Srivalleesha Mallidi

This study uses dual-modality imaging to assess therapy-induced changes in tumor vascular function and oxygenation, revealing spatial heterogeneity in response to photodynamic therapy.

This study compares the photoacoustic and fluorescence imaging of a cetuximab-IRDye800 conjugate in tumors, showing distinct temporal dynamics with PA signals peaking early and fluorescence increasing steadily.

This study demonstrates real-time monitoring of oxygen utilization during photodynamic therapy using ultrasound-guided photoacoustic imaging in murine tumor models.

This study shows that oxygen-releasing nanodroplets reduce hypoxia in head and neck cancer spheroids by delivering oxygen and a photosensitizer, improving therapeutic outcomes.

This study uses macroscopic photoacoustic imaging to analyze vascular regional changes in pancreatic xenografts during anti-angiogenic therapy, identifying differential responses through vascular regional analysis.

PHANTOM is a MATLAB toolkit for fluence-compensation in photoacoustic imaging, validated with phantoms and preclinical models.

This paper introduces a multimodal imaging technique combining ultrasound, photoacoustic, and acoustic radiation force impulse imaging to characterize tissue-engineered scaffolds and monitor cell growth and biomechanical properties.