Rate My Professor Nanette Schleich

Schleich has co-authored numerous peer-reviewed publications advancing dosimetry, spectral CT, and imaging techniques. Key works include 'Molecular imaging of pulmonary tuberculosis in an ex-vivo mouse model using spectral photon-counting computed tomography and micro-CT' (IEEE Access, 2021), 'Assessment of material identification errors, image quality, and radiation doses using small animal spectral photon-counting CT' (IEEE Transactions on Radiation & Plasma Medical Sciences, 2021), 'Interactive image segmentation of MARS datasets using bag of features' (IEEE Transactions on Radiation & Plasma Medical Sciences, 2021), 'CT dosimetry at the Australian Synchrotron for 25–100 keV photons and 35–160 mm-diameter biological specimens' (Journal of Synchrotron Radiation, 2019), 'Measuring identification and quantification errors in spectral CT material decomposition' (Applied Sciences, 2018), and 'Beam profile assessment in spectral CT scanners' (2018). Her contributions extend to the MARS spectral CT project, synchrotron CT dosimetry, and studies on material decomposition, artefact reduction in implants, and molecular imaging applications such as tuberculosis detection and atherosclerotic plaque characterization. She has received funding from University of Otago Research Grant (2016) and Wellington Dean's Equipment Grant (2018). Schleich has supervised doctoral research and participated in synchrotron experiments at the Australian Synchrotron.