StephanKamrad
@KamradStephan
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Microbiologist in the Patil Lab @kiran_r_patil @MRC_TU @Cambridge_Uni Microbiology, Metabolomics, Systems Biology
Joined January 2022
Check out our latest work on the unexpected inhibitory effects of common agricultural and industrial chemicals on our gut bacteria. @AnnaELindell, @IndraRoux
@kiran_r_patil, @MRC_TU
https://t.co/1OI3spgRLK
biorxiv.org
Contamination by industrial and agricultural chemicals like pesticides are a cause of great concern due to the risk to human and environmental health. While these chemicals are often considered to...
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We are excited to share our work assessing the impact of 1000+ industrial and agricultural pollutants on 22 gut microbiome species 🧪🧫🧬. A thread 🧵 @AnnaELindell @KamradStephan @kiran_r_patil @MRC_TU
https://t.co/6uy8hm20af (1/9)
biorxiv.org
Contamination by industrial and agricultural chemicals like pesticides are a cause of great concern due to the risk to human and environmental health. While these chemicals are often considered to...
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Bye bye Heidelberg :( Had a great time at #EESMicrobiology and will miss those rooftop views!!
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Great poster by @AriannaBasileCC at #EESMicrobiology about extending CarveMe to gut bacteria!
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Unique chance to work with the amazing @ItsBiniR
Hello #TeamMassSpec, I am a mass spectrometrist specialised in proteomics.. I am looking for a #NewJob from September where I can continue nerding about developing, optimising, and validating fit-for-purpose workflows to address proteomics-related queries.. (1/4)
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Meet some of our #microbiome researchers this #WorldMicrobiomeDay and learn more about the research we are tackling at the Unit (1/3)
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Pioneering work led by @simranolak @RalserLab and @LedesmaAmaro. Complementary auxotrophies in yeast can be used to construct modular microbial consortia. Cool!
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VACANCY: The Patil lab are looking for TWO Research Associates to study the modulation of microbial communities 🦠 💰 £35,308-£43,155 Apply by 30th June More info: https://t.co/OSnTt8JNMU
#ResearchJobs #ScienceJobs @kiran_r_patil
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When I joined the @RalserLab in 2016, consistently and precisely quantifying almost 2,000 proteins across thousands of runs sounded like science fiction. So cool how far the technology has come (not at least thanks to DIA-NN @DemichevLab) #TeamMassSpec
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Glad I could contribute with high-thorughput growthrate measurements of the strains using pyphe. BTW, growth rate has a strong influence on the proteome profile, but explains only a fraction of the proteome changes in slow growing strains.
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In this incredibly project, the amazing @chr_messner measured quantitative proteome profiles of 5k yeast ko strains by microflow-SWATH, revealing new insights into system-level regulation of the proteome. https://t.co/22tzFO0mdd
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Unveiling a proteomic response for (almost) all genes in a species! Discover how we combine functional genomics & proteomics and uncover principles driving protein expression and redefine gene annotation strategies. 🌐📚 #Proteomics #Genomics #ScienceNews
cell.com
By combining functional genomics with proteomics, molecular phenotypes in the yeast Saccharomyces cerevisiae can be assigned at genome scale, and systems-level insights reveal principles of how gene...
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Does anyone here have experience with analysing DIA metabolomics data acquired in All Ions mode on an Agilent QTOF in MSDIAL @msdial_project ? Can I pick your brain for 10 mins pls
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Super excited to be part of this year's EnterpriseTECH cohort @UCamEnterprise as an inventor and meet everyone at launch night yesterday!
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No…clonal young cells are not all the same!! Fantastic work by @KamradStephan and @RalserLab in developing an isotope labeled proteomics methods to identify metabolically heterogeneous cells 👏 Awesome to be part of this work!
My main PhD project is finally published: Young yeast colonies contain metabolic subpopulations, and 13C labelling and proteomics can be used to tag and deconvolute their proteome profiles.
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My main PhD project is finally published: Young yeast colonies contain metabolic subpopulations, and 13C labelling and proteomics can be used to tag and deconvolute their proteome profiles.
nature.com
Nature Microbiology - Stable isotope-labelled amino acid incorporation into proteins reveals that genetically homogeneous yeast colonies contain metabolically distinct subpopulations that...
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We had indirect evidence for years, that (isogenic) yeast cells exchange metabolites, metabolically specialize, and eventually, phenotypically diverge. But it was a challenge to measure it directly and to really prove it. Kudos to @KamradStephan
nature.com
Nature Microbiology - Stable isotope-labelled amino acid incorporation into proteins reveals that genetically homogeneous yeast colonies contain metabolically distinct subpopulations that...
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