DR. JOSEPH HENRY VARGAS, M.D.
Medical Practice at Albert Cree Dr, Mill Village, VT

License number
Vermont 2962
Category
Medical Practice
Type
Specialist
Address
Address
3 Albert Cree Dr, Mill Village, VT 05701
Phone
(802) 775-2937
(802) 773-0934 (Fax)

Personal information

See more information about JOSEPH HENRY VARGAS at radaris.com
Name
Address
Phone
Joseph H Vargas
3 Albert Cree Dr, Rutland, VT 05701
(802) 775-2937
Joseph H Vargas
574 Route 4 E, Rutland Town, VT 05701
(802) 775-4671
Joseph H Vargas
574 Us Route 4 E, Rutland, VT 05701
(802) 775-4671
Joseph H. Vargas, III
Rutland, VT
(802) 775-4671

Professional information

Joseph Henry Vargas Photo 1

Joseph Henry Vargas, Rutland VT

Specialties:
Orthopaedic Surgery, Allergy & Immunology, Radiology
Work:
Vermont Orthopaedic Clinic
3 Albert Cree Dr, Rutland, VT 05701
Education:
University of Vermont (1965)


Joseph H Vargas Photo 2

Dr. Joseph H Vargas, Rutland VT - MD (Doctor of Medicine)

Specialties:
Orthopedic Surgery
Address:
3 Albert Cree Dr, Rutland 05701
(802) 775-2937 (Phone), (802) 773-0934 (Fax)
Certifications:
Orthopedic Surgery, 1972
Awards:
Healthgrades Honor Roll
Languages:
English
Education:
Medical School
University Of Vermont College Of Medicine
Graduated: 1965
Robert Packer Hosp
Albany Memorial Hospital
Alfred I. Dupont Institute


Joseph Vargas Photo 3

Biomedical Cement Bonding Enhancer

US Patent:
5468245, Nov 21, 1995
Filed:
Feb 3, 1994
Appl. No.:
8/191105
Inventors:
Joseph H. Vargas - Rutland VT
International Classification:
A61B 1756
US Classification:
606 94
Abstract:
A method and apparatus for filling a shaft bored into human femoral bone during hip replacement surgery with gelatinous methyl methacrylate bonding cement for receipt of an artificial hip prothesis so as to maximally preventing loosening of the prosthesis after hardening of the cement consisting of a cylindrically shaped syringe gun unit screwed into a cylindrically shaped hollow head of a hollow cylindrical applicator tube to the exterior of which applicator tube near its tip there is affixed an inflatable balloon amenable to receipt of fluid by way of tubing passing through a distinct lumen of said applicator tube which said tubing is attached at one end to a hollow canal in the applicator tube leading via the lumen to the balloon and attached at its other end to a valvular component in turn attached to the cylindrical base of a second syringe gun unit which said apparatus serves to facilitate injection of such cement incrementally into relatively air tight spaces within such shaft formed in view of the inflatibility of such balloon until such shaft is completely filled with such cement.


Joseph Vargas Photo 4

Biomedical Cement Applicator

US Patent:
5346495, Sep 13, 1994
Filed:
Feb 28, 1994
Appl. No.:
8/202731
Inventors:
Joseph H. Vargas - Rutland VT
International Classification:
A61F 504
US Classification:
606 92
Abstract:
A method and apparatus for applying methyl methacrylate under pressure into the top surface of a human tibial bone which apparatus is a solid molded one piece unit body with three rodlike extensions emanating from the body therefrom. A first rodlike extension has a solid cylindrically shaped head on its top side for receipt of a slaphammer and the long central axis of this extension is virtually co-axial with the long central axis of a second rodlike extension and sharp beveled end located at the base of the second rodlike extension just below a circular stop piece which beveled end for burrowing into bone is farther from the cylindrically shaped head than any other part of the one piece unit. The unit's third rodlike extension extends out and away from the first rodlike extension and has located atop it, a hollow head containing threading for receipt of the base of a cement carrying canister and with a hole in the center of the hollow head's bottom surface leading into a cement carrying canal running throughout this rodlike extension in a straight line and then in the same line through the body of the one piece unit to a point where an extension of the canal it courses downward leading to and through the beveled end.


