singlecellomics Retweeted
@StefanBassler: Jörg Vogel from @Helmholtz_HIRI presents the first single-bacterium RNA-seq protocol to track growth condition-specific global transcriptomes. Exciting start for a new field in microbiology! #EESMicrobiology https://t.co/pGPyomcca9
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singlecellomics Retweeted
@dominic_grun: Our human liver cell atlas is out in @nature! Excellent work by the super-talented @NAizarani in collab with Baumert lab: transcriptome-wide zonation of hepatocytes and endothelial cells, bipotent epithelial progenitors, comparison to HCC and organoids: https://t.co/6bkxjwe9oZ https://t.co/Tv31KZlN9o
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singlecellomics Retweeted
@HelmholtzMucEn: Researcher developed an experimental method to quantify newly synthesized mRNA in #singlecells #computationalbiology @Uni_WUE @Helmholtz_HIRI @nature @fabian_theis https://t.co/AH3zykxI73 https://t.co/EZ1w6UiijJ
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singlecellomics Retweeted
@AE_Saliba: Our scSLAM-seq paper is out in Nature @nature! It is an amazing collaboration with Lars Doelken @DolkenL and Florian Erhard @Uni_WUE with the help of Fabian Theis @fabian_theis. Thousands thanks guys! https://t.co/42lQUmiBnw
#hiri #singlecell https://t.co/qaiqbio0ti
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singlecellomics Retweeted
@LifeTimeFET: Angelika Eggert, head of the Department of Pediatrics @Charite at #LifeTimeEthics workshop @HelmholtzMucEn on the issues that LifeTime should focus on: data security/protection, biometarial/informed consent, communication with the patients and the scientific community. https://t.co/2Cg7GsLvak
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Mission

Single cell genomics is revolutionizing biology and medicine, combining the advantages of bulk sequencing techniques and microscopic analysis of single cells. Rapid technological advances now allow the profiling of genomes, transcriptomes and epigenomes at an unprecedented level of resolution. To harness the full potential of these developments new computational methods specifically tailored towards the analysis of single cell omics data are essential. Integrating efforts in all research areas involved will enhance the translation of single cell sequencing techniques to the clinic. The network Single Cell Omics Germany (SCOG) brings together national researchers using and developing single cell technologies to generate insights into biological systems. Its mission is to provide a collaborative platform for the exchange of both computational and experimental methods and expertise, thereby strengthening single cell research in Germany. Connecting the German single cell community with relevant international initiatives (such as HCA and IHEC), the network will help to address biomedical questions and foster translational research.

Coordination

Management Team

Munich

Fabian Theis

Anna Sacher

Berlin

Nikolaus Rajewsky

Christian Popp

Marie Vidal

Anna Sonsala

Saarbrücken

Jörn Walter

Nina Gasparoni

Steering Committee

Eileen Furlong

EMBL, Heidelberg

Nikolaus Rajewsky (founding member)

BIMSB/MDC, Berlin

Joachim Schultze

University of Bonn/LIMES, Bonn

Fabian Theis (founding member, coordinator)

HMGU, Munich

Maria Elena Torres-Padilla

HMGU, Munich

Barbara Treutlein

MPI, Leipzig

Jörn Walter (founding member)

Saarland University, Saarbrücken

Funding

Get in Touch

Helmholtz Zentrum München

MDC Berlin

Saarland University

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