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James Collier on Muck Rack

James Collier

As seen in: Nature, Wiley Online Library, MDPI, BioRxiv, Campaign (UK), City A.M., Buffalo News, Las Vegas Sun, GOV.UK, The McGill Tribune and
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Articles

Losing Paradise

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By Carlyle Calhoun Verified, James Collier
| RE:PUBLIC Lands Media
This story was co-published with Southlands, and appears in the magazine's PUBLIC/PRIVATE issue, available for pre-order now. When Rodney Wagley pushed off from the dock at Bayou Black Marina in South Louisiana, on April 21, 2021, he planned on a leisurely day bass fishing with an old friend. The weather was beautiful and sunny, and they were headed to a favorite spot. Wagley had once fished professionally, a local legend. Now, in his sixties, thin and sun-etched, he just fished for fun.
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Losing Paradise

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By Carlyle Calhoun Verified, James Collier
| southlandsmag.com
Our second issue, PUBLIC/PRIVATE, will be shipping soon. Over the coming weeks, we'll be publishing new stories from the issue each Thursday. Not every story will become available to read for free, so if you'd like to access the full issue, you can buy a copy in our shop or subscribe. Story by Carlyle Calhoun | Photos by James Collier This story was co-published with RE:PUBLIC Lands Media. Sign up for RE:PUBLIC’s newsletter here.
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The complexome contextualizes proteomics data to fingerprint biological states and highlight perturbed functional modules in disease

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By Mainak Guharoy, Isabelle Adant, Matthew Bird, Alexander Botzki, James Collier, Jonas Dehairs, Simon Devos, Geert Goeminne, Francis Impens, Andrea Janez Pedrayes, Pedro Magalhães, Teresa Maia, Wouter Meersseman, Daisy Rymen, Johannes V. Swinnen, Delphi Van Haver, Dries Verdegem, Peter Witters, David Cassiman, Bart Ghesquière, Stefaan Derveaux, Rekin’s Janky, Ruth Maes
| Nature Verified
Abstract Analyzing single omics and integrating multimodal omics datasets to capture functional dysregulation in disease remains challenging. Here, we propose a bioinformatics framework that leverages curated datasets of protein complexes (‘complexome’) as a foundation for proteomics data integration. Available for human and other model organisms, the complexome provides a global view of cellular function, enabling queries with proteomics datasets.
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