Aryan Rahimi-Midani
@MidaniAryan
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Joined May 2023
Infection-Induced Elevation of Gut Glycosaminoglycans Fosters Microbiota Expansion in Drosophila melanogaster https://t.co/7WWSYyDbhK
#biorxiv_micrbio
biorxiv.org
While host genetics influence the composition of intestinal microbial communities, host genetic factors controlling the abundance of intestinal commensals remain to be determined. Here, we performed...
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Happy to share our preprint, where we investigated how the host controls the abundance of gut commensals and how they benefit from infection. Infection-Induced Elevation of Gut Glycosaminoglycans Fosters Microbiota Expansion in Drosophila melanogaster https://t.co/BpA9r8nSti
biorxiv.org
While host genetics influence the composition of intestinal microbial communities, host genetic factors controlling the abundance of intestinal commensals remain to be determined. Here, we performed...
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Happy to share our new preprint! Sex Differences in Drosophila Intestinal Metabolism Contribute to Sexually Dimorphic Infection Outcome and Alter Gut Pathogen Virulence
biorxiv.org
Sexual dimorphism in infection outcomes is a pervasive phenomenon, the underlying mechanisms of which remain incompletely understood. Here, utilizing Pseudomonas entomophila intestinal infection in...
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Happy to share our latest minireview on Drosophila symbionts in infection: when a friend becomes an enemy | Infection and Immunity
journals.asm.org
Occupying the interface between host and environment, host-associated microbes play essential roles in interactions with pathogens and influence disease progression (1–4). Considering that most entry...
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I am thrilled to share my work, showcasing such groundbreaking research. I'm eager to uncover more fascinating colonization strategies by L. plantarum. A heartfelt thanks to @IatsenkoIgor for the invaluable support. here is the free access link: https://t.co/1KKuIg2iMp
Colonization island directs L. plantarum to its niche: @IatsenkoIgor highlights work of @LudingtonWill reporting colonization island that encodes sugar-binding adhesins used by L. plantarum to colonize its symbiotic niche in the foregut of Drosophila https://t.co/eB8lJbpCBR
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So proud of my little brother @MidaniAryan for reaching this incredible milestone! Huge thanks to Prof. Iatsenko for believing in him, providing opportunities, and supporting his journey. Words can’t express the joy and pride we feel as a family!
It was our pleasure to highlight this amazing work! Thanks @MidaniAryan for help.
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Genomic representativeness and chimerism in large collections of SAGs and MAGs of marine prokaryoplankton https://t.co/1tnDtqhGkM
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rRNA Operon Improves Species-Level Classification of Bacteria and Microbial Community Analysis Compared to 16S rRNA https://t.co/edAAVk06Oy
#biorxiv_micrbio
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Systematic strategy to decipher #phage-mediated #bacteria takeover using Grad-seq (gradient fractionation of #protein complexes coupled with #RNAseq & #proteomics) reveals phage #peptide modulating bacterial protein synthesis machinery @NatureMicrobiol : https://t.co/IZ58evCdOH
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I am thrilled to share our work on a novel prophage-encoded phage defence from @theMaxwellLab: Anti-phage defence through inhibition of virion assembly https://t.co/qgzR97s4KH
nature.com
Nature Communications - Bacteria have evolved various defence mechanisms to protect themselves against viral infection. Here, Patel et al. identify a type of antiviral defence that blocks virion...
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Online now: Stem cell migration drives lung repair in living mice
cell.com
Chioccioli et al. establish longitudinal imaging of intact mouse lung tissue ex vivo and in vivo to track the spatiotemporal coordination of alveolar type II cells following bleomycin-induced injury....
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Our documentary 'Last Chance to Save a Life' premiers tomorrow on SBS on Demand! Cannot wait to share this incredible story and journey from phage discovery to treating our first patient. See a sneak peek below https://t.co/g9tof9TzPJ
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🦠What are the early-life colonization & assembly dynamics of bacteriophages? Out today online in @cellhostmicrobe, our paper took a strain-resolved approach to investigate early phage colonizers. Article: https://t.co/C74GsnNFAB
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🌟 Can you treat #acne with... #phages?! 🌟 🔬 I'm very happy to share an update on an acne treatment research I'm leading at the School of Pharmacy, Queen’s University Belfast, UK. This project is part of the Innovate UK funded program #ICURe Discover. #InnovateUKFunded
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TWiV 1067: Heads or tails, you win a phage lunch 〰️ On this all-bacteriophage episode, TWiV explains the ‘vampire phage,’ and how mammalian cells internalize phage particles and utilize them to enhance cell growth and survival. 📺 https://t.co/9Jx799kU36
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I am excited to officially announce that I will be starting my own lab at @UCalgary in January 2024 to study the human virome! I am recruiting grad students and postdocs. For more details, please check out my lab’s website: https://t.co/WjB6W3JYWJ
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Check out our fast & flexible #pseudomonas #CRISPR -Cas3 #genome #engineering method #SEVA compatible broad use in Gram- #bacteria & #phage efficient #plasmid curing #publication in @journalspectrum
https://t.co/MlfgbLUshn
#BIONICBACTERIA #microbiology #SynBio #biotechnology
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Staphylococcus aureus activates sensory neurons to induce itch and scratch responses - read more here
cell.com
Itch evokes a desire to scratch, but the link between microbes and itch was unclear. Staphylococcus aureus, a bacterial pathogen, secretes a protease V8 that activates PAR1 expressed on neurons to...
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Efficacy of ceftobiprole in a murine model of bacteremia and disseminated infection. Find out more in #JMedMicro: https://t.co/9402GVVKwI 👈
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