York research examines complexities of sight

eye wide

Andrew Eckford and Gene Cheung, associate professors in the Electrical Engineering & Computer Science Department at the Lassonde School of Engineering, are developing a tool that can interpret the activity of cells involved in visual processes, enhancing our understanding of this complex biological system.

Whether we are admiring a beautiful landscape or watching an action-packed movie, our visual system is hard at work performing intricate biological functions that allow us to process and respond to visual information.

Andrew Eckford
Andrew Eckford

Understanding the intricacies of the visual system is key to advancing research in biology, biomedicine and computer vision. Moreover, this understanding can aid in developing strategies to address visual impairments in humans.

Eckford and Cheung’s research is focused on nerve tissue behind the eye known as the retina. The retina is responsible for receiving images and sending them to the brain for processing using ganglion cells.

Many researchers have hypothesized that each ganglion cell type is responsible for computing specific features in a visual scene. For example, some cells may focus on information about the texture of an object, while others may process movement in a particular direction.

“From a big-picture perspective, we are trying to gain a better understanding of the visual system and how the eye processes information,” says Eckford. “We developed a tool that can analyze a data set of ganglion cell activity and identify relationships and patterns to predict exactly what they are looking at.”

Gene Cheung
Gene Cheung

Eckford and Cheung, and their graduate student Yasaman Parhizkar, proposed a graph-based tool that uses mathematical operations to discover patterns within a data set and make useful predictions about trends among the data points.

The proposed tool was tested using visual data gathered from a novel experiment led by University of Chicago Professor Stephanie Palmer. During the experiment, a film about an aquatic environment was projected onto the retinas of salamanders. The scenes resembled their natural habitat – imagine cool waters, sea plants and the occasional swimming fish.

As the film played, data concerning the salamanders’ ganglion cell activity was collected. The graph-based tool was used to identify and interpret trends within the data set and link these patterns to specific visual features in the film.

“It’s really cool to be able to take a data set of cell activity and see if we can predict exactly what the eye is looking at,” says Eckford.

Not only did the tool exhibit the capacity to interpret patterns within the data set and make useful predictions, but it also surpassed the abilities of comparable algorithms.

“Our tool addressed many of the problems that other algorithms have,” says Parhizkar. “Ours is much more interpretable and less data hungry.”

The applications of this unique tool can also be extended far beyond the field of biology, to industries such as agriculture, for making predictions about crop yield. 

Learn more about this work in Eckford, Cheung (who is also a member of Conencted Minds) and Parhizkar’s recent publication.

Professor’s book explores health inequality in Canada

Health sign made of wood on a natural desk

A new third edition of the book About Canada: Health and Illness, written by York University health policy and management Professor Dennis Raphael, explores social determinants of well-being in Canada and provides updated information connecting health and illness to the worsening levels of inequality throughout the country.

Dennis Raphael
Dennis Raphael

In About Canada, Raphael – an expert in covering health inequality – argues that the inequitable distribution of the social determinants of health is structured by Canada’s political economy, including public policy decisions.

According to Raphael, and his book, while some common wisdom might dictate that our lifestyles – exercise, food choices and more – affect our health, the truth is altogether different. Instead, he says, it is how income and wealth, housing, education and adequate food are distributed, as well as employment status and working conditions, that determine whether we stay healthy or become ill. Furthermore, who gets to be healthy is too often a reflection of social inequalities that are associated with class, gender and race in Canadian society.

The new edition of About Canada points toward how – based on tent cities becoming more common, food bank use hitting record high levels and more – ongoing health inequalities have only escalated since the first edition of his book was released in 2010.

“The social determinants of health situation in Canada has become so problematic as to constitute a polycrisis whereby growing food and housing insecurity, income and wealth inequality, precarious and low-paid work, social exclusion and declining quality of public policy threaten Canadians’  futures,” says Raphael. “The declining Canadian scene not only compelled a documentation of this situation but also formulating a vision of dramatic reform or even transformation of our profit-driven economic system.”

In addition to updated information throughout the book that better reflects the current moment, a new chapter also considers the social determinants of who got sick and died from COVID-19, and how the pandemic makes a clear case for restructuring work and living conditions through public policy that more equitably distributes economic resources.

