Walmart D.C. 6096 Johnstown, NY May 2014 to Oct 2014 Order FillerRehrig Pacific Logistics Gloversville, NY Apr 2006 to Oct 2012 Supervisor/Forklift OperatorPizza Hut Gloversville, NY Mar 2001 to Apr 2005 Restaurant General Manager
Education:
Post University Online 2012 to 2017 Undergrad in Human ServicesColorado Department of Education Denver, CO 1999 to 1999 G.E.D. in Basic
Rehrig Pacific Logistics Gloversville, NY Apr 2006 to Oct 2013 Weekend Shift SupervisorPizza Hut Gloversville, NY Mar 2001 to Nov 2005 Restaurant General Manager
Education:
Post University online 2013 to 2015 Undergrad in Human ServicesColorado Department of Education Denver, CO 2000 to 2000 G.E.D. in Basic
The Color Run Salt Lake City, UT Jan 2013 to Aug 2013 Account ManagerProWorld Foundation New York, NY Sep 2011 to Dec 2012 Communications & Marketing AssociateA Caspian Production San Francisco, CA Jul 2009 to Aug 2011 Account Manager & Marketing CoordinatorUtah State University Computer Labs Logan, UT Aug 2006 to Aug 2009 Training ManagerUtah State University Computer Labs New York, NY Sep 2008 to Dec 2008 Talent & Casting/Series Development Intern
Education:
Utah State University Logan, UT May 2009 Bachelor of Arts in Journalism & Communications
Ankle Fracture Repair Ankle Fractures Arthritic Hand Reconstruction Arthroscopic Joint Reconstruction Arthroscopic Joint Surgery Arthroscopic Labrum Tear Repair Surgery Arthroscopic Meniscus Repair Arthroscopic Repair Surgery Arthroscopic Rotator Cuff Repair Surgery Arthroscopic Shoulder Labral Repair Arthroscopic Shoulder Reconstruction Arthroscopic Surgery Arthroscopy Arthroscopy, Elbow Arthroscopy, Wrist Bone Graft Bone Grafting Carpal Bones & Hand Fractures Carpal Tunnel Surgery Carpal Tunnel Syndrome Cartilage Repair & Restoration Degenerative Joint Disease-Shoulder Elbow Arthroscopy Elbow Bursitis Elbow Ligament Reconstruction Elbow Problems Elbow/Shoulder Surgery Endoscopic Carpal Tunnel Release General Orthopaedic Procedures Hand & Wrist-Upper Extremities Hand and Wrist Problems Hand Disorders Hand Reconstruction Hand Surgery Hand Tendon Repairs Hand, Elbow and Micro Vascular Surgery Hand, Elbow Shoulder and Micro Vascular Surgery Hand, Upper Extremity and Micro Vascular Surgery Hip Fractures Minimally Invasive Joint Surgery Nerve Compression Nerve Problems Nerve Reconstruction Orthopaedic Surgery Peripheral Nerve Decompression Rotator Cuff Injury Rotator Cuff Repair Shoulder Arthroscopy Shoulder Cartilage /Labral Repairs Shoulder Dislocation Shoulder Joint Reconstruction Shoulder Joint Replacement Shoulder Problems Shoulder Replacement Shoulder Rotator Cuff Repair Shoulder Stabilizations Shoulder Surgery Sports Injuries Sports Medicine Sports Medicine Related Procedures Sports Medicine Surgery Tendon and Bursa Injections Tendon Disorders Tendon Repairs Tendon Surgery Tendon Transfer Tendonitis Tenotomy Of Wrist or Forearm Total Shoulder Replacement Wrist Arthroscopy Wrist Ligament Reconstructions X-Ray
Sanders Center for Orthopedic Excellence 3702 Washington St, Hollywood, FL 33021
Aventura Hospital & Medical Center 20900 Biscayne Boulevard, Aventura, FL 33180
Memorial Regional Hospital 3501 Johnson Street, Hollywood, FL 33021
Memorial Regional Hospital South 3600 Washington Street, Hollywood, FL 33021
Education:
Medical School University Of Miami School Of Medicine Graduated: 2002 Medical School University Of Miami/Jackson Memorial Hospital Graduated: 2003 Medical School University Of Miami/Jackson Memorial Hospital Graduated: 2007 Medical School Kaiser-Permanente Orange County Upper Extremity Group Graduated: 2008 Medical School Harvard University Graduated: 1998
Dr. Sanders graduated from the Medical University of South Carolina College of Medicine in 1999. He works in Greensboro, NC and specializes in Ophthalmology. Dr. Sanders is affiliated with Moses H Cone Memorial Hospital.
