Happy to see out our latest work on studying animal body size variations using single cell transcriptomics to measure gene expression of individual cells. Learned my fair bit of statistics here, and most importantly I learned how to build wrapper functions for "complex" tasks in R (such as differntial gene expression) in a modular way. Thanks to all the authors involved! https://www.science.org/doi/10.1126/sciadv.adm7042 #singlecell #scrna #allometry #splitseq #planarians #generegulation
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We’re hiring!
Join our lab at the Max Planck Institute for Biological Intelligence in Munich. Open positions for Postdocs, PhD students, Master’s students, and Technicians to work on wet lab molecular biology projects exploring gene regulation and neuronal diversity.
More information here: https://mayerlab.net/join-us/
mayerlab.netJoin us – mayerlab
Aspiring group leaders: we're #hiringnow! 
https://www.imp.ac.at/career/open-positions/group-leader-positions
We aim to recruit a #youngPI with an innovative research programme in any of these or related areas: #molecularbiology & #cellbiology, #generegulation and #development, #cancer & #immunology.
As a group leader, you'll be recruiting through our competitive #PhD Program, shared with other institutes at the The Vienna BioCenter:
https://training.vbc.ac.at/phd-program/
We have a #PhD available!! Are you interested in #cryoEM 
and #RNAstructure
? Then this might be for you: tinyurl.com/4uecm38r It's a 4-year funded position through @BBSRCWhiteRose; DM or email me for more details. #RNA #CryoEM #molecularbio #generegulation #Structbio #structuralbiology
#Sponges react to changes in their #microbiome with extensive modifications in #GeneRegulation
https://phys.org/news/2023-06-sponges-react-microbiome-extensive-modifications.html
#BodyPlan Reorganization in a #Sponge Correlates with Microbiome Change https://academic.oup.com/mbe/article/doi/10.1093/molbev/msad138/7191912
"The sponges respond to the loss of #cyanobacteria—eg. due to shading—with significant changes to their #morphology: Here, initially blue sponges with leaf-like growth forms transformed into white, thread-like #morphotypes with a markedly different #microanatomy."
It is 10 years, I started a research group first at FSU Jena
and currently at DTU
What are we working on?
#Biofilms of #Bacillussubtilis & #Multispeciesbiofilms
#PlantMicrobeInteraction & #soil #SynComs
#ChemicalEcology (#surfactin), #Genomics & #QuantitativeEcology of #Bacilli
#ExperimentalEvolution of #Biofilms & #MicrobialInteractions
#BacteriaFungiInteraction
#Generegulation & #CircadianClock in B. subtilis
see more: https://tinyurl.com/4nzyn46m
https://www.bioengineering.dtu.dkPeer reviewed publications, Preprints and PhD theses - DTU Bioengineering
I guess I should do an #introduction -- I'm a computational biologist working at the intersection of bacterial #PathogenGenomics and #FunctionalGenomics, mostly on sequencing-based technologies, and run a research group at the Helmholtz Institute for RNA-based Infection Research in Würzburg.
We dabble in #MachineLearning, #BayesianStatistics, and #DataVisualization, figuring out ways to apply these techniques to investigate #Pathogen #GeneRegulation and #Evolution.
Hi everyone! 
My name is Emma (she/her), I am a #computationalBiologist with a CS background and currently working on my #PhD. I am interested in all things #3DGenome organization, chromosome topology, #geneRegulation, enhancer-promoter interaction. I analyze data, develop analysis tools and develop models and polymer #simulations for my daily work.
Looking forward to getting to know some of you!
Hi everyone! My name is Emma (she/her), a #computationalBiologist with a CS background and currently working on my #PhD. I am interested in all things #3DGenome organization, chromosome topology, #geneRegulation, enhancer-promoter interaction. I analyze data, develop analysis tools and develop models and polymer #simulations for my daily work.
Looking forward to getting to know some of you!
Hello #ScienceMastodon Twitter refugees
#introduction I am a 
molecular & structural biologist working at the CNRS. I study the molecular mechanisms that control human gene expression focusing on #transcription factors & the Pol II machinery
Expect to see here a lot of info on #generegulation, #enhancers, #histone modifications & structural insights into the eukaryotic Transcription Initiation machinery. #CryoEM
I will also highlight #womeninscience to give them the visibility they deserve
