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- 2023
- Audas Lab links the aggregation of pathological amyloids to a novel stress signaling pathway in recent Scientific Reports paper
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- Congratulations to David Vocadlo: 2023 Distinguished SFU Professor
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- ILLUMINATING VIRAL PROTEIN SHEDS NEW LIGHT ON TREATMENT
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- Congratulations to Dustin King, Amy Lee and David Vocadlo: recipients of New Frontiers in Research Fund
- SFU research aids fight against treatment-resistant superbugs
- Leroux lab Nature Communications paper identifies novel human disease gene linked to retinal degeneration, one of a growing number of genes associated with ciliary dysfunction (ciliopathies)
- Graduate student Minh Nguyen and his colleagues in the Craig lab reveal the mechanism of Type IV-pilus mediated bacterial secretion
- Global News BC: Dr. Fiona Brinkman Discusses How Scientists Track Mutations in the New Covid-19 Variants
- 2022
- Congratulations to Dr. Tim Audas on The Renewal of Tier 2 Canada Research Chair in Cellular Stress
- $2 Million Gift From SFU Professors Emeriti Helps Seed New Ideas at SFU Science
- Learn more about Dr. King's new lab that focuses on natural ‘carbon capture’ solutions
- Congratulations to Dr. Amy Lee: The Recipient of The Banting Research Foundation's 2022 Discovery Award
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- MBB Alumnus Profile: Meet Cory Macklin Who Overcame Challenges to Win Governor General's Silver Medal
- Congratulations to Dr. Razvan Cojocaru, the recipient of Dr. Bruce Brandhorst Prizes for Best Publication and Best PhD Thesis
- Meet Our Newest Faculty: Dr. Dustin King on His Exploration of Weaving Western Science with Indigenous Ways of Knowing
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- Dr. Lynne Quarmby and Her Book "WaterMelon Snow: Science, Art, and a Lone Polar Bear" is Featured in SFU Knowledge Mobilizers Series
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- Congratulations to Dr. Mani Larijani for Being Awarded a Prestigious New Frontiers in Research Fund Grant
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Lynne Quarmby
Areas of interest
Single-celled Green Algae grow in thin layers of melt-water on snow and ice. Under conditions yet to be defined, these algae synthesize secondary red pigment granules, giving snow a red hue and reducing albedo (reflection of sunlight) to 40%. The lower albedo increases local temperature, promoting snow and ice melting. The red pigment may also protect the algae from UV radiation and/or improve growing conditions for the algae. Perplexingly, only dormant spores appear red while the rapidly growing cells lack the secondary red pigment. One of our goals is to explore life history regulation of some of the more abundant species of snow, ice and permafrost.
We are also working to illuminate the interspecies relationships that support growth in the harsh conditions of nutrient impoverishment and low temperature. Snow algae live intimately with a community of bacteria, viruses and various microscopic eukaryotes. We hypothesize that photosynthate secreted by the algae in the form of mucus provides the foundation of fixed carbon to sustain the microbial community. We seek to understand the cellular and molecular bases of the mutualistic and commensal relationships that capture micronutrients, resist dessication and possibly provide a form of innate immunity or defense against parasitic microbes. The work will provide a foundation for understanding similar relationships in the related ecosystems of snow & ice in alpine regions and in Antarctica.
For over two decades, our group has done cell biology using the lab rat of Green Algae, Chlamydomonas reinhardtii. Through our work on cilia and the cell cycle we made discoveries that help us understand the fundamental machines of cellular life and the etiology of several human diseases. The Quarmby lab is well positioned to undertake this important new interdisciplinary project at the interface of cell biology and ecology.
Education
- B.Sc. University of British Columbia
- M.Sc. University of British Columbia
- Ph.D. University of Connecticut
Selected Publications
- Hilton et al. The kinases LF4 and CNK2 control ciliary length by feedback regulation of assembly and disassembly rates. Current Biology 2013
- Parker et al. Centrioles are freed from cilia by severing prior to mitosis. Cytoskeleton 2010.
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Courses
This instructor is currently not teaching any courses.