Multi-Modal Molecular Imaging Agents
Contrast Enhanced Spectroscopic Detection of Oral Cancer Spectroscopic Dye-Based Localization of Sentinel Nodes Lanthanide Chelate Multi-modal Molecular Imaging Agents NIR Agents for Enhanced Breast Cancer Imaging (Under Review) Time-Resolved Laser-Induced Fluorescence for Intraoperative Brain Tumor Identification Fluorescent Chelates as Visual Tissue Imaging Agents Multi-Modal Imaging for Glioma and Various Other Tissues
Contrast Enhanced Spectroscopic Detection of Oral Cancer
Spectroscopic Dye-Based Localization of Sentinel Nodes
Lanthanide Chelate Multi-modal Molecular Imaging Agents
NIR Agents for Enhanced Breast Cancer Imaging (Under Review)
Time-Resolved Laser-Induced Fluorescence for Intraoperative Brain Tumor Identification
Fluorescent Chelates as Visual Tissue Imaging Agents
Summary of a few of the Bornhop Research Group Accomplishments in Molecular Imaging
Micro-Fluidics and Nanosensing
On-Chip Interferometry MIBD for Capillary-Scale Universal and Polarimetric Detection Chemical Bonding Investigations by Micro-Interferometry On-Chip Backscattering Interferometry for Space-Based Biosensing and Diagnostics On-Chip Detection of Proteins by MIBD C&E News Citation on Microscale Polarimetry (PDF)
On-Chip Interferometry
MIBD for Capillary-Scale Universal and Polarimetric Detection
Chemical Bonding Investigations by Micro-Interferometry
On-Chip Backscattering Interferometry for Space-Based Biosensing and Diagnostics
On-Chip Detection of Proteins by MIBD
C&E News Citation on Microscale Polarimetry (PDF)
Summary of a few of the Bornhop Research Group Accomplishments in Micro-Fluidics and Nanosensing
Bornhop Research Group dr. bornhop - about the group - projects - opportunities - links - contact us - apply - vanderbilt dept. of chemistry
Vanderbilt University Department of Chemistry © 2005 Vanderbilt University