OU PhysiciansOklahoma University Physicians Internal Medicine 825 NE 10 St STE 4E, Oklahoma City, OK 73104 4052713445 (phone), 4052715878 (fax)
Education:
Medical School Harvard Medical School Graduated: 2008
Languages:
English Spanish
Description:
Dr. Sanders graduated from the Harvard Medical School in 2008. He works in Oklahoma City, OK and specializes in Internal Medicine. Dr. Sanders is affiliated with OU Medical Center.
Sanders Center For Orthopedic Excellence 3702 Washington St STE 404, Hollywood, FL 33021 9544047440 (phone), 9544047402 (fax)
Education:
Medical School University of Miami, Miller School of Medicine Graduated: 2002
Languages:
English French Spanish
Description:
Dr. Sanders graduated from the University of Miami, Miller School of Medicine in 2002. He works in Hollywood, FL and specializes in Orthopaedic Surgery and Hand Surgery. Dr. Sanders is affiliated with Memorial Regional Hospital.
Owensboro Medical Practice 1200 Breckenridge St STE 103, Owensboro, KY 42303 2706837553 (phone), 2706858226 (fax)
Languages:
English
Description:
Mr. Sanders works in Owensboro, KY and specializes in Family Medicine and Urgent Care Medicine. Mr. Sanders is affiliated with Owensboro Health Regional Hospital.
Townsend and Townsend and Crew LLP 1200 Seventeenth Street, Suite 2700, Denver, CO 80202 3036073367 (Office), 3037364335 (Fax)
Licenses:
Colorado - Active 2006
Education:
Georgetown University Law Center Degree - JD - Juris Doctor - Law Graduated - 2006 Utah State University Degree - MS - Master of Science - Physics Graduated - 2000 Utah State University Degree - BS - Bachelor of Science - Physics Graduated - 1998
A method for determining the velocity of features such as wind. The method preferably includes producing sensor signals and projecting the sensor signals sequentially along lines lying on the surface of a cone. The sensor signals may be in the form of lidar, radar or sonar for example. As the sensor signals are transmitted, the signals contact objects and are backscattered. The backscattered sensor signals are received to determine the location of objects as they pass through the transmission path. The speed and direction the object is moving may be calculated using the backscattered data. The data may be plotted in a two dimensional array with a scan angle on one axis and a scan time on the other axis. The prominent curves that appear in the plot may be analyzed to determine the speed and direction the object is traveling.
Seal Plate With Insulation Displacement Connection
Ryan C. Artale - Boulder CO, US Dennis W. Butcher - Longmont CO, US Russell D. Hempstead - Lafayette CO, US Glenn A. Horner - Boulder CO, US Duane E. Kerr - Loveland CO, US Jessica E.C. Olson - Frederick CO, US Jason T. Sanders - Johnstown CO, US Jeffrey R. Unger - Longmont CO, US
Assignee:
TYCO Healthcare Group LP - Boulder CO
International Classification:
A61B 18/04 H01R 43/16
US Classification:
606 33, 29874
Abstract:
An end effector assembly having first and second jaw members is provided where one or both of the jaw members is moveable relative to the other between a spaced-apart position and an approximated position for grasping tissue therebetween. One (or both) of the jaw members includes an inwardly-facing surface having a slot defined therein and a wire having an insulative coating. A seal plate has at least one protrusion that is configured to be disposed in the slot. The at least one protrusion of the seal plate is configured to displace the insulative coating from the wire thereby forming an electrical connection therewith when the at least one protrusion is disposed in the slot.
