A profile on Timothy Caulfield a Professor in the Faculty of Law and School of Public Health, Research Director of the Health Law Institute at the University of Alberta, and a Canada Research Chair in Health Law and Policy
A profile on Timothy Caulfield a Professor in the Faculty of Law and School of Public Health, Research Director of the Health Law Institute at the University of Alberta, and a Canada Research Chair in Health Law and Policy
A profile on Dr. David Wishart. A Professor of Biological Sciences at the University of Alberta with training in physics, biochemistry, biophysics, pharmaceutical science, and computational biology.
A profile on Dr. Ellen Goddard. A Professor within the Faculty of Agricultural, Life and Environmental Science, Department of Resource Economics & Environmental Sociology at the University of Alberta.
Genome Alberta is pleased to share our 2021-2022 Annual Report
An interview with Dr. Ian Lewis, an expert in Precision Infection Management, metabolic, and other analytical tools to identify metabolites to investigate adaptation and fatality of human pathogens.
A profile on Dr. Lisa Gieg, an expert on how microorganisms metabolize various compounds in association with the energy industry.
Details and application information for the position of Program Officer with Genome Alberta
A profile on Dr. Nadir Erbilgin, a research expert on Forest Entomology and Chemical Ecology focuses on how biotic stressors and abiotic stressors alter plant defences and anatomy.
A profile on Dr. Tarah Lynch, a research expert on numerous topics such as viral sequencing, to the development and deployment of bioinformatics tools in the public health setting.
A profile on Dr. Kim TallBear, an expert in race science, Indigenous studies, DNA testing and decolonizing polyamory with research spanning social, community, and science studies.
Team led by Dr. Ian Lewis (UofC) develops bloodstream infection diagnostic tool
Genome Canada and Genome Alberta reflect on CanCOGeN
In this two part series, Don Hill speaks with APL’s genomics and bioinformatics teams to discuss expanding genome sequencing capacity and the significance of sequencing the monkeypox virus.
A consultation portal for the Pan-Canadian Genomics Strategy
An avenue toward an answer
The Graduate Certificate in Bioinformatics at the University of Lethbridge is a six-month part-time program consisting of four courses. This training will provide hands-on learning which will prepare the graduates with the tools they need to solve problems that will accelerate research across various life science industries.
Taking feed efficiency from genomic prediction to reality.
Selecting trees to adapt to climate change
Oil eating microbes
LSARP announcement
The largest global collaboration of scientists ever is supported by open source, freely shared software. Here’s why that matters.
President Biden earmarked $300 million to build and support a “National Bioinformatics Infrastructure.” Will it put an end to bottlenecks in bioinformatics?
Metabolomics study of pregnant women
It’s not everyday that a new computing approach rises to conquer the crowd favorite -- Machine Deep Learning (aka AI in laymen usage). But today Bioinformatics won the race to find which lab did the deed
Genome Alberta co-lead on new project
Cake and cookies, oh my! Bioinformatics isn’t just for medicine anymore.
Investing in variant tracking
While everyone is battling the current pandemic, superbugs are expanding another battlefield. Here is how bioinformatics is improving our odds for survival
Researchers ARE in this together
Join our researchers in a Night Before Christmas
Miracles only occur in the darkest hours and heroes are only born from the most tragic of horrors. Here’s how the fastest transition in history from pandemic to vaccines happened.
Curing or treating diseases may rely more on cancelling gene expression and “disease expression,” than gene editing, although many future treatments are likely to combine genetic techniques.
Researchers find the flu shot may protect against Covid-19 too. Meanwhile, decoding cell-surface sugars presents a major breakthrough in the fight against infections of all types.
Researchers sequenced the genome of Alexander Fleming’s original penicillin mold and compared it to later versions. What they found may be the answer to antibiotic-resistant microbes.
Health-care workers in a pandemic
Kids, COVID, and Classrooms
Barcoding the testing process
Cats to the rescue?
Remake of cell line development delivers a major production boost for CHO cell protein factories
New testing technology
Bioinformatics map SARS-CoV-2’s ancestry, looking to prevent future pandemics from the same virus lineage
An underappreciated middle child
Researchers find human gut microbiomes create tendency for disease susceptibility or resistance, above and beyond other factors such as poverty and general health conditions.
Genomics reveal more than contact tracing alone, such as whether a healthcare worker contracted SARS-CoV-2 from a patient or a social gathering.
Deep sea microbes
Bioinformatics in Alberta
COG-UK and CanCOGeN
Researchers identify 29 FDA-approved drugs, 12 drugs in clinical trials, and 28 preclinical compounds that can be repurposed to fight COVID-19
Campus closures won’t stop these dedicated students!
Traditional vaccine research took 10-15 years, now researchers hope bioinformatics will condense that to less than 2 years
CanCOGeN announced
The Southern Alberta Technology Council (SATC) has decided to virtualize the 2020 Regional Science Fair event.
Announced by the Stem Cell Network (SCN), these new research projects will contribute to the global response to COVID-19,
If you thought coronavirus was scary, check out zombie deer disease
New COVID research funding
COVIDathon combines the talents and tools of diverse disciplines from around the world in a single collaborative effort to defeat the worst pandemic in modern times
New funding for clinical genomics
What do cooking and parasites have in common?
Codominance and Incomplete dominance
Is it a natural occurring virus or a bioweapon? Bioinformatics can potentially reveal origin and treatment of coronaviruses.