Joseph Vargas Photo 5

Surgical Scalpel Cradle

US Patent:
5542533, Aug 6, 1996
Filed:
May 30, 1995
Appl. No.:
8/452523
Inventors:
Joseph H. Vargas - Rutland VT
International Classification:
B65D 8310
US Classification:
206363
Abstract:
A scalpel cradle with a floor and four outwardly inclined sidewalls, with two convex elevations in the floor extending from one lateral side of the cradle to the other side of the receptor and with a rectilinear cap the anterior portion of which is in the shape of a symmetrical letter Y which is compressibly elastic in the vicinity of the leg component of the anterior portion such that the bipartite leg component of the anterior portion is amenable to receipt of the handle of a surgical scalpel resting therein on its bottom side, and with a outwardly directed curvaceous extension affixed to the anterior portion and in the shape of a downwardly directed u-shaped curve.


Joseph Vargas Photo 6

Biomedical Cement Bonding Enhancement Tube

US Patent:
6004325, Dec 21, 1999
Filed:
May 11, 1998
Appl. No.:
9/076081
Inventors:
Joseph H. Vargas - Rutland VT
International Classification:
A61B 1758
US Classification:
606 94
Abstract:
An apparatus for facilitating the filling up of a shaft bored into human femoral bone during hip replacement surgery with gelatinous methyl methacrylate bonding cement for receipt of an artificial hip prosthesis so as to maximally prevent loosening of the prosthesis after hardening of the cement consisting of a hollow cylindrically shaped applicator tube, a top end of a hollow first portion thereof which is characterized by the presence of threading threreabouts and a bottom end of which first portion has affixed to it, a top end of a hollow second portion about a centrally located through hole in a base of the first portion with there being affixed to a bottom end of the second portion a circular shaped flexible tip component.


Joseph Vargas Photo 7

Underwater Exercise Apparatus

US Patent:
6290629, Sep 18, 2001
Filed:
Aug 9, 1999
Appl. No.:
9/370276
Inventors:
Joseph H. Vargas - Rutland VT
Galen M. Williams - North Springfield VT
International Classification:
A63B 2206
US Classification:
482 57
Abstract:
An underwater exercise apparatus consisting of a pair of fastening vices amenable to being held together by screws and bolts and serving to removably hold an elongated support arm to which a seat for sitting is attached and further serving to hold together a pair of oppositely positioned three-sided support units each of which rests upon a pair of adjustable foot pods and atop each elongated middle side of each of which support units there is affixed a housing unit containing a wheel and pedal mechanism in turn connected to a pair of pedals; each connected to one end of an elastic cord with each cord being affixed at a second end of each to a support block, one support block being affixed atop a posterior side of one support unit and one support block being affixed atop a posterior side of the other support unit and with there being affixed atop an anterior side of each support unit, an adjustable upright handlebar.


Joseph Vargas Photo 8

Flexible Ski Boot

US Patent:
5921006, Jul 13, 1999
Filed:
Jan 2, 1998
Appl. No.:
9/002498
Inventors:
Joseph H. Vargas - Rutland VT
International Classification:
A43B 504
US Classification:
361182
Abstract:
The invention disclosed is flexible ski boot having a rigid shell base, a cuff section attached to the rigid shell base, a tongue section flexibly connected to the cuff section and pivotably attached to both cuff section and the rigid shell base, a spoiler section pivotally attached to the rigid shell base, and temporarily attached to tongue section by ski boot bindings. The flexible ski boot further has two somewhat compressible pieces held within the spoiler section by a retainer and a bolt passing through the retainer, the compressible piece and into the rigid shell base, the compressible pieces tending to maintain the upper section of the ski boot in its upright position when force is rearwardly applied against the upper section.