Raphael’s goal is for the latest edition of the book is to provide important context for readers. “Hopefully, the new edition will provide Canadians with a means of understanding the Canadian polycrisis and means of moving beyond it,” he says.

The third edition of the book will be published on May 2 and is available to purchase through Fernwood Publishing.

Prof receives funding recognizing emerging research leadership

ai_brain

Hossein Kassiri, an associate professor in the Electrical Engineering & Computer Science Department at York University’s Lassonde School of Engineering, was recently honoured with a prestigious Early Researcher Award (ERA) from the government of Ontario. He is the only researcher at York University to receive the award this year.

Hossein Kaassiri
Hossein Kassiri

The ERA recognizes rising stars in the initial stages of their research journeys who are leading impactful work. It looks to fuel innovation across Ontario by providing recipients with funding to help build teams of researchers supporting the future of innovation.

“This award is one of the most prestigious recognitions an academic can receive early in their career – it’s a great feeling to be acknowledged,” says Kassiri. “Receiving an ERA indicates that I’m headed in the right direction with my research.”

Kassiri plans to use his ERA funding to recruit talented graduate students who will help support his interdisciplinary research project spanning across disciplines from electrical engineering to neuroscience. His research focuses on the design and development of miniature brain implants that can help monitor, diagnose, and treat neurological disorders such as epilepsy and Alzheimer’s disease.

These small, powerful implants work wirelessly and do not require batteries. They can sense neuronal activities in different areas of the brain, process them using machine learning algorithms that are specifically tailored for each patient, and provide responsive feedback to the brain through electric or optical pulses.

“This award will provide the financial support necessary to hire more excellent researchers and advance the development of medical device technologies,” says Kassiri.

New CIHR Chair to advance Indigenous health research

Colorful bandaids

Professor Michael Rotondi of the School of Kinesiology & Health Science at York University was named an Applied Public Health Research Chair by the Canadian Institutes of Health Research (CIHR) and the Public Health Agency of Canada to further advance a career dedicated to supporting the priorities of local Indigenous communities.

Michael Rotondi
Michael Rotondi

Rotondi’s appointment on March 26 to the 2024 cohort of Applied Public Health Research Chairs means he will receive $1.15 million in funding over six years to build on over a decade of working in partnership with Indigenous community health service providers to develop and apply advanced statistical techniques to improve the health of First Nations, Inuit and Métis Peoples living in urban areas. Only 45 of these prestigious Chairs have been awarded since 2008, and Rotondi is the first professor at York to receive one and join the distinguished cohort.

“I am honoured to receive the award and humbled and grateful for the trust that the local Indigenous community partners and Elders have placed in me to help support their research and policy goals,” says Rotondi.

The Chair – titled Indigenous Health Counts: Combining Respondent-Driven Sampling, Partnerships and Training to Empower Urban Indigenous Communities – will advance several of Rotondi’s existing initiatives, including partnering with Statistics Canada to develop more accurate population counts of Indigenous Peoples living in cities and measuring the long-term impact of the COVID-19 pandemic on chronic health and mental health outcomes like diabetes, kidney disease, depression and anxiety in local, urban Indigenous populations. He will also look to co-create a health data training program to train the next generation of Indigenous researchers in data analysis techniques.

“Due to long-standing systemic barriers, there is a lack of quantitative health researchers who identify as Indigenous,” says Rotondi. “With the support of this program, we look forward to the near future when there is a substantial number of Indigenous peoples who have developed their expertise in data analysis and statistical methods and are able to share their own ‘data stories.’”

Building on Rotondi’s statistical expertise in respondent-driven sampling, his goal is to help address the lack of reliable health information for First Nations, Inuit and Métis Peoples in Canadian cities in order to identify and address large services gaps, and to advance the health and well-being of the local Indigenous community.

“I always see statistics as a tool to help, whether it is helping individuals, or entire communities. As an ally, my goal is to support the local Indigenous community to tell their own stories and help ensure they have the tools and information available to advocate for their needs,” says Rotondi.

In previous research, Rotondi and collaborators have determined that official census data vastly undercounts the local Indigenous population in Toronto, which leads to a critical inability to ensure the local Indigenous community receives appropriate health and social services. Rotondi and collaborators have also produced important data throughout the COVID-19 pandemic, providing one of the only sources of reliable data examining the rates of COVID-19 transmission and vaccination for Indigenous Peoples living in cities.

