to first and second middle arcs, and a lower arc connected to the connecting slants, and the rod retaining set screw configured to secure a spinal rod disposed in the spinal rod receiving channel into the medical device.

Surgical connectors and instrumentation

A surgical instrument assembly includes a frame system, and a surgical tool engageable with the frame system. The frame system is adapted for providing a surgical tool attachment and articulation locus that is maintained during the course of a surgical procedure to direct a fixed and repeatable delivery path for introduction and manipulation of one or more surgical instruments and implants at a surgical site in or on the patient's anatomy. The delivery path can be substantially curvilinear along an arc that is defined by a radius of curvature and length defined by the surgical tool, and a predetermined range of articulation of the tool at the articulation locus.

An impact or extension handle for a needle assembly such as a Jamshidi needle can include an attachment portion and a handle portion. The impact or extension handle can also include an impact strikeplate. The attachment portion is configured to couple to the Jamshidi needle. A user can use the impact or extension handle to manipulate the position or angle of the needle assembly. A user can tap a mallet or similar instrument on the impact strikeplate to drive the needle assembly into a target location in a patient's body. The impact or extension handle can allow the user to hold his or her hands out of the way of equipment used during the procedure and away from potentially harmful radiation from imaging equipment used during the procedure.

Growing community of inventors

Atlanta, GA, United States of America

Ryan Carson Lewis