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Project Contributions

Project: IGERT: Physical & Biomolecular Foundations for Designing...

Johns Hopkins University

This project has 33 site contributions.

Title Category Type Posted At
Biomedical applications of nanowires Showcase Highlight 11/21/11
Trainee characterizes kinetics Showcase Achievement 10/24/11
Trainee completes core courses Showcase Achievement 10/24/11
Tumor growth model Showcase Achievement 10/24/11
Collaboration amongst advisors Showcase Achievement 10/24/11
Trainee awarded EAPSI fellowship Showcase Achievement 10/24/11
2011 Nobel Laureates meeting Showcase Achievement 10/24/11
A novel therapeutic target for treating heart disease NSF IGERT 2011 Online Poster Competition Poster 03/30/11
Endothelial Cells Showcase Highlight 11/28/10
iPS cells differentiate Showcase Highlight 11/28/10
Anti-angiogenic peptides in breast cancer Showcase Achievement 10/13/10
Cell shape could be disease marker Showcase Achievement 10/13/10
Trainee applies for patent Showcase Achievement 10/13/10
Trainee awarded summer internship in Belgium Showcase Achievement 10/13/10
Cohort learns necessary skills Showcase Achievement 10/13/10
Trainees produce research tutorial videos Showcase Achievement 10/13/10
IGERT critical to work on Quantum Dots Showcase Achievement 10/13/10
Possible new technology for diagnosing melanoma Showcase Achievement 10/13/10
Complex networked systems Showcase Achievement 03/24/10
Trainee featured in NanoBio article Showcase Achievement 03/24/10
Actic cap as major regulator of nuclear shape Showcase Achievement 03/24/10
Trainee receives NSF Graduate Research Fellowship Showcase Achievement 03/24/10
Trainees use journal club to educate each other Showcase Achievement 03/24/10
IGERT trainees make significant progress in research Showcase Achievement 03/24/10
Training students to speak to nontechnical audiences Showcase Achievement 03/24/10
Biometric cell membrane research Showcase Achievement 03/24/10
Role of patchy surfaces in cellular adhesion events Showcase Achievement 03/24/10
Utilizing micropatterning and microfluidics technology to elucidate receptor-ligand binding kinetic parameters Showcase Highlight 12/02/09
Using Quantum Dot Blinking on Cell Surfaces Showcase Highlight 12/02/09
Peptide-based nanowires Showcase Highlight 12/02/09
Complex Nonlinear Networks Showcase Highlight 12/02/09
Novel Methodology to Identify New Endogenous Antiangiogenic Peptides Showcase Highlight 02/16/09
New Screen to Test Function of Neuronal microRNAs Showcase Highlight 02/16/09