July 12, 2017
Given the advancements in treating many other types of cancer, it may come as a surprise that outcomes for patients with the most deadly form of ovarian cancer have not improved in 50 years. This form, known as High Grade Serous Ovarian Cancer (HGSOC), accounts for 80 per cent of ovarian cancer deaths in Canada. Surgery and chemotherapy can be effective, but ultimately three-quarters of women with HGSOC will see their disease return. To deliver better outcomes for patients, OICR has launched a new ‘all star team’ of ovarian cancer researchers.
July 11, 2017
The body’s immune system is incredibly powerful. Its ability to detect and destroy various pathogens makes it central to maintaining good health. While we all know the role it plays in fighting the common cold or flu, many do not know that it has recently been enlisted by scientists in the fight against cancer. Researchers in a field known as immuno-oncology are working to find ways to turn on the body’s defences to locate and destroy tumour cells. OICR recently established a team of expert scientists and clinicians to develop and test new immunotherapies to help patients.
July 11, 2017
New research group aims to exploit genomic differences within brain cancer to develop new treatments
This year, almost 3,000 Canadians will be diagnosed with brain cancer – one of the hardest forms of cancer to treat. In May, OICR launched its Brain Cancer Translational Research Initiative (TRI) to leverage recent insights into the genomic heterogeneity in two common types of brain cancer – Medulloblastoma (MB) and Glioblastoma Multiforme (GBM). Developing a better understanding of the genes and pathways central to MB and GBM will enable the development of new drugs and provide a much needed improvement in treatment options for patients, many of whom are children and young adults and are particularly susceptible to long-term side effects from treatment.
July 11, 2017
The rising use of stem cell-based therapies has illustrated the power of stem cells to treat a number of diseases. Now a group of Ontario researchers are looking at the promise of stem cells from a different perspective. Amongst other efforts, they are developing and testing new therapies that target and kill leukemic stem cells to lessen the chances of acute leukemias (AL) coming back following standard treatment.
July 11, 2017
As a radiation oncologist in London, Dr. David Palma spends a lot of his time speaking with patients about their treatment. But a personal experience helped him realize more needed to be done to inform patients about the importance of seeking out high-quality care, and to empower them to seek out the best care for their specific cancer. Palma, who is also an OICR clinician-scientist, just published a book called “Taking Charge of Cancer: What You Need to Know to Get the Best Treatment”, available in bookstores across North America. We spoke to Palma about the story behind the book, why such a book is needed and what he hopes to achieve with it. Palma is donating all royalties from the sales of the book to his local cancer foundation.
June 28, 2017
By combining new knowledge from the fields of stem cell biology and genetics, a group of Ontario researchers led by Dr. John Dick have solved the mystery of why some acute myeloid leukemia (AML) patients relapse after initial treatment.
June 7, 2017
Researchers from OICR and other institutions have created a new software program called EAGLE that mines data to understand the interactions between a person’s environment and their genetics. The tool has far-reaching uses, including oncology, and can provide researchers and clinicians with important information that can help personalize treatments for patients.
To learn more we spoke to Dr. Hillary Edgington, a Postdoctoral Fellow in OICR’s Informatics technology platform, which is led by Dr. Lincoln Stein. Edgington and her collaborators recently shared their research in the journal Nature Methods.
What was reported in your recent article?
One of the most important goals in biological research is to understand the ways that our genes can be impacted by the environment around us. The activity of genes can change due to a number of external factors from medication use to air pollution. This study introduces a new software tool called EAGLE to investigate how interactions between a person’s genotype and environmental exposures affect the way his or her genes are expressed.
What is unique about EAGLE?
EAGLE takes advantage of the fact that sometimes the two copies of a gene are unequally expressed, which allows us to compare small differences in those two copies within an individual where they operate in the same environmental conditions. This tool was shown to improve, in both power and accuracy, on detecting associations over standard interaction testing methods. Using EAGLE to test for interactions in two large cohorts (the Depression Genes and Networks study cohort and CARTaGENE) revealed significant associations between gene expression and environmental variables, including depression, exercise, blood pressure medication use and body mass index. This information is critical in advancing personalized healthcare initiatives, as it gives researchers and clinicians information with which to predict an individual’s health risks based on their unique genomic profile and lifestyle factors.
How can these findings be used in the area of cancer?
