Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins

Summary

Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins is a master's thesis^[1].

Key Facts

• Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins authored Rossana Scavone^[2].
• Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins's instance of is recorded as master's thesis^[3].
• Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins's instance of is recorded as written work^[4].
• Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins's OCLC number is recorded as 1117715026^[5].
• Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins's language of work or name is recorded as English^[6].
• +2019-00-00T00:00:00Z marks the founding of Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins^[7].
• Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins's work available at URL is recorded as http://hdl.handle.net/1773/44087^[8].
• Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins's number of pages is recorded as {'unit': 'http://www.wikidata.org/entity/Q1069725', 'amount': '+25'}^[9].
• Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins's number of pages is recorded as {'unit': 'http://www.wikidata.org/entity/Q56761382', 'amount': '+2'}^[10].
• Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins's Handle ID is recorded as 1773/44087^[11].
• Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins's title is recorded as Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins^[12].
• Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins's thesis submitted to is recorded as University of Washington^[13].
• Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins's on focus list of Wikimedia project is recorded as WikiProject PCC Wikidata Pilot/University of Washington^[14].
• Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins's thesis committee member is recorded as Cole A. DeForest^[15].

Body

Designation and Status

Recorded instance of include master's thesis^[3] and written work^[4].

History and Context

+2019-00-00T00:00:00Z marks the founding of Expanded Tunability of Dynamic Hydrogel Stiffness Using Engineered Photoresponsive Proteins^[7].