Curtis Suttle
@Virosphere2012
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Purveyor of the https://t.co/iKDI174lmH Prof Earth, Ocean & Atmospheric Sciences, Microbiology & Immunology, Botany, and the Inst for the Oceans & Fisheries
University of British Columbia
Joined November 2012
RT @jin_oceanvir: 1/6 Excited to share our latest work @UWaterloo published in @Virus_Evolution on horizontal gene transfer of a #virus gen….
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RT @giant_virus: Many of us want to detect & infer roles of giant virus in metagenomes but are limited by available tools and bioinfo expe….
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RT @XinTang288269: 🚀 Excited to announce that our Lab @UBC is recruiting! .🌟 We're looking for passionate intern, graduate, and postdoc wit….
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RT @beatymuseum: Educator Open House @BeatyMuseum! FREE program for #BC educators on OCT. 25 from 10 to 5 PM, when educators will explore h….
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RT @brussaard7: So excited the latest discovery is out on Viral coinfection, Superinfection dominance, and Temperature modulating outcome.….
academic.oup.com
Abstract. Complex virus–virus interactions can arise when multiple viruses coinfect the same host, impacting infection outcomes with broader ecological and
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Delighted to share the latest from the GBMF-supported project on sustainable oyster aquaculture. @bsuther7 and Tim Green led the development of an amplicon panel for high-throughput and low-cost genotyping of Pacific oyster Pretty sweet to get the cover!
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Excitement is building for the 12th iteration of the Aquatic Virus Workshop to be held at the fantastic Oceanologic Observatory in Banyuls-sur-Mer, France during 5-9 May 2025. We have a great lineup of speakers, and a nascent website:
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In freshly settled oyster spat, some cohorts experienced massive mortality, but microbial composition was strongly affected by age, not by cohort mortality Authors: @Choannaflgllate @JanFinke5 @kevinzhong2006.
RESEARCH: The core microbiome of cultured Pacific oyster spat is affected by age but not mortality. Senior author: Dr. Curtis Suttle @Virosphere2012 @UBCMicroImmuno @UBCeoas. via @ASMicrobiology.
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RT @bsuther7: Our #PacificOyster amplicon panel paper is out now in @GeneticsGSA's G3 Journal! .Now with new visualizations, an additional….
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RT @IanH77: Why is pride so important? Here’s a couple of entries from my personal diaries from 25 years ago. Then I was completely isolate….
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RT @JosephineZRapp: New paper led by @Tm_Pitot on giant viruses in polar lakes! Cool collaboration @simroux_virus @frederikschu @CulleyAlex….
academic.oup.com
Abstract. Giant viruses (GVs) are key players in ecosystem functioning, biogeochemistry, and eukaryotic genome evolution. GV diversity and abundance in aqu
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It promises to be a fabulous event.
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Thanks for sharing the good news. Now we need more scholarships, which directly creates HQP and fuels research productivity.
Budget win for @SupportOurSci ence —after 20 years of scholarship stagnation the government has finally agreed to allow our best and brightest grad students to live at or above the poverty line!
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Come and join a fabulous team of researchers @UBCBiodiversity and @HakaiInstitute tackling big challenges in a changing marine world.
We’re hiring! is looking for someone to join our team at Hakai Institute and the University of British Columbia for a Post Doctoral Fellowship in Marine Connectivity and Multiscale Biodiversity Processes. Closing May 8.
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RT @JanBruewer: How many SAR11 cells are phage-infected in the environment? And what are zombies🧟♂️?. We studied phage infection in SAR11….
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very cool - the topic of our lab meeting today 👍.
Do endogenous virophages protect their protist hosts from giant viruses? For the marine heterotrophic flagellate Cafeteria sp., it very much seems so. Congrats to Anna Koslová, @th4ckl and co-workers at @mpi_mr_hd on a new study published in @PNASNews !.
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Great work led by @kevinzhong2006 and the scientific team @HakaiInstitute, with contributions by @JanFinke5 and many others. Stay tuned for more results!.
Hot off the press! Our experiment reveals a fascinating duality: Pacific oyster spat microbiomes are resilient to ocean acidification yet vulnerable to rising temperatures, a new insight on how #ClimateChange may impact on oyster spat microbiomes.
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