Pilot Proposals Call: 2017-2018
Pilot research subprojects have been a successful component of our COBRE introduced in Phase II. This program brought on board new investigators and new ideas to the Center. In Phase III, Pilot Research Projects are an integral part of the Biomaterials COBRE. Competition for pilot research project funding will be announced annually. Call for proposals will be posted on this website and distributed to the University community through the Research Office website. Stay tuned for call for proposals for years 4-5.
Pilot Research Projects Funded in COBRE Phase III.
|
Year |
Pilot/Bridge Research Subproject |
Faculty |
|
2014-2016 |
Perfusion driven angiogenesis in a microfluidic biomaterial |
J. Gleghorn |
|
2014-2016 |
Computational Design of Polymer-Polypetide Based Biomaterials for Delivery |
A. Jayaraman |
|
2014-2016 |
TeNA-aptamer hydrogels for bio-responsive drug delivery |
C. Kloxin |
|
2014-2016 |
Pathogen-derived biosensors for detection of phosphoinositides in mammalian cells |
R. Neunuebel |
|
2016-2017 |
Collagen-based targeting for improved treatments of musculoskeletal pathologies |
K. Kiick, C. Price |
|
2016-2017 |
Neuroscience Animal Behavior Testing Core (NABT) | R. Duncan |
Pilot and Bridge Subprojects Funded in COBRE Phase II.
|
Year |
Pilot/Bridge Research Subproject |
Faculty |
|
2010 |
The Tetrazine Ligation for the Incorporation of F-18 Probes in to avB3 Integrin Binding Biomaterials |
J. Fox |
|
2011 |
Protein Crosslinked Hydrogels |
J. Koh |
|
2012 |
High-Throughput Rheological Screening of Emerging Biomaterials |
E. Furst |
|
2012 |
Biomaterials for Neuronal Reprogramming |
D. Colby, A. Kloxin |
|
2012 |
Efficient Preparation of Glycopeptides via Glycosylation of Alkynyl Residues |
M. Watson |
|
2012 |
Bio-Electrode Functionalization Using Aryldiazonium Chemistry |
D. Watson, J. Rosenthal |
|
2012 |
Patterning Surfaces Using Engineered Proteins |
J. Fox, R. Mehl |
|
2012 |
Elastomeric Polymers with Defined Molecular Architecture and Tunable Biological Functions |
X. Jia |
|
2012 |
Electrospinning of a Novel Block Copolymer for Tissue Engineering Applications |
J. Rabolt |
|
2012 |
An Injectable Hydrogel Approach for Direct Drug Delivery to Medulloblastoma |
D. Pochan |
|
2012 |
Beta-Hairpin Hydrogels for Liver Tissue Regeneration Studies |
D. Pochan, R. Sikes |
|
2012 |
Elastomeric Tunable Polymer Architectures for Tissue Engineering |
K. Kiick, R. Aikins |