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Everything about phages, why they are cool, and how they dominate the microbes // Made at BlueskyFeeds.com

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  • šŸ’™ Liked by 23 users
  • šŸ“… Updated 9 months ago
  • āš™ļø Provider graze.social

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The Anand Lab at San Francisco State University
@theanandlab.bsky.social
about 20 hours ago
We are thrilled to welcome Dr Faith Dukes for our Phage Power Hour Speaker Series! Visit www.phagepathways.com for the zoom link. This program is funded by the Department of Energy, Office of Science. #phage #research
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Current Research in Microbial Sciences
@microbesinfect.bsky.social
1 day ago
Not just passengers: Phages as agents of genetic exchange in fecal #microbiota transplantation. #Phage ‑mediated gene transfer may shape FMT outcomes by altering gut communities and microbial functions. www.sciencedirect.com/sci…. #bacteriophage #MicroSky
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The Anand Lab at San Francisco State University
@theanandlab.bsky.social
3 days ago
Super thrilled to be welcoming Dr Gabriele Ghiotto, postdoc at the @jgi.doe.gov for a seminar on ā€œSingle nucleotide variants drive evolutionary phage-host arms race" today! He develops novel tools and computational strategies to study the human virome.Ā #virome #phage
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STCmicrobeblog
@stcmicrobeblog.bsky.social
5 days ago
the answer to an imaginary Talmudic Question (TQ) from Elio: why are there so few RNA phages? #PhageSky

Dormant Bacteria's Fatal Attraction to RNA Bacteriophages https://www.biorxiv.org/content/10.64898/2026.04.10.717849v1

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Timofey Skvortsov
@timskvortsov.bsky.social
5 days ago
Come and chat to us during the conference and check our website (skvortsovlab.com) to learn more about these and other research projects we are working on. See you at the conference! #Microbio26 #phage
Skvortsov Lab

skvortsovlab.com

Skvortsov Lab

Skvortsov Lab at Queen's University Belfast: bacteriophages, biotechnology, and bioinformatics

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Arezoo Pedramfar
@apedramfar.bsky.social
8 days ago
First preprint from my PhD research under the supervision of Ed Galyov and @milja001.bsky.social We developed a novel bacterial minicells platform combined with #metagenomics to selectively enrich cognate #phages from complex environmental samples and investigated phage-host interactions #phagesky

Who Infects Whom? Exploiting Bacterial Minicells for Targeted Virome Enrichment and Phage-Host Interaction Analysis through an Integrated Metagenomic Approach https://www.biorxiv.org/content/10.64898/2026.04.08.717211v1

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Terrafarmer
@terrafarmeruk.bsky.social
9 days ago
We're working with @uniofnottingham.bsky.social, Fera Science & Citadel Environmental Solutions to explore how #BiologicalInputs and novel #phage technology can help ā¬ nitrous oxide (Nā‚‚O) emissions in UK #dairy farming. Find out more!šŸ‘‡ terrafarmer.co.uk/bio-pha…. #regenerativefarming
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Mike Shaw
@drmikeshaw.bsky.social
10 days ago
Our graphic novel features this topic prominently, helping learners understand how farming practices influence microbial resistance, and how bacteriophages might be key players in the solutions. amrgraphicnovels.blogs.li… #UniversityOfLincoln #AMR #MicrobiologyEducation #phage #SciComm
A comic-style coloured illustration of a cow looking curiously at the viewer. A group of chickens sit alongside a stack of envelopes labelled in red 'Past Due'.
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Rob Edwards
@linsalrob.bsky.social
10 days ago
Have you developed a new #bioinformatics tool to understand #phage or #virus? Make sure you add it to #awesome-virome github.com/shandley/awe...
The awesome virome logo of a phage above a strand of DNA
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Jyot Antani
@antanij.bsky.social
14 days ago
@paulturnerlab.bsky.social and I wrote a perspective on the need and recently developed approaches to study individual virus traits in the most numerous viruses on our planet (phages). Let's move beyond measuring the mean #phagesky www.nature.com/articles/s44... #microsky #virology #microscopy

www.nature.com

Rage against the mean: a perspective on measuring fitness of individual phage particles - npj Viruses

npj Viruses - Rage against the mean: a perspective on measuring fitness of individual phage particles

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Olga Meiri Chaim #ScienceNotSilence #Hypersensory #MaskUP #Vax
@olgachaim.bsky.social
14 days ago
šŸ§µšŸ“š great brain workout. #OA #prediction #phage bsky.app/profile/luca...

#prediction #receptor #phage #targets #databases

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PLOS Biology
@plosbiology.org
16 days ago
How do #bacteriophage life history strategies influence host invasion & inter- #phage competition in #biofilms? This study shows that spatial structure shapes invasion success, favoring temperate phages over lytic ones when diffusion is limited @plosbiology.org 🧪 plos.io/47Aripq
 Ī»cI857 lytic infections and host lysogenization following induction of lysogens embedded within Escherichia coli biofilms with either WT curli production (curli+) or no curli production (curliāˆ’). Host biofilms were inoculated with Ī»cI857 lysogens and uninfected host cells at a 1:10 ratio and cultured for 72 h prior to Ī»cI857 phage induction. The image shows a time series of biofilms inoculated with lysogens and uninfected E. coli hosts that either produce (top row) or do not produce (bottom row) curli extracellular matrix. The first image in each row was taken just after heat was applied to induce some biofilm-embedded lysogens to switch to the lytic infection cycle.
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PLOS Biology
@plosbiology.org
17 days ago
How do #bacteriophage life history strategies influence host invasion & inter- #phage competition in #biofilms? This study shows that spatial structure shapes invasion success, favoring temperate phages over lytic ones when diffusion is limited @plosbiology.org 🧪 plos.io/47Aripq
 Ī»cI857 lytic infections and host lysogenization following induction of lysogens embedded within Escherichia coli biofilms with either WT curli production (curli+) or no curli production (curliāˆ’). Host biofilms were inoculated with Ī»cI857 lysogens and uninfected host cells at a 1:10 ratio and cultured for 72 h prior to Ī»cI857 phage induction. The image shows a time series of biofilms inoculated with lysogens and uninfected E. coli hosts that either produce (top row) or do not produce (bottom row) curli extracellular matrix. The first image in each row was taken just after heat was applied to induce some biofilm-embedded lysogens to switch to the lytic infection cycle.
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