These studies have fallen under the Our Health Counts projects, which aim to create comprehensive health and wellness information for Indigenous Peoples living in urban areas, and have been developed in partnership with Well Living House and urban Indigenous service providers in six Ontario cities over 15 years.

His Chair program will continue to build on these community priorities. “I am excited to continue this work with the Indigenous community partners and local municipal, provincial and federal government agencies,” says Rotondi. “The results of this program will have substantial impact at the individual, community and policy levels.”

Connected Minds awards inaugural seed grants

connected minds banner

As part of its mission to further socially conscious emerging technologies, Connected Minds: Neural and Machine Systems for a Healthy, Just Society has issued its inaugural round of seed grants to projects overseen by professors at York University and partner Queen’s University.

In an era where artificial intelligence (AI) and technology profoundly shape society, guiding these advancements towards a healthier, more equitable future is crucial.

In that spirit, Connected Minds has now funded six projects spanning diverse research areas, goals and themes, to foster innovative research for societal good. 

The seed funding is part of the $105.7 million York University, in partnership with Queen’s University, received from the Canada First Research Excellence Fund, and it looks to further collaborative, transdisciplinary and exploratory research.

Connected Minds is especially committed to inclusivity, equity and community-centred research, reserving at least 20 per cent of its funding awards for Indigenous-led or community-guided projects – something that is reflected in its inaugural round of seed funding.

The York University recipients, and their projects, are:

Rebecca Caines, professor, School of the Arts, Media, Performance & Design

Rebecca Caines
Rebecca Caines

Caines’ project ­– titled “Towards Socially-Responsible ‘Transfer Learning’: Connecting Artists, Engineers, Neuroscientists and their Partners through Interdisciplinary Knowledge Mobilization” – will look at interdisciplinary collaboration. The project will build on Caines’ existing work, which often investigates the role of art and technology in social justice. It will consider how diverse knowledge bases – across disciplines – can help address societal changes through an emphasis on co-creation, ethical learning transfer and global collaboration. The research aims especially to foster inclusivity and collaboration with equity-deserving groups, particularly Indigenous communities.

Joseph DeSouza, professor, Faculty of Health

Joseph Desouza
Joseph DeSouza

DeSouza’s funded project, “The Intergenerational Healing Power of nêhiyawêwin (the Cree language),” will integrate Indigenous knowledge with neuroscience. Partnering with the organization the nêhiyawak language experience, it will explore what positive impact on holistic health can be observed in individuals who re/learn the Cree language on holistic health. In the process, the research aims to revitalize nêhiyawêwin, restore treaty obligations and foster healing within the nêhiyawak nation.

Michael Kalu, professor, Faculty of Health

Michael Kalu
Michael Kalu

Titled “Bridging Mobility Gaps: Co-designing Culturally Appropriate Mobility AI-Powered Wearable (CAMAiW) Tool for Black, Indigenous, and People of Color (BIPOC) Older Adults,” Kalu’s initiative aims to advance inclusive wearable devices. The project’s goal is to integrate speed, distance, location tracking and other health/social monitoring features within a single tool. With a commitment to inclusivity and socially ethical technologies, the project will iteratively work with BIPOC communities to co-create and test the device.

Terry Sachlos, professor, Lassonde School of Engineering

Terry Sachlos
Terry Sachlos

Sachlos’s inclusive initiative is titled “Increasing African, Caribbean, and Black Donor Representation in the Canadian Bone Marrow Stem Cell Registry through Community Engagement and Co-creation of Tissue Engineered Bone Marrow to Mitigate Critical Stem Cell Transplant Shortages.” It aims to engage with relevant community organizations and implement innovative biotechnology strategies to help dismantle barriers to health-care access and foster inclusivity towards a more equitable health-care system with a more representative bone marrow stem cell registry.

The Queen’s University recipients, and their projects, are:

Matthew Pan, professor, Faculty of Engineering & Applied Science at Queen’s University

Matthew Pan
Matthew Pan

Pan’s project, “Meta-Physical Theatre: Designing ‘Physical’ Interactions in ‘Virtual’ Reality Live Performances,” looks to enhance virtual reality experiences by integrating physical touch interactions through robotics and smart textiles, aiming to amplify immersivity.

