We have developed a hyperspectral imaging (HSI) system based on a single pixel camera design to detect differences in tissue properties based on the optical reflectance and autofluorescence spectra of the tissue. The long-term goal of this project...
We have developed a hyperspectral imaging (HSI) system based on a single pixel camera design to detect differences in tissue properties based on the optical reflectance and autofluorescence spectra of the tissue. The long-term goal of this project...
We have developed a hyperspectral imaging (HSI) system based on a single pixel camera design to detect differences in tissue properties based on the optical reflectance and autofluorescence spectra of the tissue. The long-term goal of this project...
We are developing a real-time infrared imaging technique, Enhanced Thermal Imaging(ETI), that can detect blood vessels embedded in tissue and assess tissue perfusion. ETI is a combination of standard thermal imaging (8 - 10 μm) and selective heati...
We have developed a new processing method, light-assisted drying (LAD), to create an amorphous trehalose matrix for the stabilization and storage of proteins. A challenge in the development of protein-based assays and therapeutics is preserving th...
We have developed a new processing method, light-assisted drying (LAD), to create an amorphous trehalose matrix for the stabilization and storage of proteins. A challenge in the development of protein-based assays and therapeutics is preserving th...
Protein-based products have been developed to treat a range of conditions and are used in vaccines and assays. A challenge in the development of these products is maintaining the protein in the folded state during processing and storage. The most ...
The goal of this study is to develop an enhanced mid-IR imaging modality for mapping vascular structures. This imaging technique is intended for real-time use by medical professionals during surgical procedures such as tumor removal and vascular m...
The goal of this study is to develop an enhanced mid-IR imaging modality for mapping vascular structures. This imaging technique is intended for real-time use by medical professionals during surgical procedures such as tumor removal and vascular m...
The goal of this study is to develop an enhanced mid-IR imaging modality for mapping vascular structures. This imaging technique is intended for real-time use by medical professionals during surgical procedures such as tumor removal and vascular m...
Cold storage can be challenging and expensive for the transportation and storage of biologics. We are developing a new processing technique, light-assisted drying (LAD), to prepare biologics for anhydrous storage in a trehalose amorphous solid mat...
