#LMBresearch - Twitter Hashtag

almost 3 years ago

#CryoEM structures by @stetter19 in @bwfalcon’s group unexpectedly reveal that TAF15 forms amyloid filaments in certain cases of frontotemporal lobar degeneration: https://t.co/0iVJdsrsbF #LMBResearch @bwfalcon @GhettiBernardi1 @tammarynlashley @ApostolovaLiana

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Medicine at Cambridge @MedCambridge

about 4 years ago

Phenogenomic analysis – a new approach combining phenotyping & whole genome sequencing – has been developed by @luc_boeck and @AndresFloto’s group (@flotocambridge) to reveal insights into bacterial pathobiology. https://t.co/WTYUxIYZl3 #medicinecambridge #LMBResearch

MedCambridge's tweet photo. Phenogenomic analysis – a new approach combining phenotyping & whole genome sequencing – has been developed by @luc_boeck and @AndresFloto’s group (@flotocambridge) to reveal insights into bacterial pathobiology.
https://t.co/WTYUxIYZl3
#medicinecambridge #LMBResearch https://t.co/Xj6umxtdq6

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Nina Rzechorzek @Neurocool

about 4 years ago

Hot but not bothered?🧠🔥 Our paper on human brain temperature is out today in Brain! @ONeill_Lab @MRC_LMB @Brain1878 #LMBResearch #BrainTemp #BrainTrauma https://t.co/2li9kntUTG

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Bitesize Bio @BitesizeBio

over 4 years ago

From electronics to biophysics, via Nobel Prizes, comic books, and Breaking Bad, as discussed during The Microscopists interview with Richard Henderson @MRC_LMB Watch or Listen to the full episode here: https://t.co/svaVx8krkd #imaging #microscopy #LMBresearch

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Ulises Ricoy 🇲🇽 🧠 🔬🎛 🪳 @SuperOlish

over 7 years ago

#Art and #Science Decoding how detection of odours leads to diverse behaviours in flies. Beautiful work! https://t.co/YwpJ1fymIw #LMBresearch @gsxej @dolanmjg @as_bates @flyconnectome @LMB_PhD

SuperOlish's tweet photo. #Art and #Science Decoding how detection of odours leads to diverse behaviours in flies. Beautiful work! https://t.co/YwpJ1fymIw #LMBresearch @gsxej @dolanmjg @as_bates @flyconnectome @LMB_PhD https://t.co/pVES4W52Mb

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IMP @IMPvienna

about 8 years ago

A new publication by Clemens Plaschka in @nature describes prespliceosome-structure in near-atomic resolution, achieved by #cryoEM. Work done mostly #LMBresearch, covered here: https://t.co/81EfkWPUeH