Committed to equity and diversity, the team collaborates with arts organizations focused on racialization to foster inclusivity and develop best practices for cross-cultural sensitivity in virtual interactions.

Qingguo Li, professor, Faculty of Engineering & Applied Science at Queen’s University

Qingguo Li
Qingguo Li

Targeting health-care staff, Li’s project – “Exo-Sensory Augmentation to Reduce Musculoskeletal Injury Risk in Clinical Settings” – aims to mitigate injury risks, enhancing sensory awareness to improve task performance and prevent injuries. With inclusivity as a priority, the project endeavours to develop accessible wearable technology for clinicians of all backgrounds.


The announcement of Connected Minds’ inaugural seed funding marks the latest instance of the project’s ongoing progress throughout its first year – and beyond – which has included onboarding 14 research-enhanced hires, conferences and events, and new leadership with Pina D’Agostino.

Grant funds York-led household energy insecurity study

Bogota, Colombia historic centre

Godfred Boateng, an assistant professor in York University’s School of Global Health and Canada Research Chair in Global Health and Humanitarianism, has been awarded a grant by the Eunice Kennedy Shriver National Institute of Child Health & Human Development for a two-year project on household energy insecurity in Colombia.

Godfred Boateng
Godfred Boateng

Valued at $136,899, the grant will support the implementation of Boateng’s Household Energy Insecurity, Health and Sustainable Livelihoods in Colombia (HEINS) project – co-led by Diego Iván Lucumí Cuesta from the Universidad de Los Andes in Bogota, Colombia – between March 2024 and February 2026.

The HEINS study is a continuation of Boateng’s leading work in comprehensively measuring and understanding resource insecurity across the Global South, undertaken at the Global & Environmental Health Lab at York’s Dahdaleh Institute for Global Health Research as part of his mandate as a Tier 2 Canada Research Chair.

In deciding to study this topic, the York professor observed that measurement of energy insecurity has historically been limited to the macro level – representing a country or region – and has not been widely extended to the household level, particularly outside the Global North. He also noticed there has been little assessment of the relationship between household energy insecurity and health outcomes among women and children in the Global South. As a result, it is difficult to determine how inadequate access to clean and safe energy sources impacts women and children differently in the household. It also becomes difficult to propose strategies to ensure clean energy transitions that effectively target the needs of that demographic.  

Boateng’s HEINS project, which will be conducted in three municipalities in the Choco province of Colombia, will address these issues. It will use a mixed-methods approach to find out whether or not household energy insecurity uniquely impacts disease, socioeconomic and psychosocial outcomes. The project will also produce and validate a scale – one of the first of its kind in Latin America – that can be used to comprehensively assess the impact of household energy insecurity on women, infants and children.

“With this grant, my team and I will advance current scholarship on the adverse effects of household energy insecurity in Latin America,” said Boateng. “It will produce a novel instrument for identifying energy insecurity hotspots, which will serve as recruiting points for a longitudinal study that examines the effect of energy insecurity and indoor air pollution from conception through the first two years of life.”

Ultimately, the goal of the project is to generate scientific evidence to develop sound, scalable technologies and strategies to ensure equitable clean energy transitions across the Global South. Through this study, Boateng and the Global & Environmental Health Lab, in partnership with Lucumí Cuesta, will advance research that promotes equitable access, good health, human development and environmental sustainability.  

The future of disease diagnostics explored at Lassonde

A modern research hub at York University’s Lassonde School of Engineering is focusing on scientific innovation to transform the future of disease diagnostics.

Picture state-of-the-art technologies, busy researchers wearing white lab coats and futuristic, artificial intelligence-powered tools with capabilities beyond imagination. That is the Laboratory of Advanced Biotechnologies for Health Assessment (LAB-HA).

“LAB-HA’s mission is to develop wearable biomedical devices for early detection of burdensome diseases,” says Razieh (Neda) Salahandish, director of LAB-HA and assistant professor in the Department of Electrical Engineering & Computer Science.

Early detection of diseases plays a key role in improving patient outcomes and care. Unfortunately, many diseases are diagnosed through complex and invasive processes requiring expensive equipment and facilities. LAB-HA is committed to changing this reality by creating cost-effective, non-invasive and convenient solutions.

