Cellular and microvascular tissue response to implants

Agency: National Institute of Health (NIH)
Institute: National Institute of Biomedical Imaging and Bioengineering (NIBIB)
Type: Research Project (R01)
Project #: 1R01EB000823-01
Application #: 6674193
Study Section: Special Emphasis Panel (ZRG1)


NIH 2006 R01 EB	Anti-Inflamatory Coatings for Biomaterials Frangos, John A. / La Jolla Institute	$862,315
NIH 2005 R01 EB	Anti-Inflamatory Coatings for Biomaterials Frangos, John A. / La Jolla Institute	$880,533
NIH 2004 R01 EB	Anti-Inflamatory Coatings for Biomaterials Frangos, John A. / La Jolla Institute	$862,873
NIH 2003 R01 EB	Anti-Inflamatory Coatings for Biomaterials Frangos, John A. / La Jolla Institute	$865,569
NIH 2002 R01 EB	Anti-Inflamatory Coatings for Biomaterials Frangos, John A. / La Jolla Institute	$881,179
NIH 2002 R01 EB	Molecular mechanisms of action Frangos, John A. / La Jolla Institute
NIH 2002 R01 EB	Fabrication of materials and surface characterization McKittrick, Joanna / La Jolla Institute
NIH 2002 R01 EB	Cellular and microvascular tissue response to implants Intaglietta, Marcos / La Jolla Institute
NIH 2002 R01 EB	Mitigation of strain-induced inflammatory response Bjursten, Lars M. / La Jolla Institute
NIH 2002 R01 EB	Applications with industrial partners Frangos, John A. / La Jolla Institute

Contreras, Ramiro; Sahlin, Herman; Frangos, John A (2007) Titanate biomaterials with enhanced antiinflammatory properties. J Biomed Mater Res A 80:480-5

Sahlin, Herman; Contreras, Ramiro; Gaskill, Daniel F et al. (2006) Anti-inflammatory properties of micropatterned titanium coatings. J Biomed Mater Res A 77:43-9

Suzuki, Richard; Muyco, Julie; McKittrick, Joanna et al. (2003) Reactive oxygen species inhibited by titanium oxide coatings. J Biomed Mater Res A 66:396-402