MARK STEVEN MCNAUGHTON
Osteopathic Medicine in Harrisburg, PA

License number
Pennsylvania OT017791
Category
Osteopathic Medicine
Type
Graduate Osteopathic Trainee
Address
Address
Harrisburg, PA 17110

Personal information

See more information about MARK STEVEN MCNAUGHTON at radaris.com
Name
Address
Phone
Mark Mcnaughton, age 61
4427 Saybrook Ln, Harrisburg, PA 17110
(717) 234-2504
Mark Mcnaughton, age 64
926 W Old Route 422, Prospect, PA 16052
(412) 956-6818
Mark Mcnaughton, age 54
8608 Middle Ridge Rd, Newport, PA 17074
(717) 448-2974
Mark Mcnaughton, age 34
4441 Saybrook Ln, Harrisburg, PA 17110
(717) 571-5489
Mark Mcnaughton, age 46
111 Foose Ridge Rd, Elliottsburg, PA 17024
(717) 582-8871

Professional information

See more information about MARK STEVEN MCNAUGHTON at trustoria.com
Mark Mcnaughton Photo 1
1985-1996 Land Development Manager At Mcnaughton Homes

1985-1996 Land Development Manager At Mcnaughton Homes

Position:
Land Development Manager at McNaughton Homes, 1985-1996 Land Development Manager at McNaughton Homes
Location:
Harrisburg, Pennsylvania Area
Industry:
Construction
Work:
McNaughton Homes since 2006 - Land Development Manager McNaughton Homes since Jan 1985 - 1985-1996 Land Development Manager Pennsylvania House of Representatives - Harrisburg, Pennsylvania Area Jan 1997 - Jan 2006 - State Representative
Education:
Widener University School of Law (PA) 2000 - 2003
juris doctorate, Law


Mark Mcnaughton Photo 2
Door Shield Construction

Door Shield Construction

US Patent:
5103593, Apr 14, 1992
Filed:
Aug 28, 1991
Appl. No.:
7/751133
Inventors:
Mark S. McNaughton - Harrisburg PA
International Classification:
E06B 330
US Classification:
49460
Abstract:
A door shield is arranged for securement to an exterior surface of a dwelling door to afford temporary protection to the door during construction procedures thereabout. The organization includes a polymeric rear layer mounting an accordion pleated forward surface formed of parallel ribs to afford impact resistance to the door. Magnetic and adhesive members are coextensively formed at a rear perimeter of the door for adherence of the structure to the door.