MR. THOMAS CHRISTIAN LONG, L.M.P.
Massage Therapy at 12 Ave, Seattle, WA
License number
Washington MA00025290
Category
Restorative Service Providers
Type
Massage Therapist
Address
Address
1605 12Th Ave, Seattle, WA 98122
Phone
(206) 375-9771
Professional information
Independent Utilities Professional
Location:
Greater Seattle Area
Industry:
Utilities
Work:
PG&E
1970 - 2000
-
VP
Training Specialist At The Wackenhut Corporation
Position:
Training Specialist at The Wackenhut Corporation
Location:
Greater Seattle Area
Industry:
Security and Investigations
Work:
The Wackenhut Corporation
-
Training Specialist
Independent Security And Investigations Professional
Location:
Greater Seattle Area
Industry:
Security and Investigations
Thomas Christian Long, Seattle WA
Specialties:
Massage Therapist
Address:
1605 12Th Ave, Seattle, WA 98122
Thomas C Long, Seattle WA - LMP
Specialties:
Massage Therapy
Address:
1605 12Th Ave, Seattle 98122
(206) 375-9771 (Phone)
(206) 375-9771 (Phone)
Languages:
English
Adaptive Tissue Engineering Scaffold
US Patent:
2011025, Oct 20, 2011
Filed:
Apr 20, 2011
Appl. No.:
13/090999
Inventors:
Anna Galperin - Seattle WA, US
Thomas Joseph Long - Seattle WA, US
Buddy D. Ratner - Seattle WA, US
Thomas Joseph Long - Seattle WA, US
Buddy D. Ratner - Seattle WA, US
Assignee:
The University of Washington through its Center for Commercialization - Seattle WA
International Classification:
C12N 5/071, C12N 5/0735, C12N 5/0775, C12N 5/0786, C08J 9/00, C08J 9/26
US Classification:
435396, 521149, 521 61, 521 505
Abstract:
The embodiments described herein include porous scaffolds formed from a stimuli-responsive polymer. The stimuli-responsive polymer of the scaffold creates a “smart” scaffold that changes properties in response to an effective stimulus applied to the stimuli-responsive polymer. In a preferred embodiment, an effective stimulus applied to the scaffold initiates a phase transition event in the stimuli-responsive polymer that results in a change in the volume of the pores of the scaffold. The scaffolds can be used to capture appropriately sized objects (e.g., cells) by using the volume-change properties of the pores. Relatedly, the scaffolds can be used as tissue-engineering scaffolds by capturing cells in the pores and introducing the cell-loaded scaffold into a cell-growth environment (e.g., in vivo).
Thomas Long - Seattle, WA
Education:
UW
WSU in Education
WSU in Education