EAGLE is a tool that can be applied to data from any source. The information gleaned from the application of EAGLE to data provided by cancer patients – including testing for interactions between patients’ specific mutational profiles and exposures such as therapeutic treatments, the microenvironment of the tumour, or properties of the immune system – could help clinicians make more accurate predictions about individual patients’ prognoses and therapeutic options in the future.
What challenges did you and your collaborators face while creating EAGLE?
One of the main challenges with developing any new method is making sure that the results will be consistent across different groups of individuals. It is critical to perform tests in different groups in order to make sure that there is replication of any findings. For this reason, collaboration between different research groups is critical, and this is what brought the groups from OICR and Stanford University together on this project. At OICR we were able to use the resources that we have through the CARTaGENE cohort to perform a replication study. It showed that the associations EAGLE detected in the Depression Genes and Networks cohort are consistent across populations.
What are the next steps planned with this research project?
We will be able to use EAGLE in many future projects as a way to discover previously unknown interactions between any environmental variable of interest and the regulation of genes. As a follow-up to this study we may look more specifically at the gene-environment associations we observed in order to determine what the mechanism is that causes differences in gene expression.
June 7, 2017
The Ontario Molecular Pathology Research Network (OMPRN) recently awarded $675,000 of funding to support molecular cancer pathology research in Ontario. The 11 funded projects will involve 22 investigators and seven trainees and address clinically-relevant questions in bladder, brain, breast, endometrial, cervical, renal, pediatric and hematological cancers. The 26 applications that were submitted for review demonstrate the high quality and rich diversity of cancer pathology research in the province. Please visit the Funded Projects page for more information.
OMPRN’s mission is to enhance molecular pathology research capacity across the province by fostering collaboration and cooperation between Ontario academic pathologists, increasing the participation of pathologists in high-quality translational cancer research, and providing opportunities for residents, fellows and early career pathologists to obtain training and mentorship in cancer research. In line with these objectives, all of the research projects funded through OMPRN’s Pathology Translational Research Grants (CPTRG) program are led by pathologists, address questions of clear relevance to cancer care and incorporate important elements of transdisciplinary collaboration and mentorship. Trainees and early career researchers involved in these projects will be supported in their research through attending regular meetings of OICR’s Pathology Club.
The next round of the CPTRG program will be announced in the fall of 2017. Information may be found here: https://ontariomolecularpathology.ca/research-funding
June 5, 2017
Fleming’s Biotechnology-Advanced students have received a significant boost to their career preparation with the help of The Ontario Institute for Cancer Research (OICR). Their investment in people is recognized through a very generous donation of an Illumina HiSeq DNA Sequencer to the Biotechnology-Advanced program, a benefit to Fleming College valued at $600,000. This new equipment will provide students with hands-on experience using cutting-edge automated instruments that are utilized widely across the biotechnology industry.
“Some of the best technicians in OICR’s genomic labs are Fleming College graduates. We are proud to pay-it-forward by helping the College give future life sciences researchers in Ontario hands-on training opportunities on real genomics equipment.” says Paul Krzyzanowski, Program Manager of Genome Technologies, OICR. “Illumina equipment is the backbone of most sequencing labs and it’s essential for today’s students to become familiar with the complexity around these machines with hands-on experience.”
The remarkable relationship between OICR and Fleming College has flourished over the last nine years. With its state of the art facilities and research, OICR has become a highly sought after internship agency for Fleming students since the first placement student in 2008. The support from OICR and Illumina helps Fleming College to lead the way in biotechnology training; contributing to excellence in academic programming that includes relevant experiences. The hands-on learning creates a positive impact towards the future of Fleming students and alumni, the success of employers and especially those who benefit from cancer research.
“We are very grateful for the Ontario Institute of Cancer Research for their investment in our students,” says Biotechnology Program Coordinator Ashvin Mohindra. “OICR provides a practical training component through their in-kind gifts and placement opportunities for our students. With their help, we are also pleased to meet OICRs employment needs which is proven with the hiring of more than 18 Fleming College graduates to fill their high-tech positions.”
