T. W. Sawyer

This study uses spatial protein profiling to identify tissue-specific neuro-immune signatures in GEP-NETs, showing that duodenal gastrinomas express immune and pro-inflammatory factors that influence neuroendocrine traits.

This study combines somatostatin receptor imaging and multiphoton microscopy to improve the localization of pancreatic neuroendocrine tumors.

This study shows that specific MEN1 mutations destabilize menin, reducing its tumor-suppressive function and leading to neuroendocrine tumor development.

This paper designs and tests a miniaturized fluorescence imaging probe for detecting gastrointestinal tumors using exogenous contrast agents.

This study uses backscattering Mueller Matrix polarimetry to map microstructural orientation features in whole brain specimens, showing promise for validating dMRI results in both gray and white matter.

This study uses multiphoton microscopy to distinguish duodenal gastrinomas from normal tissue using autofluorescence and SHG signals, achieving high classification accuracy.

This study shows that inactivating Men1 in glial cells leads to neuroendocrine differentiation and tumorigenesis, exploiting glial plasticity.