It does so through a wide-ranging approach. “Our work applies all kinds of scientific methods in a multidisciplinary approach to disease diagnostics,” says Salahandish. “There are many different scientific disciplines required to support our research. We have chemists and computer scientists working alongside electrical, software, computer and mechanical engineers.”

Professor Neda Salahandish and student researchers working in LAB-HA
Professor Neda Salahandish and student researchers working in LAB-HA

Researchers at LAB-HA include both undergraduate and graduate students who help lead and support complex research projects and activities, enhancing their academic experiences and technical skills.

Many of LAB-HA’s projects are also conducted in collaboration with leaders in the health science industry, including the University Health Network and St. Michael’s Hospital, as well as startup companies, elevating research impact and capabilities.

Among LAB-HA’s initiatives is a smart contact lenses project. With support by the Lassonde Innovation Fund, the lab is working with the Department of Mechanical Engineering to fabricate smart contact lenses – wearable devices that can non-invasively collect patients’ tears and examine the presence of biomarkers – to support the early detection of various eye diseases and improve patient outcomes.

In another project under review by the Alzheimer Society of Canada, LAB-HA is developing smart goggles that can help diagnose and monitor the progression of Alzheimer’s disease.

Though there is currently no gold-standard technique for clinical and non-invasive detection and monitoring of Alzheimer’s disease, electrical activity in the brain, which can be measured using an electroencephalogram (EEG) test, has been associated with the presence of the disease. Less-explored indicators of the disease include various representations of eye and iris movements, which can be examined using eye movement tracker cameras.

The clinical relevance of these eye movements, EEG signals and iris responses in Alzheimer’s disease will be determined in a first-of-its-kind biomarker discovery initiative establishing a correlation between Alzheimer’s disease and these features.

LAB-HA will use this knowledge to develop smart goggles with embedded cameras for eye tracking and iris response measurements as well as extended electrodes for scalp EEG acquisition. Results will be analyzed using machine learning methods and retrieved on a portable device like a mobile phone.

Another research initiative at LAB-HA, currently in its early stages, focuses on the development of wearable devices that detect inflammatory biomarkers associated with cancers and chronic inflammatory conditions. This work, funded by a Natural Sciences & Engineering Research Council of Canada Discovery Grant, has the potential to expedite chronic inflammation diagnoses, which are the root cause of many diseases. These research efforts can also help reduce the need for time-consuming investigational procedures.

Learn more about LAB-HA on the lab website.

Teaching Commons helps navigate difficult classroom conversations

Teacher speaking too students in class

To help instructors navigate sensitive issues and challenging classroom dynamics, the Teaching Commons has launched a new toolkit and series of professional development sessions focused on difficult moments and conversations in the classroom.

Nona Robinson
Nona Robinson

On March 14, the Teaching Commons will host the second of a series of workshops in partnership with Nona Robinson, vice-provost students. Titled “Effective Classroom Facilitation: Managing disruptions, addressing controversial topics and supporting equity-deserving students,” this virtual session will offer concrete tools, strategies and resources for facilitating productive conversations in the classroom.

“I’m always happy to work with faculty members on student support, inclusion, and preventing and managing conflict” says Robinson. “I know this can be a source of stress for many of us, and this is a great opportunity for colleagues to share experiences and helpful ideas.” 

The session accompanies a new Facilitating Dialogue and Challenging Conversations in the Classroom resource site, also referred to as a toolkit, housed on the Teaching Commons website. and led by educational developer Shani Kipang.

“One of the goals has been to help members of the University community revisit commonly used terms like ‘safety’ and ‘comfort,’ and to think critically and collaboratively about what it means and looks like to build accountable spaces,” says Kipang, who has worked with the Teaching Commons over the past year to support initiatives in decolonizing, equity, diversity and inclusion (DEDI).

The toolkit provides a range of resources to support productive dialogue and collaborative learning in the classroom. Included in it are topic-specific resources such as strategies for facilitating discussion, addressing harm and creating community guidelines.

Shani Kipang
Shani Kipang

“Our hope is to help instructors walk into the classroom with clear goals and responsive strategies, so students can be motivated to engage and have the sense that it will be worthwhile,” she explains. “We want to help instructors address unanticipated situations with intention, and to support meaningful and carefully guided opportunities for learners to engage with critical issues in ways that shape how they learn and work and interact in the world.”