The in-kind donation would have not been possible without the tireless effort of OICR and Illumina, the sequencer manufacturer and third party liquid handler software provider. The College would like to specifically recognize and thank everyone at OICR who made these donations possible (Lee Timms, Jessica Miller, Paul Krzyzanowski, Tom Hudson, Mike Kostiuk, Susan Hockley, Jeremy Johns, and Howard Simkevitz) and the staff at Illumina for their tireless help and expertise in setting up the equipment (Lisa Lock, Peter Ayache and Mike Ramsey).
OICR, a global leader in healthcare, research and innovation, is dedicated to exploring the prevention, early detection, diagnosis and treatment of cancer. Their commitment to exploring cancer extends beyond the lab; OICR invests in people who can make novel discoveries.
Note: This story originally appeared in the Spring 2017 edition of Fleming Ties magazine and has been reproduced with the permission of Fleming College. The original can be found here (PDF): https://flemingcollege.ca/PDF/FlemingTies/fleming-ties-spring-2017.pdf
June 5, 2017
The samples will be combined with data from OHS’s online questionnaire to help researchers in the fight against chronic disease.
With the help of dedicated Ontarians across the province, The Ontario Health Study (OHS) has finished its blood collection phase, bringing the total number of samples donated by participants to over 41,000. This happened just in time to help the Canadian Partnership for Tomorrow Project, of which the OHS is part, reach the 150,000-sample mark for Canada’s 150th birthday.
Now the OHS is focusing on updating and augmenting its data from 230,000 Ontario participants who have completed the OHS online questionnaire to date (participants who provide a blood sample also had to complete the questionnaire). The OHS will be sending out follow-up questionnaires that will gather additional important details on the health and lifestyle of participants. The combination of data gathered from the blood sample collection program and the questionnaires will be used to generate information to help researchers fight chronic diseases such as cancer.
“In early February we let Study participants know that we were nearing the end of our blood collection program and the response from participants looking to donate before it ended was outstanding,” says Ms. Kelly McDonald, Program Manager of the OHS. “I think the fact that people were motivated by this deadline shows how interested the public is in helping health research and being part of something positive.”
The follow up questionnaires will help to make the information collected so far even more relevant for researchers by adding new fields and tracking developments in participant’s health and behaviour. “There are areas where we could use more information,” says McDonald. “We can now address ‘blind spots’ such as the use of over-the-counter medications, marijuana and e-cigarettes.”
The OHS database would be a powerful resource on its own, but the Study has taken steps to make it even more useful for scientists. They are working on cleaning up the data to eliminate inconsistencies and are linking OHS data with those at the Institute for Clinical and Evaluative Sciences and Cancer Care Ontario, which hold OHIP claims records and the Ontario Cancer Registry.
The OHS is currently working to increase awareness amongst researchers about the availability of its samples and data, and some researchers are already taking advantage of its potential. A group of Toronto-based researchers have used OHS data in a study looking at the mental health status of ethnocultural minorities in Ontario and their mental health care. In addition, another study called the Canadian Alliance for Healthy Hearts and Minds included OHS participants as a partner cohort.
OHS data will also be supporting research in several of OICR’s new Translational Research Initiatives, which were announced on May 25, 2017.
More information about the Study and further updates can be found at https://ontariohealthstudy.ca/
Tags: Ontario Health Study
May 31, 2017
According to the World Health Organization (WHO), tobacco is used by over 1 billion people and is the number one preventable cause of death and disease. Tobacco—especially smoked tobacco—causes 30 per cent of the world’s cancer cases and so tobacco control is the number one strategy for preventing cancer. Tobacco use kills six million people a year. It also brings a staggering economic cost of US$1 trillion a year in health care expenditures and lost productivity.
The WHO Framework Convention of Tobacco Control (FCTC) is a treaty that was created to combat the global tobacco epidemic. Currently, 179 countries and the European Union have joined the treaty, which obligates countries covering about 90 per cent of the world’s population to implement a set of strong evidence-based measures to reduce tobacco use. The FCTC is, in effect, the most extensive cancer prevention effort in history. The FCTC recently marked ten years since its coming into force. But how much impact have these measures made? A research team centered at the International Tobacco Control Policy Evaluation Project (the ITC Project), University of Waterloo (UW), recently published a study that demonstrated the positive impact of the FCTC on smoking rates.
