Carl-Johan Eriksson
@CJcarl_johan
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Medical Student and PhD-student in the Frisén lab at KI. Interested in Computational Biology, Immunology and Neuroscience
Stockholm, Sverige
Joined August 2014
Very proud to see our results regarding early prediction of Alzhemier's disease being published in @alzdemjournals
https://t.co/tcjZWVXcZc, I hope our work will lead to early diagnosis and prevention of Alzhemier's improving outcome for patients (1/5)
alz-journals.onlinelibrary.wiley.com
INTRODUCTION There is an urgent need for novel blood biomarkers for the detection of Alzheimer's disease (AD). We previously showed that levels of the bisecting N-acetylglucosamine glycan epitope...
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KI researchers @schedinweiss and @robin_zhou_ have found that a type of sugar molecule in blood is associated with the level of #tau and can be used to predict #Alzheimers disease almost 10 years before symptoms appear. Study published in @alzdemjournals. https://t.co/0ETzc7WrG2
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Are you, like us, wondering WHERE’S that CLONE? On behalf of the ‘Spatial VDJ’ team, here's full-length BCR and TCR mapping in human tissue using spatial transcriptomics (Visium). https://t.co/4991vDPqlI
@thrane_kim @Qirongliiin @Jeff_Mold @FrisenJonas @joalunatkthse thread 1/n
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So excited to see our ✨🧬'Molecular spikes'🧬✨ RNA spike-ins out in @naturemethods 📃 Since the preprint, we have completely overhauled the design & produced a completely new expanded set of spikes, so check it out: https://t.co/dd7pyQV28J more below...⬇️
nature.com
Nature Methods - This work presents an RNA spike-in that can be used to improve RNA counting in single-cell RNA-sequencing (scRNA-seq) analysis, as well as to report the performance of scRNA-seq...
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Extremely proud and happy to share this preprint that has been a work in progress for many years now! Happy to have contributed and amazing work by @Jeff_Mold and @marty__weissman et. al.
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Very excited to share our #preprint on TREX and Space-TREX in the mouse brain! Huge thanks to @leonie_vberlin, Ludvig Larsson, Marcel Martin, Jakub Westholm, @GioeleLaManno, @joalunatkthse and @FrisenJonas! Out now on @biorxiv_neursci 👉👉👉 https://t.co/FawTGmEO1t
biorxiv.org
The mammalian brain contains a large number of specialized cells that develop from a thin sheet of neuroepithelial progenitor cells[1][1],[2][2]. Recently, high throughput single-cell technologies...
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Thrilled to get the opportunity to talk about Smart-seq3xpress in a webinar hosted by @cytena / @DispendixGmbH next wednesday! Tune in if you want to hear me go on about nerdy scRNA-seq method details: https://t.co/oCxpI3VRbT
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Very happy to see our work out in @ScienceMagazine
https://t.co/tLMo0WqF9r . This was a large effort by an amazing team J. Chell @Pierre_Le_Merre @yicheng_wu @MargheritaZamb2,J. Bergenstrahle,M. Stenudd,E. Sopova,@joalunatkthse,O. Shupliakov @CarlenLab and @FrisenJonas Thread 1/
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Single cells don’t act alone. Our work on the role of the T cell clone is out. Great collaboration led by @Jeff_Mold @jakmic2003 @FrisenJonas
biorxiv.org
CD8+ T cells play essential roles in immunity to viral and bacterial infections, and to guard against malignant cells. The CD8+ T cell response to an antigen is composed of many T cell clones with...
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Clonal selection of CD8 T-cells during acute to memory response after Yellow Fever #vaccination elegant #HumanImmunology work by @Jeff_Mold @jakmic2003 @FrisenJonas et al @karolinskainst
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