null John Kildea, M.Sc., PhD
neutron-induced carcinogenesis • radiation oncology knowledge sharing • patient portals • patient empowerment • healthcare software development
My research focuses on the application of physics and informatics to cancer and healthcare research. I lead three distinct research groups. The first, Neutron-Induced Carcinogenic Effects (NICE), studies the production and toxicity of non-therapeutic neutrons in radiotherapy. This fundamental physics and radiobiology research involves Monte Carlo modelling and radiation detection. It is carried out with collaborators in government and industry. The second group, Radiation Oncology Knowledge Sharing (ROKS), is a translational research initiative that aims to improve the outcomes of radiation oncology patients by learning from data. The third group is known as the Opal Health Informatics Group (O-HIG), which I co-lead with Dr. Tarek Hijal and co-founded with Dr. Hijal and the late Prof. Laurie Hendren from Computer Science at McGill University. The O-HIG is the team behind Opal, an award-winning patient portal that provides patients with their healthcare data, collects patient-reported outcomes from them, and provides patients and clinicians with a virtual waiting room.
L. Montgomery* et al. “A novel MLEM stopping criterion for unfolding neutron fluence spectra in radiation therapy”, NIMA (2020), doi.org/10.1016/j.nima.2020.163400.
J. Kildea, et al. “Design and development of a person-centered patient portal using participatory stakeholder co-design”, JMIR, (2019), doi.org/10.2196/11371.
L. Montgomery* et al. “The effect of the flattening filter on photoneutron production at 10 MV in the Varian TrueBeam linear accelerator.” Medical physics (2018), doi.org/10.1002/mp.13148.
L. Montgomery*, et al. “Development and implementation of a radiation therapy incident learning system compatible with local workflow and a national taxonomy.” Journal of applied clinical medical physics 19.1 (2018): 259-270.
R. Maglieri*, et al. “A nested neutron spectrometer to measure neutron spectra in radiotherapy”. Medical Physics, 42(11):6162-6169, 2015.