JOANNA ACKLEY - BOULDER CO, US RYAN C. ARTALE - BOULDER CO, US KIM V. BRANDT - LOVELAND CO, US DENNIS W. BUTCHER - LONGMONT CO, US EDWARD M. CHOJIN - BOULDER CO, US GARY M. COUTURE - LONGMONT CO, US JAMES S. CUNNINGHAM - BOULDER CO, US DAVID M. GARRISON - LONGMONT CO, US KEIR HART - LAFAYETTE CO, US RUSSELL D. HEMPSTEAD - LAFAYETTE CO, US GLENN A. HORNER - BOULDER CO, US DANIEL A. JOSEPH - GOLDEN CO, US DUANE E. KERR - LOVELAND CO, US DYLAN R. KINGSLEY - BROOMFIELD CO, US PETER M. MUELLER - FREDERICK CO, US JESSICA E.C. OLSON - FREDERICK CO, US SEAN T. O'NEILL - CAMPBELL CA, US JASON T. SANDERS - JOHNSTOWN CO, US ROBERT M. SHARP - BOULDER CO, US JOHN R. TWOMEY - LONGMONT CO, US JEFFREY R. UNGER - LONGMONT CO, US
Assignee:
TYCO HEALTHCARE GROUP LP - MANSFIELD MA
International Classification:
B23P 17/04
US Classification:
2940705
Abstract:
A method for manufacturing an end effector assembly is provided. The method includes grasping a gap-setting gauge between first and second jaw members moveable relative to one another about a pivot between a first, spaced-apart position and a second position proximate tissue and setting the first and second jaw members such that in the approximated position the jaw members cooperate to define a gap distance between the jaw members equivalent to the thickness of the gap-setting gauge such that when positioning tissue between the jaw members full approximation of the jaws is limited to the gap distance.
Anti-Backdrive Mechanism For Vessel Sealing Instrument
- Mansfield MA, US William R. Whitney - Boulder CO, US Jason G. Weihe - Longmont CO, US Jason T. Sanders - Longmont CO, US Alyssa M. Sawyer - Broomfield CO, US Curtis M. Siebenaller - Frederick CO, US
International Classification:
A61B 18/14 A61B 18/12
Abstract:
A vessel sealing instrument includes a housing having a shaft extending from a distal end thereof including an end effector assembly having opposing first and second jaw members operably coupled thereto. One of the jaw members moveable between open and closed positions for clamping tissue with a closure pressure within the range of about 3 kg/cmto about 16 kg/cm. The jaw members are adapted to connect to a generator for providing energy thereto in accordance with a sealing algorithm. An anti-backdrive mechanism is associated with the end effector assembly and includes: a drive shaft coupled to a controller and a screw on opposite ends, the screw configured to engage one of the jaw members upon extension thereof to provide additional closure pressure therebetween. The drive shaft is rotatable by the controller to extend the screw in response to tissue expansion during sealing based on the sealing algorithm.
Anti-Backdrive Assembly For Vessel Sealing Instrument
- Mansfield MA, US William R. Whitney - Boulder CO, US Jason G. Weihe - Longmont CO, US Jason T. Sanders - Longmont CO, US Alyssa M. Sawyer - Broomfield CO, US Curtis M. Siebenaller - Frederick CO, US
International Classification:
A61B 18/14 A61B 18/12
Abstract:
A vessel sealing instrument includes a housing having a shaft extending from a distal end thereof having an end effector assembly including a pair of opposing first and second jaw members operably coupled thereto. A drive assembly is disposed within the housing and is configured to move the jaw members upon actuation thereof between an open position and a closed position for clamping tissue with a closure pressure within the range of about 3 kg/cmto about 16 kg/cm. An anti-backdrive assembly is operably disposed within the housing and includes a drive wedge. A solenoid controller is operably coupled to the drive wedge and is configured to selectively move the drive wedge into the drive assembly upon activation thereof to increase the closure pressure between the jaw members in response to tissue expansion during sealing.
