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Research at McGill Biology

McGill Biology Research Themes

 

Our researchers study the remarkable and often surprising ways that life emerges, grows, and changes across a diversity of microbes, plants, and animals, including humans. We offer courses in each of these areas, highlighting the breadth and depth of expertise of our faculty. Understanding Biology helps us to understand the past, present, and future of the natural world that surrounds us, and better appreciate our own place within it.


Research Highlights

Perpetual predator-prey population cycles

December 18, 2019

The Fussmann Lab, in collaboration with the Universities of Oldenburg and Pottsdam, have provided an affirmative answer to a decades old question - can predator and prey populations coexist indefinitely?

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Novel kinase phosphorylating talin

October 03, 2019

New work from the Schöck lab identified the Slik kinase phosphorylating the cytoskeletal linker protein talin on threonine 152.

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Zasp paralogs with very different evolutionary trajectories

July 01, 2019

The Schöck lab analyzed the evolution of Zasp paralogs and how this may lead to the acquisition of novel protein functions.

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Feeling under stress? Sometimes it’s better to just slow down

May 24, 2019

Exposing bacteria to UV light, the Reyes lab found that the replisome responds to DNA damage by slowing down its rate of synthesis about 5-fold.

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Global warming hits sea creatures hardest

April 24, 2019

A study published in Nature combines experimental data with careful modelling to compare the vulnerability to warming of animal species on land and in the ocean.

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Global forecasts of shipping traffic and biological invasions

18 March, 2019

Rising global maritime traffic could lead to a surge in invasive species over the next 30 years, according to a study by McGill University researchers.

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Mega experiment reveals stronger species interactions toward the tropics and lowlands

20 February, 2019

One of the largest field experiments ever conducted provides evidence for latitudinal and elevational gradients in the intensity of post-dispersal seed predation.

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Lessons from the twist and zip of C. elegans microtubules

22 October, 2018

New work from the Brouhard Lab tackles fundamental questions about microtubules: a conserved component of the eukaryotic cytoskeleton..

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The worm’s nose knows

20 November, 2018

The Hendricks Lab is studying a neural circuit in C. elegans that allows it to interpret stimulus changes caused by its own movements and produce appropriate behavioral responses.

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