Ameera Ali
Ameera Ali

In addition to the March 14 workshop, the Teaching Commons offers a variety of other opportunities to explore strategies for teaching in times of crisis and integrating DEDI-informed pedagogies. Among these are a workshop series on trauma-informed pedagogies and a DEDI community of practice – a space where teachers can come together to learn, share, and question a wide array of topics related to DEDI in teaching and learning.

In partnership with York’s Centre for Human Rights, Equity & Inclusion and faculty co-facilitators, these initiatives are led by Ameera Ali, an educational developer in the Teaching Commons with a portfolio focused on equity, diversity and inclusion.

“These offerings invite folks to come together to collectively reflect on and discuss various aspects of trauma, race, disability, gender, wellness, belonging and more,” she says. “And through this work, building understanding in these areas, we can better support meaningful dialogue and connection within the classroom.”

For more information on resources and upcoming sessions, visit the Teaching Commons website or contact them via email at teaching@yorku.ca.

Pilot program levels field for marginalized psychology students

Black student in life sciences lab

After identifying a glaring need to better support undergraduate students in psychology from historically under-represented groups, the Justice, Equity, Diversity & Inclusion Group within York University’s Department of Psychology developed the Research Experiences to Support Diversity & Inclusion (REDI) program, a pilot program providing marginalized and racialized students with low-barrier opportunities to gain experience in a psychology research lab.

To become a registered psychologist in Canada, students need to be accepted into a graduate program at a post-secondary institution. These programs are highly competitive, receiving hundreds of applicants each year and only accepting a very small percentage of them. Out of the students who get accepted each year, very few identify as Black, Indigenous or people of colour (BIPOC), first-generation students, 2SLGBTQIA+ or students with disabilities, leaving a gap between the population served and future researchers and clinicians.

One of the many requirements to these highly competitive graduate programs in psychology is that students must demonstrate robust extracurricular research experience at the undergraduate level. In psychology departments, there are a limited number of research labs, and the high number of students seeking research experience each year creates a competitive scenario. The demand often exceeds the available supply, making it challenging for students to secure these opportunities.

Jama Maxie
Jama Maxie

“BIPOC students such as myself face additional barriers to gain undergraduate research opportunities, such as limited time to volunteer in labs because of work or caregiver duties, lack of mentorship because of their first-generation student status, and racial prejudice due to having an ethnic-sounding name on their CV or being a person of colour,” said Jama Maxie, a final-year specialized honours psychology student of Indigenous and Afro-Black Canadian heritage who has plans to pursue a master’s in clinical psychology.

The issue of educational equity arises long before the graduate application process, as it is extremely difficult for historically under-represented students to gain the research experience needed to be considered for these competitive programs. York’s REDI program aims to fix this.

As part of the program, a centralized application and matching process is used to place student volunteers in available research labs. Priority is given to students from historically marginalized communities, recognizing the significant hurdles they face in accessing volunteer opportunities.

Once matched to a research lab, students gain first-hand experience with psychology research through observation, shadowing, scaffolding, mentorship and reflection. The program is designed to provide an experiential learning opportunity as opposed to a volunteer experience where the researchers are the primary beneficiaries.

In the summer of 2022, Maxie gained his first exposure to a research lab at Toronto’s St. Michael’s Hospital through Co-operative Education & Work-Integrated Learning (CEWIL) Canada’s work-integrated experiences for Black students program. He was able to leverage this experience to gain other volunteer research positions and use what he learned to inform individual research projects, conference presentations and an honours thesis. In addition, he was able to share with his peers and professors at York how impactful the experience had been to his academic and career trajectory, and bring those learnings to his role as an undergraduate student co-ordinator for the REDI program in the summer of 2023.

“When I was approached to assist with co-ordinating the REDI program pilot, it was a no-brainer to get involved, as the program is very meaningful to me,” he explained. “My most crucial responsibility was to offer peer mentorship. Having been in REDI students’ shoes as a BIPOC student in psychology, my unique experience enabled me to empathize with students in a way that not many can.”

By the end of the program, students can expect to use their experience as a valuable addition to their graduate school or job applications, or as a networking opportunity for future positions.