Anti-Backdrive Mechanism For Vessel Sealing Instrument
- Mansfield MA, US William R. Whitney - Boulder CO, US Jason G. Weihe - Longmont CO, US Jason T. Sanders - Longmont CO, US Alyssa M. Sawyer - Broomfield CO, US Curtis M. Siebenaller - Frederick CO, US
International Classification:
A61B 18/14 A61B 18/12
Abstract:
A vessel sealing instrument includes a housing having a shaft extending from a distal end thereof, the distal end including an end effector assembly having a pair of opposing jaw members operably coupled thereto. One or both of the jaw members is moveable between open and closed positions for clamping tissue with a closure pressure. One or both of the jaw members connects to a generator that provides energy thereto in accordance with a sealing algorithm upon activation thereof. An anti-backdrive mechanism is coupled to the end effector assembly and includes a drive shaft coupled at one end to a solenoid and another end that engages one of the jaw members upon extension thereof to provide additional closure pressure between the jaw members. The drive shaft is extendible by the solenoid to extend the drive shaft in response to tissue expansion during sealing based on the sealing algorithm.
Anti-Backdrive Mechanism For Vessel Sealing Instrument
- Mansfield MA, US William R. Whitney - Boulder CO, US Jason G. Weihe - Longmont CO, US Jason T. Sanders - Longmont CO, US Alyssa M. Sawyer - Broomfield CO, US Curtis M. Siebenaller - Frederick CO, US
International Classification:
A61B 18/14
Abstract:
A vessel sealing instrument includes a housing having a shaft extending from a distal end thereof including an end effector assembly having opposing first and second jaw members operably coupled thereto. The jaw members movable between open and closed positions for clamping tissue with a closure pressure. The jaw members are adapted to connect to a generator for providing energy thereto. An anti-backdrive mechanism is operably associated with the end effector assembly, the anti-backdrive mechanism including first and second mesh-like electrodes disposed in opposing relation on respective first and second jaw members and including openings defined therein. The first and second mesh-like electrodes compressible between a first configuration for grasping tissue wherein the openings defined within each mesh-like electrode include a first diameter to a second configuration for sealing tissue wherein the openings defined within each mesh-like electrode expand to a second diameter configured to release steam upon activation.
- Mansfield MA, US Jennifer R. McHenry - Denver CO, US Daniel A. Joseph - Golden CO, US Todd W. Boucher - Longmont CO, US Jason T. Sanders - Longmont CO, US
International Classification:
A61B 18/14 A61B 34/30
Abstract:
A surgical instrument includes an elongated shaft supporting an end effector assembly, a sheath slidably disposed about the elongated shaft and the end effector assembly, and a housing disposed at a proximal end portion of the elongated shaft. Inflow, outflow, and common tubes extend into the housing. A manifold is disposed within the housing and defines an inflow port fluidly coupled to the inflow tube, and outflow port fluidly coupled to the outflow tube, and a common tube port fluidly coupled to the common tube. First and second valve assemblies are disposed within the housing and operably coupled to the manifold. The first valve assembly is configured to selectively control a flow of fluid from the inflow tube to the interior of the sheath, and the second valve assembly is configured to selectively control a flow of fluid from the interior of the sheath to the outflow tube.
Youtube
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25 Oct, 2009
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02 Oct, 2010
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Jason has some sweet tricks when it comes to the pool table.
Category:
Sports
Uploaded:
03 Jan, 2008
Duration:
1m 26s
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Category:
Entertainment
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07 May, 2008
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2m 37s
Jason Sanders
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Category:
Travel & Events
Uploaded:
06 Apr, 2010
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Jason on the Caramilk Secret
Vancouver's Jason Sanders shares little known secrets on just how they...