Jeremi M Leasure

age ~42

from Carlsbad, CA

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Also known as:

Jeremi Michael Leasure
Jeremi A Leasure
Jeremi Michael
Leasure Jeremi Michael
Michael Jeremi

Connected to:

Jeremi Leasure Phones & Addresses

Carlsbad, CA
San Rafael, CA
San Francisco, CA
Oakland, CA
Malvern, PA
Fairfax, VA
Erie, PA
Philadelphia, PA
San Diego, CA
Forreston, IL
Birmingham, AL

Work

Company:

Medical device development
Jan 2015
Position:

Principal engineer

Education

Degree:

Masters
School / High School:

Drexel University
2006 to 2008
Specialities:

Mechanical Engineering

Skills

Medical Devices • Biomedical Engineering • R&D • Product Development • Design of Experiments • Biotechnology • Orthopedics • Orthopedic • Product Design • Research • Biomechanics • Medical Imaging • Iso 13485 • Product Launch • U.s. Food and Drug Administration • Research and Development • Commercialization • Matlab • Solidworks • Mechanical Engineering • Validation • Engineering • Patents • Machining • Technical Writing • Technology Transfer • Design Control • Clinical Research • Quality System • Cross Functional Team Leadership • Biomaterials • Surgical Instruments • Spine • Manufacturing • Design For Manufacturing • Computer Aided Design • Onshape • Microsoft Office • Microsoft Excel • Microsoft Word • Microsoft Powerpoint • Management • Strategic Planning • Working With Surgeons • Statistical Data Analysis • Statistical Software • Leadership • Teamwork • Good Manufacturing Practice • Laboratory Skills • Fda

Industries

Medical Devices

Us Patents

System And Method For Spinal Stabilization Through Mutli-Head Spinal Screws
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US Patent:

20130123854, May 16, 2013
Filed:

Nov 15, 2012
Appl. No.:

13/678353
Inventors:

Dimitriy G. Kondrashov - San Francisco CA, US
Jeremi M. Leasure - Oakland CA, US
Grigoriy Kondrashev - Rockaway Beach NY, US
International Classification:

A61B 17/70
US Classification:

606264
Abstract:

Embodiments of present invention disclose spinal screws having first and second heads for a versatile screw-rod construct to achieve spinal stabilization for patients with unstable spines. The first and second heads are used to connect first and second rods at the same bone anchor location. The first and second heads can accept rods of different diameter, materials and/or stiffness in order to accommodate the anatomical needs of the spine of a patient. Further, the first and second heads can positioned side by side to accommodate parallel rods or perpendicular to each other to accommodate rods with cross link rods. Further, the position of the first and second heads can be adjusted relative to each other.

Methods And Systems For Facilitating Treatment Of Lumbar Degenerative Disc Disease Based On Total Nucleus Replacement Using Magnetic Spherical Beads
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US Patent:

20220409387, Dec 29, 2022
Filed:

Jun 23, 2022
Appl. No.:

17/848128
Inventors:

DIMITRIY KONDRASHOV - SAN FRANCISCO CA, US
JEREMI MICHAEL LEASURE - CARLSBAD CA, US
International Classification:

A61F 2/44
A61F 2/46
Abstract:

A system and method for facilitating the treatment of lumbar degenerative disc disease. The method comprising making an incision posterolaterally along an annulus fibrosus of a specimen, removing nucleus pulposus from the specimen with tissue removing tools, and pushing magnetic spherical beads into a nuclear area within the specimen. The system comprises the specimen with the nuclear area, a plurality of magnetic spherical beads, tissue removal tools, a hollow cannula and a non-magnetic rod. The hollow cannula and non-magnetic rod configured for pushing the magnetic spherical beads within the nuclear area after incision.

Devices And Methods For Repairing Bone Fractures
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US Patent:

20200107869, Apr 9, 2020
Filed:

Sep 16, 2019
Appl. No.:

16/572087
Inventors:

- Palo Alto CA, US
Jeremi M. LEASURE - San Francisco CA, US
International Classification:

A61B 17/86
A61B 17/72
A61B 17/88
Abstract:

Devices and methods for repairing bone fractures are described herein. A pin directing device for steering a flexible bone screw is disclosed. A fluted entry tool for penetrating into cancellous bone without penetrating the far cortex of the bone is disclosed. A flexible bone screw having a rotational position marker positioned thereon at a terminal twenty-five percent of the shaft is disclosed. A flexible bone screw comprising at least eighty percent cold work hardened alloy is disclosed. A pin bending clamp having a transverse hole in the jaws is disclosed. A flexible bone screw with a cortex climbing thread portion at the tip, which is helicoid, is also disclosed.

Devices And Methods For Repairing Bone Fractures
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US Patent:

20180271573, Sep 27, 2018
Filed:

Feb 7, 2018
Appl. No.:

15/891346
Inventors:

- Palo Alto CA, US
Jeremi M. LEASURE - San Francisco CA, US
International Classification:

A61B 17/86
A61B 17/72
Abstract:

Devices and methods for repairing bone fractures are described herein. A pin directing device for steering a flexible bone screw is disclosed. A fluted entry tool for penetrating into cancellous bone without penetrating the far cortex of the bone is disclosed. A flexible bone screw having a rotational position marker positioned thereon at a terminal twenty-five percent of the shaft is disclosed. A flexible bone screw comprising at least eighty percent cold work hardened alloy is disclosed. A pin bending clamp having a transverse hole in the jaws is disclosed. A flexible bone screw with a cortex climbing thread portion at the tip, which is helicoid, is also disclosed.

Name / Title

Company / Classification

Phones & Addresses

Jeremi Leasure
President, Director

The Taylor Collaboration
Medical Devices · Noncommercial Research Organizations, Nsk

450 Stanyan St, San Francisco, CA 94117
2255 Hayes St, San Francisco, CA 94117
300 Montgomery St, San Francisco, CA 94104
415 933-6746, 415 933-6697

Resumes

Lecturer In Biomechanics

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Location:

4045 Baltimore Ave, Philadelphia, PA 19104

Industry:

Medical Devices

Work:

Medical Device Development
Principal Engineer
Stanford University
Consulting Research Faculty
Sf Ortho Residency Program
Research Director
L-3 Communications Oct 2009 - Oct 2010
Biomechanical Engineer
Eberhard Karls Universität Tübingen Sep 2008 - Sep 2009
Biomechanical Research Engineer, Orthopaedic Surgery

Education:

Drexel University 2006 - 2008
Masters, Mechanical Engineering Temple University 2002 - 2006
Bachelors, Mechanical Engineering

Skills:

Medical Devices
Biomedical Engineering
R&D
Product Development
Design of Experiments
Biotechnology
Orthopedics
Orthopedic
Product Design
Research
Biomechanics
Medical Imaging
Iso 13485
Product Launch
U.s. Food and Drug Administration
Research and Development
Commercialization
Matlab
Solidworks
Mechanical Engineering
Validation
Engineering
Patents
Machining
Technical Writing
Technology Transfer
Design Control
Clinical Research
Quality System
Cross Functional Team Leadership
Biomaterials
Surgical Instruments
Spine
Manufacturing
Design For Manufacturing
Computer Aided Design
Onshape
Microsoft Office
Microsoft Excel
Microsoft Word
Microsoft Powerpoint
Management
Strategic Planning
Working With Surgeons
Statistical Data Analysis
Statistical Software
Leadership
Teamwork
Good Manufacturing Practice
Laboratory Skills
Fda