Guttman lab
@GuttmanLab
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Joined November 2021
@FeldmanSaraa אנשים בהחלט מתים מנזק נפשי מוזמנת לשאול כל מי שהכיר אב שכול שנפטר אחרי מות בנו כי פשוט לא יכל לשאת יותר את הצער אז פשיטא
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Glad to share our recently published review on Ulva - tomorrow’s ‘wheat of the sea’ for foods, feeds, nutrition, and biomaterial. 🌾🌊 A great collaboration in EU COST action @SeaWheatCOST @IOLR_Israel @LsBgu @WeAreTandF @EU_Commission
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RT @ISME_microbes: Our abstract submission deadline has just been extended to 23 February! There is still opportunity to present your resea…
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RT @AAvihail: This interactive map illustrates the horrifying scale of the atrocities committed by Hamas on Oct. 7th
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RT @DungNguyenOcean: It’s such an honor to receive the Certificate of Excellence from the Department of Life Sciences. 🏆🎉 I’m incredibly gr…
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Glad to share our recent paper on the spatial succession of microbes in the gut of an algivorous sea, driven by environmental conditions and microbes contribution to host in digestion of the polysaccharides-rich feed @IOLR_Israel @LsBgu @JournalSpectrum
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RT @DungNguyenOcean: So thrilled to share my paper newly published on #STOTEN. The story is about how the #microbial community gain their “…
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Peace after a storm? Our study on the assembly of prokaryotes vs. eukaryotes in the marine plastisphere reveals how ‘peace’ is gained after a storm event regarding diversity, functions, and networking. @IOLR_Israel @oferovad @LsBgu @EilatCampus
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RT @YuliaxisRC: hdWGCNA, a comprehensive framework for analyzing co-expression networks in high dimensional transcriptomics data such as si…
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RT @oxcordero: This is a milestone paper for us and @MattiGralka ‘s opus magnum: Fundamental metabolic strategies of heterotrophic bacteri…
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RT @JFriedman_micro: Happy to share our latest manuscript about predicting interspecies interactions between bacteria. Research by the ta…
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RT @SegevEinat: Our new paper- Anthropogenic compounds have become part of the marine phosphorus cycle and marine bacteria can metabolize t…
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Our recent work on a marine Alkalihalobacillus sp. from the gut of sea urchin. This microbe reveals a unique content of CAZymes for degradation of seaweeds’ polysaccharides. @IOLR_Israel; @LsBgu; @EilatCampus; @JournalSpectrum;
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