PAUL E. SHERMAN, M.D.
Medical Practice at 15 Ave, Seattle, WA
License number
Washington MD00028889
Category
Medical Practice
Type
Pediatrics
Address
Address
200 15Th Ave E, Seattle, WA 98112
Phone
(206) 326-3842
(509) 241-7349
(509) 241-7628 (Fax)
(509) 241-7349
(509) 241-7628 (Fax)
Personal information
See more information about PAUL E. SHERMAN at radaris.comName
Address
Phone
4671 Vantage Hwy, Ellensburg, WA 98926
4596 Ginnett Rd, Anacortes, WA 98221
3919 Meridian Ave N, Tulalip, WA 98271
318 Farallone Ave, Tacoma, WA 98466
909 136Th St E, Tacoma, WA 98445
Professional information
Dr. Paul E Sherman, Seattle WA - MD (Doctor of Medicine)
Specialties:
Pediatrics
Address:
200 15Th Ave E, Seattle 98112
(206) 326-3842 (Phone)
(206) 326-3842 (Phone)
Certifications:
Pediatrics, 2007
Awards:
Healthgrades Honor Roll
Languages:
English
Education:
Medical School
Johns Hopkins University / School of Medicine
Graduated: 1989
U Wash-Chldns Hosp
Johns Hopkins University / School of Medicine
Graduated: 1989
U Wash-Chldns Hosp
Paul Sherman
Location:
Greater Seattle Area
Industry:
Hospital & Health Care
Method And Apparatus For Collecting And Analyzing Surface Wound Data
US Patent:
8063915, Nov 22, 2011
Filed:
Jun 1, 2007
Appl. No.:
11/756908
Inventors:
Howard Champion - Annapolis MD, US
Paul Sherman - Seattle WA, US
Mary M. Lawnick - Olney MD, US
Paul M. Cashman - North Reading MA, US
Harald Scheirich - Washington DC, US
Timothy Patrick Kelliher - Scotia NY, US
Paul Sherman - Seattle WA, US
Mary M. Lawnick - Olney MD, US
Paul M. Cashman - North Reading MA, US
Harald Scheirich - Washington DC, US
Timothy Patrick Kelliher - Scotia NY, US
Assignee:
Simquest LLC - Silver Spring MD
International Classification:
G09G 5/00
US Classification:
345619, 345629, 345630, 345632, 345633
Abstract:
A 3D surface wound, injury, and personal protective equipment (PPE) data entry system provides an easily usable graphical user interface through which an examiner can objectively record data relating to surface wounds and injuries sustained by a subject human, as well as PPE used when the wounds/injuries were sustained. The system includes a 3D human model onto which the examiner draws the surface wound(s) and/or damage to the PPE. The subject human's record is stored in a database of similar records. The database records comprise quantifiable, objective data that is easily compared and analyzed. An analysis tool can aggregate a selected population of human subjects within the database to create wound density information that can be statistically analyzed and/or displayed on a standard 3D human model. Such objective wound density information may facilitate improved medical and/or tactical training, and improved PPE design.
Method And Apparatus For Collecting And Analyzing Surface Wound Data
US Patent:
2008009, Apr 24, 2008
Filed:
Jun 1, 2007
Appl. No.:
11/756884
Inventors:
Howard Champion - Annapolis MD, US
Paul Sherman - Seattle WA, US
Mary Lawnick - Olney MD, US
Paul Cashman - North Reading MA, US
Harald Scheirich - Washington DC, US
Timothy Kelliher - Scotia NY, US
Paul Sherman - Seattle WA, US
Mary Lawnick - Olney MD, US
Paul Cashman - North Reading MA, US
Harald Scheirich - Washington DC, US
Timothy Kelliher - Scotia NY, US
Assignee:
SimQuest LLC - Silver Spring MD
International Classification:
G06F 3/048
US Classification:
715771000
Abstract:
A 3D surface wound, injury, and personal protective equipment (PPE) data entry system provides an easily usable graphical user interface through which an examiner can objectively record data relating to surface wounds and injuries sustained by a subject human, as well as PPE used when the wounds/injuries were sustained. The system includes a 3D human model onto which the examiner draws the surface wound(s) and/or damage to the PPE. The subject human's record is stored in a database of similar records. The database records comprise quantifiable, objective data that is easily compared and analyzed. An analysis tool can aggregate a selected population of human subjects within the database to create wound density information that can be statistically analyzed and/or displayed on a standard 3D human model. Such objective wound density information may facilitate improved medical and/or tactical training, and improved PPE design.
Limb Hemorrhage Trauma Simulator
US Patent:
2009001, Jan 8, 2009
Filed:
Apr 2, 2007
Appl. No.:
11/695444
Inventors:
Dwight MEGLAN - Westwood MA, US
Robert Waddington - Silver Spring MD, US
Marjorie Moreau - Arlington VA, US
Paul Sherman - Seattle WA, US
Howard Champion - Annapolis MD, US
Robert Waddington - Silver Spring MD, US
Marjorie Moreau - Arlington VA, US
Paul Sherman - Seattle WA, US
Howard Champion - Annapolis MD, US
Assignee:
SimQuest LLC - Silver Spring MD
International Classification:
G09B 23/30
US Classification:
434268
Abstract:
A limb hemorrhage trauma simulator provides didactic and hands-on training for the prehospital treatment of a limb trauma victim. The simulator realistically simulates a wounded limb, providing simulated pulse and hemorrhage blood flow. The simulator provides a simulated scenario in which the wound occurred. The student then responds to the scenario by treating the limb via direct pressure, tourniquet, and/or wound analysis. The simulator modifies hemorrhage blood flow and pulse in response to direct or tourniquet pressure applied to the limb. The simulator records the student's actions to provide feedback and grade the student's response.
Interactive Simulation Of Biological Tissue
US Patent:
2010017, Jul 15, 2010
Filed:
Jan 14, 2010
Appl. No.:
12/687648
Inventors:
Dwight Meglan - Westwood MA, US
Albert Dvornik - Somerville MA, US
Julien Lenoir - Roellecourt, FR
Paul S. Sherman - Seattle WA, US
Albert Dvornik - Somerville MA, US
Julien Lenoir - Roellecourt, FR
Paul S. Sherman - Seattle WA, US
Assignee:
SimQuest LLC - Silver Spring MD
International Classification:
G09B 23/30, G06G 7/60, G06F 3/01, G06F 9/30, G06F 9/46
US Classification:
434267, 703 11, 703 9, 715702, 712203, 712E09016, 718107
Abstract:
A simulator simulates interaction between a surgical tool and biological tissue, providing real time visual and/or haptic feedback. The simulator receives tool input device information representative of a user's movement of a physical tool. The simulator simulates, based on the tool input device information, an interaction between the simulated tool and simulated biological tissue. The simulator uses multiple computational threads, some of which provide their calculations to interrelated threads for use. The simulator displays a visual representation of the simulated interaction between the simulated tool and the simulated biological tissue and provides haptic feedback to the user. The threads may operate asynchronously and have different spatial and/or temporal resolutions. Threads may be selectively activated and deactivated. Threads may move their spatial coverage.