Dr. Shannon Gravely, Research Assistant Professor at UW, was the lead author on the study, which was published in Lancet Public Health in March. The study examined how the implementation of five key FCTC tobacco policies affected smoking prevalence across 126 countries. “We looked at the highest-level implementation (i.e. fully satisfying the requirements of the FCTC) of these measures between 2007-2014 and the smoking prevalence estimates for the first 10 years of the FCTC, from 2005 to 2015,” says Gravely. “We found a strong and statistically significant association between the number of these FCTC measures and decreases in smoking rates.”
The five tobacco demand-reduction measures studied by the ITC Project team were: 1) Taxation; 2) Smoke-free policies; 3) Warning labels; 4) Bans on advertising, promotion and sponsorship; and 5) Cessation programs. The researchers found that with each additional measure implemented at its highest level, countries experienced an average decline in smoking prevalence of 1.57 percentage points, or a relative decrease of 7.09 per cent.
“It is indeed good news that the FCTC measures are associated with decreasing the number of smokers, but the bad news is that few countries are actually implementing these effective measures,” says Gravely. Only a fifth of the countries covered in the study had implemented taxes on tobacco at the highest levels called for under the treaty. “We found this to be particularly worrisome as it is known that increasing the price of tobacco via taxes is the most effective way to reduce tobacco use,” says Gravely. In fact, none of the five key FCTC policies had been implemented by even half of the countries.
“Overall, the study found that these measures, when implemented at their highest levels are very effective at reducing smoking rates,” comments Gravely. “Our findings highlight the importance of tobacco control measures in improving global health by directly decreasing the rates of smoking thus in turn indirectly reducing tobacco-attributed-non-communicable diseases.”
Dr. Geoffrey Fong, Professor of Psychology and Public Health and Health Systems at UW and OICR Senior Investigator, is Chief Principal Investigator of the ITC Project. Fong, a co-author of the article, commented, “This study should be a call to arms for governments to strengthen and accelerate their efforts to fully implement the FCTC secure in knowing that such efforts will significantly reduce the devastation caused by tobacco products in their countries.”
May 25, 2017
OICR launches five all-star teams of Ontario scientists to tackle some of the deadliest forms of cancer
Great strides have been made in cancer research, but much work remains to develop better treatments for the most lethal cancers and to advance new anti-cancer technologies. OICR is taking on a new approach, building on the success of the Institute’s first ten years and Ontario’s strength in particular cancer research areas. Reza Moridi, Ontario’s Minister of Research, Innovation and Science announced that the Institute is funding five collaborative, cross-disciplinary and inter-institutional Translational Research Initiatives (TRIs) with a total of $24 million over the next two years.
The TRIs will bring together some of the top cancer researchers in Ontario and be led by internationally renowned Ontario scientists. Each team will focus on a certain type of cancer or therapeutic technology. To maximize the positive impact of research on patients, the TRIs all incorporate clinical trials into their design. The TRIs, which were selected by an International Scientific Review Panel, are:
- Acute Leukemia TRI (led by Drs. John Dick and Aaron Schimmer at the University Health Network (UHN))
- Brain Cancer TRI (led by Drs. Peter Dirks and Michael Taylor at SickKids)
- Immuno-oncology TRI (ACTION) (led by Drs. John Bell and Marcus Butler at The Ottawa Hospital and UHN)
- Ovarian Cancer TRI (led by Drs. Amit Oza and Rob Rottapel at UHN)
- Pancreatic Cancer TRI (PanCuRx) (led by Dr. Steven Gallinger at UHN)
The funding will also support Early Prostate Cancer Developmental Projects led by Drs. Paul Boutros and George Rodriguez.
“In just over 10 years, the Ontario Institute for Cancer Research has become a global centre of excellence that is moving the province to the forefront of discovery and innovation in cancer research. It is home to outstanding Ontario scientists, who are working together to ease the burden of cancer in our province and around the world,” said Moridi.
“Collaboration and translational research are key to seeing that the innovative technologies being developed in Ontario reach the clinic and help patients,” said Mr. Peter Goodhand, President of OICR. “These TRIs represent a unique and significant opportunity to impact clinical cancer care in the province.”
— SickKids_TheHospital (@SickKidsNews) May 25, 2017
— UHN (@UHN_News) May 25, 2017
— The Ottawa Hospital (@OttawaHospital) May 25, 2017
For more information on OICR's research, careers, events and education, visit our corporate website: OICR.ON.CA