Hi Cambridge, DNA friends and river water enthusiasts around the world! After two years, our team is happy to present you the first nanopore sequencing analyses of the River Cam microbiome 🌊🧑🔬🧪🧬
BioRxiv preprint: biorxiv.org/cgi/content/shor…
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Tonight the winners of the @CambridgeIndy#SciTechAwards will be announced! Honored to be nominated for the STEM Initiative of the Year award together with @LaraUrban42 & @DevilsAdvoMax & our DNA-sequencing based water monitoring initiative @puntseq. Good luck to all finalists🤞!
Curious about the microbiome found in your local river? The @puntseq team are using portable sequencing technology to monitor bacteria in the river Cam to help reduce the spread of waterborne diseases among swimmers 🏊♀️ and rowers 🚣♂️. #WorldMicrobiomeDayebi.ac.uk/about/news/announc…
Introducing ORG.one: a pilot-stage project designed to support faster, more localised DNA sequencing of #criticallyendangered species, using the latest ultra-long read approaches from @nanopore. Read more: bit.ly/3mXODZF
I made a few Winogradsky columns from the river #Granta last summer, so in winter I tried using mud/water from the same site. It took a while to get going but so beautiful now! And definitely distinct from the summer jars.
#Microbiology#ChalkStream@puntseq
One can’t highlight enough the importance of freshwater protection #WorldWaterDay 🌍💧🚰. Billions of people live without access to #safewater. Considering this, @puntseq aims to empower citizens to assess and monitor local freshwater quality. @eLifeelifesciences.org/digests/61…
Very happy to see our Nanopore Freshwater Microbiome Surveillance benchmark out @eLife!
… an exceptional collaboration with inspiring life scientists, tech-enthusiasts and friends in DNA city. A little tale from “behind the scenes” [1/15]
Our new study published in @eLife describes how the world's smallest portable DNA sequencing device @nanopore can be employed to simplify #water#monitoring around the globe. Great teamwork by @puntseq and special thanks to my co-authors Lara and Max!👉doi.org/10.7554/eLife.61504
ALT Monitoring dangerous bacteria in freshwater. New study by scientists at Cambridge (UK) and EMBL-EBI shows how a pocket-sized DNA sequencer can be employed to assess water quality. Credit: Spencer Phillips. Photo: Adobe Istock
ALT The core team behind the project together with their MinION sequencer. Right to left: Andre Holzer, Lara Urban & Maximilian Stammnitz (CC-BY 4.0) PuntSeq
ALT Punting and sequencing with the MinION. The MinION is a portable device that can sequence genetic material sampled from the environment – here, from the River Cam in Cambridge, UK. (CC-BY 4.0) PuntSeq
Our new study published in @eLife describes how the world's smallest portable DNA sequencing device @nanopore can be employed to simplify #water#monitoring around the globe. Great teamwork by @puntseq and special thanks to my co-authors Lara and Max!👉doi.org/10.7554/eLife.61504
ALT Monitoring dangerous bacteria in freshwater. New study by scientists at Cambridge (UK) and EMBL-EBI shows how a pocket-sized DNA sequencer can be employed to assess water quality. Credit: Spencer Phillips. Photo: Adobe Istock
ALT The core team behind the project together with their MinION sequencer. Right to left: Andre Holzer, Lara Urban & Maximilian Stammnitz (CC-BY 4.0) PuntSeq
ALT Punting and sequencing with the MinION. The MinION is a portable device that can sequence genetic material sampled from the environment – here, from the River Cam in Cambridge, UK. (CC-BY 4.0) PuntSeq
Our new study published in @eLife describes how the world's smallest portable DNA sequencing device @nanopore can be employed to simplify #water#monitoring around the globe. Great teamwork by @puntseq and special thanks to my co-authors Lara and Max!👉doi.org/10.7554/eLife.61504
ALT Monitoring dangerous bacteria in freshwater. New study by scientists at Cambridge (UK) and EMBL-EBI shows how a pocket-sized DNA sequencer can be employed to assess water quality. Credit: Spencer Phillips. Photo: Adobe Istock
ALT The core team behind the project together with their MinION sequencer. Right to left: Andre Holzer, Lara Urban & Maximilian Stammnitz (CC-BY 4.0) PuntSeq
ALT Punting and sequencing with the MinION. The MinION is a portable device that can sequence genetic material sampled from the environment – here, from the River Cam in Cambridge, UK. (CC-BY 4.0) PuntSeq
We are delighted to present our @cambridge_Uni 2020 Vice Chancellor’s Awards. These awards celebrate a broad range of research impact and engagement achievements among staff at all career stages, including professional staff #VCAwards2020
Join @CamUniEngage’s live stream today at 2pm UK time when @Cambridge_Uni VC Professor Stephen Toope is going to announce the winners of this years #VCAwards2020