Rizia Bardhan
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Novel, ‘multiplexed’ diagnosis may better identify candidates for cancer immunotherapy
A Vanderbilt engineering researcher has shown that combining an enhanced vibrational spectroscopy technique with tagged gold nanostructures can detect important tumor immunomarkers – a significant step toward predicting which patients would benefit from immunotherapy. The study by Rizia Bardhan, assistant professor of chemical and biomolecular engineering, involved breast tumors… Read MoreAug. 26, 2018
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Bardhan awarded prestigious career development grant for melanoma research
A Vanderbilt engineering researcher has shown that combining an enhanced vibrational spectroscopy technique with tagged gold nanostructures can detect important tumor immunomarkers – a significant step toward predicting which patients would benefit from immunotherapy. The study by Rizia Bardhan, assistant professor of chemical and biomolecular engineering, involved breast tumors… Read MoreMar. 23, 2018
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Size matters in nanocrystals’ ability to adsorb/release gases
A Vanderbilt engineering researcher has shown that combining an enhanced vibrational spectroscopy technique with tagged gold nanostructures can detect important tumor immunomarkers – a significant step toward predicting which patients would benefit from immunotherapy. The study by Rizia Bardhan, assistant professor of chemical and biomolecular engineering, involved breast tumors… Read MoreAug. 6, 2013
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New faculty: Rizia Bardhan finds solutions at the nanoscale
A Vanderbilt engineering researcher has shown that combining an enhanced vibrational spectroscopy technique with tagged gold nanostructures can detect important tumor immunomarkers – a significant step toward predicting which patients would benefit from immunotherapy. The study by Rizia Bardhan, assistant professor of chemical and biomolecular engineering, involved breast tumors… Read MoreDec. 11, 2012