Thrilled to share the most comprehensive Atlas of Proteome/Phosphoproteome Turnover across mouse tissues and brain regions, thanks to the outstanding @Yanshen73854711 & @JunminPengLab! Proud to contribute to this. Check it out: #Proteomics#ProteinTurnover https://t.co/2iFE2LyIpN
Hello @SimoneSidoli , I'm currently reviewing statistical methods in proteomics and came across your paper "guide für fold change and p-value calculation...". However my institute doesn't have access. Would you mind sharing the manuscript with me?
Meet Leucochloridium a worm that parasitises snail's eyestalks, imitating caterpillars. There it controls the mind of its host forcing it into the open and vulnerable to birds.
Our new paper has been published! We wish this will be one of the primally options when extracting nucleic acids from microbial samples: A Fast and Easy Method to Co-extract DNA and RNA from an Environmental Microbial Sample https://t.co/0vf3gtfr2E
Our new paper has been published! We wish this will be one of the primally options when extracting nucleic acids from microbial samples: A Fast and Easy Method to Co-extract DNA and RNA from an Environmental Microbial Sample https://t.co/0vf3gtfr2E
When i wrote my PhD thesis I realized how biased our detection of microbes in the environment is. Fungi / slime molds are definitely important members of coastal aquatic communities but because bacteria/eukaryotes have been studied for a longer we are virtual blind to fungi etc.
I just had a talk in my company's journal club style series of talks. I got really good questions during and after the talk and two colleagues messaged me afterwards to discuss. I thought that kind of interest in a topic only exists in academia.
@tomkXY I love that people who came up with the idea of flow cells and clonal based nucleotide detection were so confident to call it next gen sequencing. Nobody even considered that it will eventually be supported/replaced with new technologies that make "next gen" sound ironic.