I received the Best Thesis award from my graduate program.
My latest manuscript uses model-free analysis of echo-planar spectroscopic imaging to show that fitting data to common biophysical models lowers myelin classification performance.
I have been hired as a Machine Learning Intern at Waters Corporation, where I will be developing python web apps for mass spectrometry imaging.
I successfully defended my thesis entitled "Multi-modal validation of MR microstructure imaging in the mouse brain.
My new manuscript uses graph theory and optical tracer imaging to show that many properties of structural mouse brain networks measured with diffusion MRI can be largely explained through their spatial embedding alone, revealing geometric biases in diffusion tractography.
Our figure displaying spatial registration results between microCT and diffusion MRI is featured on the August 2021 cover.
The article focuses on our imaging pipeline connecting MRI to electron microscopy in the same sample using synchrotron microCT.
I have been hired as a Machine Learning Intern at Waters Corporation, where I will be developing python web apps for mass spectrometry imaging.
Our new manuscript describing a multi-modal microstructural imaging pipeline was published in NeuroImage.
My new paper was just published in Magnetic Resonance in Medicine. It demonstrates a processing pipeline to validate diffusion MRI with microCT.
My talk was entitled "Synchrotron microCT tractography connectomics: comparison with diffusion MRI and neural tracer injections".
I was invited to give a talk to the department entitled "Multi-modal validation of diffusion MRI tractography".
I have been awarded a fellowship for my thesis project entitled "A novel multi-modal, multi-scale imaging pipeline for the validation of diffusion MRI of the brain".
My talk was entitled "X-ray microcomputed tomography as a natively isotropic, nondestructive, 3D validation dataset for diffusion MRI".
I attended the conference with a poster presentation called "Towards whole-brain validation of diffusion MRI fiber-orientation distributions with x-ray microcomputed tomography".