Hualan liu
@lanlanliu2
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biologist scientist @berkeleylab,@jgi. I tweet things about unique microbes,functional genomics, genetic tools, gut microbes, microbiome and #womeninSTEM.
Lawrence Berkeley Lab
Joined October 2018
A great team effort by @ben_a_adler @AdamArkinLab @AlexeyKazakov8 @lanlanliu2 @DeutschbauerLab @CarionHeloise and Betty Kutter !
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This is it! The #LBNLBracketChallenge Championship 🏆 round starts now! “New, #EcoFriendly Plastic” squares off against “#GeneEditing Tool.” 🗳️ Vote Now ⬇️ Learn more: https://t.co/HKsKBKnKM3
https://t.co/42LEYppvpR
#BerkeleyLab90 #CRISPR @LBNLBioSci @igisci @molecularfndry
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OUT TODAY: Genomic insights into diverse bacterial taxa that degrade extracellular DNA in marine sediments @KennethWasmund @LoyTeam @DOME_Vienna @univienna Read it here: https://t.co/K0rKvzFHcJ
https://t.co/f4kWvCSTU5
nature.com
Nature Microbiology - Using microcosms, stable isotope probing, genome-resolved metagenomics and NanoSIMS, the authors identify diverse bacterial taxa that can degrade extracellular DNA in marine...
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"It’s not statistical proof, but it’s clearly much more than expected.". Checkpoint inhibitors combined with fecal microbiome transplants enhance patient responses to immunotherapy.
nature.com
Nature Biotechnology - Microbiome companies are scrambling for a piece of the action as checkpoint inhibitors combined with fecal microbiome transplants enhance patient responses to immunotherapy.
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Article Tiso T et al (2021). Towards bio-upcycling of polyethylene terephthalate. Metab Eng. 2021 Apr 15:S1096-7176(21)00047-1. doi: 10.1016/j.ymben.2021.03.011. PMID: 33865980. https://t.co/O6qgQzVSYO
https://t.co/570Bv08U3F
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Bacteria control you by releasing mimics of human signaling molecules. Using automation to discover chemicals made by gut microbes from food, we map fatty acid amides as mimics to fool the immune system. @NovartisScience @MITdeptofBE #syntheticbiology
https://t.co/Edp5YfucQu
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New evidence showing that the bacterium Alcaligenes faecalis has polyethylene biodegradation activity 👇 https://t.co/VRu1qa6h7k
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New paper on transmission of antibiotic resistance genes in clinical settings. "horizontal plasmid transfer occurs in the gut of virtually every colonized patient". Scary! @NatureMicrobiol
https://t.co/wmJlVNKNZw We need phage to help to tackle this challenge @vivek_mutalik
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So many untapped resource of strains, pathways and enzymes from the goat gut microbes. Interesting to see the functional differences between anaerobic fungal and bacterial consortia. https://t.co/1C8hjmRt2H
#fungi #genomics by @omalleylab
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A fascinating piece for me to read. With a young journey in science, I acho Dr.Pringle that science is more enjoyable if we are always open and willing to share ideas, materials and credit. thank my mentors Adam D and morgan Price.@DeutschbauerLab
https://t.co/5rHT1fuFLI
pmc.ncbi.nlm.nih.gov
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This reminds me about one of my PhD projects, what are those pili genes do in C. perfringens. In marine Cyanobacteria, type IV pili turns out to be part of a sophisticated floatation mechanism. Microbes are so cool that they often beyond our imagination! https://t.co/VYknZGjd4O
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A new #ScienceReview investigates research that shows how the bacteria, viruses and fungi of the microbiome are pervasive among human cancers, are key actors in #cancer immunotherapy, and are potentially engineerable to treat metastases. ($) https://t.co/4iTTd6Whhx
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We just reported a powerful tool for cloning large genomic DNA ( https://t.co/Jl4hGY5OOC). Here is a related news release: https://t.co/W8FKL98ttN. I hope this CAPTURE method will not only capture novel natural products but also scientists’ imagination.
nature.com
Nature Communications - Direct cloning of biosynthetic gene clusters is difficult due to their size and repetitive nature. Here, the authors present CAPTURE, which uses Cas12a and in vivo Cre-lox...
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🔥Very interesting by @NIHI 🔥 @CellCellPress Infection trains the host for microbiota-enhanced resistance to pathogens #IDTwitter
https://t.co/xjfRhKsx4J
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What will be the most important areas of research in #biotech over the coming years? Which technologies will be most important to advance knowledge and applications in these areas? https://t.co/qeLAJuJDPx
nature.com
Nature Biotechnology - Nature Biotechnology asks a selection of faculty about the most exciting frontier in their field and the most needed technologies for advancing knowledge and applications.
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A Peek into the Plasmidome of Global Sewage https://t.co/mdBWDPOF5s
#biorxiv_micrbio
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A great experience working on this project, and big thanks to our wonderful collaborators. @DeutschbauerLab @AdamArkinLab, @PTurnbaugh lab, Christopher J Petzold lab @JBEI,and Kerwyn Casey Huang lab @Stanford.
cell.com
Liu et al. report large-scale, genome-wide fitness assays for the model human gut commensal Bacteroides thetaiotaomicron, both in vitro and in vivo. These data provide insights into the bacterium’s...
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The preprint of our large-scale functional genomics on Bacteroides thetaiotaomicron is up now. We hope to expand similar approach to other human microbiota, and further help us to gain a better understanding the gut microbiome.@DeutschbauerLab
https://t.co/dzUFcgFjHQ
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Not every 4 bp overhang is created equal: fidelity score check for choosing the 4 bp overhang using Golden Gate Assembly. https://t.co/kWxdj1BzFQ …
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We're looking for postdocs, biologists, automation engineers, data scientists software developers, systems engineers, communicators and more! Check out our current job openings at https://t.co/NvamJrrFHL
#bioinformatics #microbiome #datascience #scicomm
lbl.referrals.selectminds.com
Explore Careers at LBL
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