Projects

• Whole-body quantitative (parametric) PET/CT imaging

  Translate the concept of dynamic imaging to routine clinical usage.

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• Quantitative Imaging Methods for Targeted Radionuclide Therapy (TRT)

  Develop and validate improved quantitative imaging methods aimed at dosimetry for targeted radionuclide therapy (TRT).

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• Dual Isotope SPECT Imaging Technique

  Develop reconstruction and acquisition techniques that allow simultaneous acquisition of projections from two radionuclides and provide reconstructed SPECT images representing the activity distribution of each.

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• Texture and shape analysis (radiomics), and radiogenomics, as applied to medical imaging (SPECT/PET)

  Quantification paradigm that utilizes comprehensive shape and texture analysis to quantify uptake alterations with Parkinson’s disease

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• Optical and photoacoustic imaging through the intact brain for in vivo assessment of brain network activity

  Funded by the NIH BRAIN initiative grant, we seek to develop a noninvasive system that would use light- and sound-emitting dyes to measure brain activity in three dimensions, along with software to analyze the resulting information.

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• Compressive Ultrahigh-speed Continuous Imaging

  Broadband laser pulses and fiber optic dispersion processing can be used to temporarily encode laser pulses with a random sequence.

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• Magnetic Resonance Tissue Contrast Synthesis

  This project is developing image synthesis techniques that recover images with both the desired tissue contrast and a normalized intensity.

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