This project will upgrade the Climate and Infrastructure Forensic Analysis System (CIFAS), originally developed to characterize snow- and permafrost-related impacts to ground transportation and mine access roads in the Canadian North. My first objective is to enhance the analytical capacity of CIFAS by improving its ability to quantify uncertainties associated with empirical knowledge used to causally connect infrastructure service levels with climate-induced disturbances, as well as with climate projections from climate models.
Major depression (MDD) is a chronic psychiatric disorder. The aim of this project is to examine the link between specific molecular alterations and neuropathology in the brain in patients with MDD. We will use post-mortem brains that were collected by the Sao Paulo autopsy service. More specifically, oxidative modifications to proteins and lipids, and levels of neurotrophins, which are necessary for the survival of neurons and glial cells, will be measured and correlated with markers of neurodegeneration.
Since 1991 SMART Technologies has infused classrooms around the world with powerful interactive technologies, principally the “SMART Board” which sets a standard for interactive whiteboards. The SMART Board has been featured in many innovative designs for learning and instruction - some coming from academic research, and many from classroom teachers as they integrate touch boards into their own instructional practice.
This research project investigates public and private investment ideas and strategies for local culture and heritage projects, with an emphasis on lessons for Toronto, Canada. The study will identify emerging trends and developments in the areas of urban planning, heritage preservation, cultural investment and local governance. The research will be based on current thinking from academic literature, public policy, professional expertise, and first-hand accounts of those working in the philanthropic and charitable giving sectors.
Traditional static authentication systems have a fundamental deficiency; it assumes the presence of the validated user through the length of the session. Continuous authentication algorithms periodically validate the identity of a user during the entire session. It relies on information that can be automatically extracted from the user such as biometrics and behavior patterns. A probabilistic approach can naturally model the noise and latent variables present in the data. The probabilistic output of such models is a confidence value.
The aim of the project is to develop molecules capable of treating cancer. Currently, chemotherapeutics used in the clinic kill cancer as well as healthy cells; this broad mechanism of action results in high toxicity to the patient. In contrast, our approach is to generate a targeted therapeutic that will work against STAT5, a specific protein which is overexpressed in breast cancer. This approach will limit the toxicity associated with currently used treatments.
The project relates to the fabrication of polymeric devices capable of mimicking that of live human tissue under x-ray computed tomographic (CT) imaging. These devices must be fabricated in such a way that specific material properties are controlled to thereby precisely mimic the desired tissue. The work following this will benefit the partner organization as they will be able to optimize CT imaging conditions by means of precise tissue mimicking polymeric devices.
This research will be looking at the effectiveness of improving silicon purity by the method of “slagging” and “solvent refining” to eventually get solar grade silicon. The most difficult elements to remove are phosphorus and boron so these will be closely monitored during purification processes. There will be two slags investigated, one of which was developed by Process Research ORTECH (PRO), and the effectiveness of the slag to remove boron and phosphorus will be examined.
Bleeding following traumatic injury is the leading cause of early cause of death. Currently these patients are treated based on the results of time consuming laboratory tests resulting in inappropriate usage of blood products and poor survival rates. Rapid recognition of defects in clotting mechanism is necessary to stop bleeding in trauma patients.
Through this research project I would like to explore the role of science museums in fostering engagement with science and technology, particularly, when controversial issues are at play (e.g. reproductive technologies, renewable energies, genetically modified food). It will focus on the ways in which museums exhibits communicate with visitors and, also, on the ways visitors create meanings during their visit. I am planning to study and to compare two controversial science exhibits, one in Canada and one in Brazil.