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Kristina Gomoryova

@kristina_gomory

Researcher at @RECETOX, Brno. Mass spectrometry, metabolomics, proteomics, R, data analysis.

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Kristina Gomoryova Reposted

RNAseq is commonly performed. We compared N=30 wild-type Bl6 mice to an N=30 heterozygotic knockout with a phenotype, and then downsized. We found you need at least an N= 8-12 to avoid a >50% false positive rate. A 2nd line confirmed the finding. biorxiv.org/content/10.110…


Kristina Gomoryova Reposted

Our paper describing a new method (FLiP-MS) for the global profiling of protein complex dynamics is out @NatureBiotech ! Read here👉: doi.org/10.1038/s41587… 🔬 Highlights: - Uses an experimental library of peptide markers integrated with a structural proteomics workflow. -…


Kristina Gomoryova Reposted

We report many proteins not predicted by the genetic code. They are stable & abundant O( 10³ ) copies / cell. Generative mechanisms include codon-anticodon mismatches & RNA modifications. Their abundance depends on codon frequency & protein stability. biorxiv.org/content/10.110…


Kristina Gomoryova Reposted

Happy to see #quantms out nature.com/articles/s4159…. Thanks to the main authors Dai & Julianus. The @OpenMSTeam @OKohlbacher & @DemichevLab for the support with OpenMS and DIANN. Thanks to @lukas_k for his incredible work with the data. Thanks to @nf_core & @nextflowio platforms.


Kristina Gomoryova Reposted

A long awaited and important paper is finally out: pubs.acs.org/doi/10.1021/ja…. In a classic 🇸🇪 math textbook there is a cartoon that says "löst värde - värdelöst", roughly translated as "loose value - worthless". Like mass spectrometry data without QC or uncertainty.


Kristina Gomoryova Reposted

This computational mass spec training fellowship sounds like an awesome opportunity I would have liked to see as a grad student or a postdoc back in those days..

We are happy to support the @OpenMSTeam fully funded fellowship training in computational MS! 🤗 Great opportunity for graduate students and recent grads 👩‍🎓 Scientists from underrepresented backgrounds are especially encouraged to apply. More info 👉openms.org/news/fellowshi…

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Kristina Gomoryova Reposted

Did you know that 28 out of 34 signalling pathways, and ~60% of the proteome, respond differently depending on the metal ion environment? Neither did we, but now believe that the metal ion levels are one of the big "known unknowns" in cellular networks biorxiv.org/content/10.110…


Kristina Gomoryova Reposted

rworkflows: automating reproducible practices for the R community | Nature Communications nature.com/articles/s4146… #Bioinformatics

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Kristina Gomoryova Reposted

A free package for learning and practicing gene set enrichment analysis jokergoo.github.io/GSEAtraining/

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Kristina Gomoryova Reposted

I think the sad actual answer to "What is the biggest open challenge in biology?" is: 1. Getting people to share data. 2. Structuring, organizing, and annotating data with metadata so it's useful. 3. Building higher-level abstractions so people can efficiently work with big data.


Kristina Gomoryova Reposted

What are you favorite methods for building biological networks from omics data? @AcademicChatter #AcademicTwitter


Kristina Gomoryova Reposted

Our new preprint is available on biorXiv: doi.org/10.1101/2023.1… !🥳 We present scplainer, a principled computational approach to streamline and standardise #MassSpec #SingleCell #proteomics data analysis. Here's a 🧵 with our key messages.

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Kristina Gomoryova Reposted

🚨 It's here 🚨 The most comprehensive overview of modern proteomics ever written. ▶️ 19 figures ▶️ 17 chapters ▶️ 111 pages ▶️ 859 references Contributions from: ▶️ 19 authors ▶️ 13 institutions ▶️ 6 countries ▶️ 4 continents arxiv.org/abs/2311.07791


Kristina Gomoryova Reposted

Having started proteomics 2 yrs ago now, me and my fabulous colleagues (@csdawsonn, @lisabreckels & @CoralTKrueger) put together a workflow containing all of the things I wish that I had known about analysing expression proteomics experiments. f1000research.com/articles/12-14…


Kristina Gomoryova Reposted

the more i learn about statistics the more horrified i get at how much personal interpretive choice is at play at every step of the process. i came in expecting a hard science and feel like i'm getting slapped with way more art than i expected


Kristina Gomoryova Reposted

1/ This is what happens when you give 132 teams of researchers the SAME DATASET and ask the SAME QUESTION: How does sibling competition affect nestling growth in blue tits? Most teams found negative effect, but large variation in effect size. Some teams no or positive effect

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Kristina Gomoryova Reposted

Straight from the cookbook of p-hacking: “Add a twist of surprise to the paper”

No no no no no no no no no. Thankfully, this advise was ignored by the authors. But this wide spread but unspoken belief is why NeurIPS/ICML/ICLR reviewing for empirical papers is totally broken.

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Kristina Gomoryova Reposted

@NotValdemaras from @erwinschoof lab and colleagues leverage sensitivity-tailored data acquisition methods for scpMS to profile cell state heterogeneity in cultured model systems nature.com/articles/s4146…

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Kristina Gomoryova Reposted

Paper alert! Here is our fast and easy protocol to reduce strong signals of ligand peptides from nanobody peptides or streptavidin in AP-MS/BioID experiments. Collaboration between @MaxPerutzLabs , @StAnna_CCRI & @KraftLabFR A tweetorial!⬇️ pubs.acs.org/doi/10.1021/ac…


Kristina Gomoryova Reposted

Introducing DROPPS! Here's our preprint that describes an accesible approach to low input proteomics and how we applied it to generate some interesting biological insights (1/x) biorxiv.org/content/10.110…


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