Carlos Gallardo Dodd

PhD student @scilifelab @karolinskainst
Applying data-driven approaches for biomarker discovery and understanding human disease.

[Carlos Gallardo Dodd @CGallardoDodd]

Happy to see our study using dry immersion to investigate the impact of microgravity on circulating T cells published @ScienceAdvances! Very thankful to @ClaudiaKutter, Sergey Ponomarev & Lisa Westerberg for this opportunity. Special thanks to all volunteers & everyone involved.

[Science Advances @ScienceAdvances]

Using dry immersion experiments to simulate the effects of microgravity, scientists have captured how living in low gravity conditions impacts the body’s immune system. https://t.co/riK9goNzqu

[Carlos Gallardo Dodd @CGallardoDodd]

Very happy to see our review article published. Thank you for all the help and support that made it possible @ClaudiaKutter

[Claudia Kutter @ClaudiaKutter]

Pleased to see our review "The regulatory landscape of interacting RNA and protein pools in cellular homeostasis and cancer" published https://t.co/weUiCRdsY9

[Pablo Carravilla @carravilla_p]

🚨New paper alert!🚨
We all know that microscope lasers cause undesired reactions in our samples, such as photobleaching. Here, we investigated photoblueing, a light-induced reaction that changes the emission colour of a dye.
https://t.co/f4P2lpdxde

[Nature Methods @naturemethods]

Organic dyes can photoconvert, having unexpected effects on quantitative microscopy. Check out this lovely paper from the Carravilla and Eggeling labs on how photoblueing impacts confocal, STED, and FLIM experiments, and how exchangeable probes can help! https://t.co/GD3qXBSzLC

[Carlos Gallardo Dodd @CGallardoDodd]

Very pleased to see our study investigating the protective role of ER signaling in MASLD finally published. It has been a great journey working together on this project!

[Christian Sommerauer @ChrisSommerauer]

Incredibly happy to see one of my main PhD projects published in Molecular Systems Biology, and grateful to be featured in the Karolinska Institutet news letter!

https://t.co/RQRrPUvaIo

[Friedlander lab @marcfriedlander.bsky.social @FriedlanderLab]

Time to celebrate! 🥂Our new agoTRIBE method to detect microRNA targets transcriptome-wide in single cells has just been published in @NatureBiotech! 🧬

Thanks to @scilifelab @Stockholm_Uni @Vetenskapsradet and @ERC_Research

https://t.co/dwCnLD7Ctd

[Claudia Kutter @ClaudiaKutter]

Happy to present our latest preprint
https://t.co/0qCdNwJUYK

[Pelechano lab @pelechanolab]

Really happy to present our work combining Molecular Biology and Electronics just published in @ScienceAdvances A great collaboration with Mehdi Javanmard @RutgersECE and @LarsMSteinmetz #LAMP #AMR #infection https://t.co/9TtwuxjaJ7

[Carlos Gallardo Dodd @CGallardoDodd]

@florian_ortis @scilifelab @ISTAustria Best wishes on this new chapter. They are lucky to have you!

[Pelechano lab @pelechanolab]

Extremely happy to see our work our on #metadegradomics in @NatureMicrobiol kudos for @sushuch and @lilithnersisyan for spearheading this work @scilifelab @karolinskainst

[Lior Pachter @lpachter]

Two of our recently developed tools to simplify bioinformatics are now published

ffq for metadata retrieval from sequence databases (@agalvezmerchan, @lioscro, @sinabooeshaghi): https://t.co/X40xnENtiM
gget for querying genomic databases (@NeuroLuebbert) https://t.co/ZtAXeiz4pW

[Christian Sommerauer @ChrisSommerauer]

Happy to share our new review featuring how the interactions of noncoding RNAs and RBPs govern liver physiology and metabolic diseases! @ClaudiaKutter

[María Bueno Álvez @_buenoalvez]

Our work on the genome-wide annotation of protein-coding genes in pig is now published in @BMCBiology!

[Carlos Gallardo Dodd @CGallardoDodd]

Our work on the interdependencies of codon and anticodon pools in mammalian cell types finally out @genomeresearch and highlighted by @scilifelab news. Pleased to work with @FulbrightPrgrm fellow William Gao and @ClaudiaKutter (artwork by Sally Gao).
https://t.co/YU704qqUa8

[Carlos Gallardo Dodd @CGallardoDodd]

@vishalsp10 @ClaudiaKutter @FulbrightPrgrm @klmr @MTarbier @keyi_G Codon usage was an outlier for pancreatic acinar cells only, not other cell types in the pancreas from which we had data.

[Carlos Gallardo Dodd @CGallardoDodd]

@vishalsp10 @ClaudiaKutter @FulbrightPrgrm @klmr @MTarbier @keyi_G Thanks for your interest in our work. The mouse scATAC-seq data does not include pancreas so we do not know about the anticodon usage there. Pancreatic anticodon usage is similar to other cell types in the fetal human dataset (we tested acinar, islet, stromal and ductal cells).

[Claudia Kutter @ClaudiaKutter]

Venit, vidit, vicit. At the scientific speed of light @FulbrightPrgrm fellow William Gao and @cgallardododd discovered cell type-specific codon-anticodon dependencies! Very pleased to see our work published @genomeresearch https://t.co/1HopGzCm3M