For participating faculty members, the program serves as an opportunity to enrich their labs by including more diverse student perspectives and aligning with York University’s Decolonization, Equity, Diversity and Inclusion (DEDI) Strategy. This not only benefits the faculty members but also enhances the overall lab culture, making it more inclusive and reflective of the community they research and serve.

“I am reminded of the importance of initiatives like REDI when I walk into a psychology lab; the stark reality often hits – the under-representation is palpable,” said Maxie. “The REDI program provided me with a foot-in-the-door opportunity so that I have the same opportunity for graduate school as anyone else.”

In its pilot phase, the REDI program was offered to 29 students in Fall 2023, who were placed in one of 12 research labs in York’s Psychology Department. The faculty member overseeing the development of the program, Professor Jeffrey Wardell, received funding from the Faculty of Health’s Funds for Innovations in Teaching to support the initial development of the program. The goal of the pilot was to establish the feasibility of the program and gain feedback from participating students about their experiences.

Now that the pilot phase is complete, Wardell and other members of the department’s Justice, Equity, Diversity & Inclusion Working Group have plans to scale up the initiative and are looking into ways to secure additional funding to support the administrative aspects of the program.

York University professors help shape national pandemic strategy

Medicine doctor and robotics research and analysis. Diagnose checking coronavirus or covid-19 testing

Earlier this month, two York University professors – Mathieu Poirier and Susan Rogers Van Katwyk – joined Canadian experts and government representatives at the Pandemic Agreement Regional Engagement Series. Organized by the Government of Canada, this series of meetings held across the country were intended to facilitate productive discussion about Canada’s role in pandemic prevention, preparedness and response.

Mathieu Poirier

“With the COVID-19 pandemic, it became clear that there were real inequities that emerged, and there were issues with the International Health Regulations, which are the main international law we use to deal with pandemic threats,” said Poirier. “So when we see medical countermeasures, vaccines that were extremely inequitably distributed, it became clear that we need a new agreement – a Pandemic Agreement – to deal with these pandemic threats.”

Attendees at the meetings, which built on the Pandemic Instrument Partner and Stakeholder Engagement Forum that took place in Ottawa last March, were encouraged to share their input on and updates to the development of the Pandemic Agreement (previously referred to as the Pandemic Instrument). The agreement seeks to address policy gaps in preventing, preparing for and responding to pandemics, and is scheduled to be presented to the 77th World Health Assembly in May of this year.

Poirier, an assistant professor in York’s School of Global Health, a Tier II Research Chair in Global Health Equity and co-director of the York University- and University of Ottawa-based Global Strategy Lab (GSL), participated in a Toronto-based meeting focused on enhancing capacities to detect, understand, and act on public health threats through improved global co-operation on data standardization and interoperability.

“It’s important to remember that Canada is less than one per cent of the world’s population, and that means that there’s something like a 99 per cent chance that a future pandemic will emerge outside of Canada,” said Poirier. “And in the likelihood that occurs, we have to have strong international co-operation between countries so that we are prepared to detect, understand and act on those pandemic threats, and that other countries are as well.”

The session he attended, he said, brought widespread support for creating a committee to facilitate the adoption of international data standards and interoperable systems. Participants emphasized the importance of supporting low-and middle-income countries in strengthening their systems and advocating for a decolonized approach that learns from best practices globally while minimizing potential harms to countries that choose to participate in data sharing.

Rogers Van Katwyk, an adjunct professor at York and managing director of the AMR (Antimicrobial Resistance) Policy Accelerator at the Global Strategy Lab, participated in the Vancouver-based session, which focused on equity within the pandemic agreement.

The Global Strategy Lab’s previous research on the pandemic treaty has gained significant recognition. A comment in The Lancet, by the Intergovernmental Negotiating Body spearheading negotiations on the pandemic agreement, cited GSL’s research on what makes for an effective international treaty, and a symposium issue of the Journal of Law, Medicine, and Ethics (JLME) on the inclusion of AMR in the Pandemic Agreement, co-edited by Rogers Van Katwyk and GSL Director and York Professor Steven J. Hoffman, has greatly contributed to the discussion. With GSL members taking part in high-level discussions like the recent Pandemic Agreement Regional Engagement Series, the lab’s international influence is sure to continue its trajectory of growth.

To hear more from Poirier about his participation in the meetings and their potential impact on our global health future, watch the video below: