Superior batch alignment and hyper-dimensional cytometry representations allow ultra-sensitive classification of disease phenotypes
Andrews, T. D., Davies, A. R. et al.
Paper
Details
#UltraSensitiveDiseaseClassification #HyperDimensionalCytometry #BatchAlignmentInResearch
01.08.2025 16:01 β π 0 π 1 π¬ 0 π 0
How Quarto embed fixes data science storytelling | Emily Riederer
Literate programming excels at capturing our stream of conscience. Our stream of conscience does not excel at explaining the impact of our work. Notebooks enable some of data scientistsβ worst tendenc...
Technical writing is hard bcs "writing is thinking" but we often should tell our story not in the order we worked. Solution? I wrote a quick post on how @quarto.org 's embed shortcodes can reframe technical writing as reproducible evidence curation
www.emilyriederer.com/post/quarto-...
π§΅ (1/n)
27.07.2025 13:14 β π 103 π 22 π¬ 4 π 1
PNAS
Proceedings of the National Academy of Sciences (PNAS), a peer reviewed journal of the National Academy of Sciences (NAS) - an authoritative source of high-impact, original research that broadly spans...
This is a bit of weird analysis - and looking through it I donβt necessarily recall seeing the same stuff. Fetal effector T cells are prone to death in vitro and there are relatively few in vivo. Most are treg (foxp3+) www.pnas.org/doi/10.1073/...
26.07.2025 10:08 β π 4 π 2 π¬ 1 π 0
Reminders for researchers doing flow cytometry during the summer:
Hot weather can mess with your flow cytometry results. Keep an eye on the following:
(1/6)
22.07.2025 06:29 β π 2 π 1 π¬ 1 π 0
Importing Data with Python
Importing data is a key step in the data science workflow. Here we compare data import for two key Python data-frame libraries - Polars and Pandas.
Importing data is a key step in the data science workflow. In our latest Python blog post, we compare this process for two key libraries - Polars and Pandas - emphasising how to convert to the correct data-type and why you should validate the structure and content of the imported data.
#rstats
17.07.2025 10:24 β π 5 π 3 π¬ 0 π 0
Mark Walport begins conference by stating plainly that pre-pub peer review cannot reasonably be expected to assess quality of papers with 100 page supplements and terabytes of data
14.07.2025 08:52 β π 47 π 6 π¬ 6 π 3
Access gated raw data - EasyFLowQ
Hi bluesky! Here are new improvements to the flowcytometry app I made during my time in @elowitzlab.bsky.social. Now it supports exporting gated events as npy and mat. So you can gate data in your favorite graphic interface, then analyze them with python or Matlab! ym3141.github.io/EasyFlowQ/Ra...
14.07.2025 21:34 β π 5 π 1 π¬ 0 π 0
Follow @econmaett.bsky.social, it's how I see most R things daily π Also add the #rstats feed
14.07.2025 15:39 β π 7 π 1 π¬ 1 π 0
New #rstats blog up!
solomonkurz.netlify.app/blog/2025-07...
This is the second post in the series where we use {brms} to learn {Stan} code. This time we review matrix notation, model matrices, and a new class of distribution functions in Stan.
14.07.2025 14:12 β π 64 π 15 π¬ 2 π 1
ImmuneFM: Pre-training Foundation Model from Cytometry Data for Immunology Research
https://www.biorxiv.org/content/10.1101/2025.07.09.664020v1
14.07.2025 10:42 β π 1 π 1 π¬ 0 π 0
Hexagonal logo for BioCAsia 2025 in Adelaide, featuring a stylized landscape with vineyards, mountains, a convention center, a grape cluster, and Bioconductor logo
π£ BioCAsia 2025: Call for Workshops
Join the Bioconductor stream at ABACBS 2025 in Adelaide!
Submit your hands-on workshop EOI by August 1.
Flexible 90-min blocks.
β‘οΈ www.abacbs.org/abacbs-2025-...
#Bioconductor #BioCAsia2025 #RStats
11.07.2025 09:04 β π 7 π 3 π¬ 0 π 1
Join the Bioconductor Developer Forum - R & Rust in Bioinformatics
ποΈ 28 July, 17:00β18:00 CEST
Discussing extendr, Rust packages, and real-world use cases.
π blog.bioconductor.org/posts/2025-0...
#Bioconductor #RStats #RustLang #Bioinformatics
11.07.2025 12:46 β π 13 π 7 π¬ 0 π 0
Projects
BioHackathon Europe projects
π»π§¬ Join the Bioconductor project at BioHackathon Europe 2025 (Berlin, Nov 3β7)!
In-person registration closes Tuesday, July 15
Project: github.com/elixir-europ...
#BioHackathon #Bioinformatics #Bioconductor
11.07.2025 15:15 β π 6 π 4 π¬ 0 π 1
Parallel processing in purrr 1.1.0
The functional programming toolkit for R gains new capabilities for parallel processing and distributed computing using mirai.
#tidyverse purrr 1.1.0 is out - now with parallel processing!
Scale your #rstats map operations reliably and efficiently across multiple cores and even distributed systems.
Powered by the mirai framework, this unlocks new levels of performance.
Read more at:
www.tidyverse.org/blog/2025/07...
10.07.2025 22:35 β π 190 π 60 π¬ 5 π 4
Probabilistic migration events drive transient tissue residency of lymphocytes during homeostasis
Tissue-resident lymphocytes form a phenotypically and functionally distinct analog to the corresponding circulatory lymphocyte populations. Residential CD8 T cells, in particular, are identified as having prolonged residence in the tissues and key functions in recall responses at tissue-environmental interfaces, although the dwell time in individual tissues has yet to be resolved. Residential CD4 T cells, regulatory T cells, B cells, and NK cells have been demonstrated to share phenotypic properties with residential CD8 T cells, but the migratory kinetics are even more poorly defined. Here we used probabilistic modelling on a large parabiosis dataset, covering multiple time-points and tissues, to calculate migration kinetics and dwell times of multiple lymphocyte subsets across a diverse set of tissues. Markov chain modelling identified distinct cell type-specific and tissue-specific residency patterns. The liver and gut were prone to prolonged residency compared to other tissue types, and a hierarchy of residency was observed with CD8 T cells and NK cells demonstrating longer residency than CD4 conventional T cells and regulatory T cells, which in turn resided in tissues longer than B cells. With few exceptions, however, average residency was at least an order of magnitude shorter than the life-span of the mouse, indicating a more dynamic form of steady-state tissue residency than usually assumed. Together these data provide a comprehensive model of a pan-tissue shared program in lymphocyte tissue residence, as well as identifying cell type- and organ-specific modification of the migratory kinetics. ### Competing Interest Statement The authors have declared no competing interest. Wellcome Trust, https://ror.org/029chgv08, 222442/Z/21/Z European Research Council, TissueTreg
A #flowcytometry, #rstats and #Stan pre-print! π
www.biorxiv.org/content/10.1...
09.07.2025 11:11 β π 2 π 0 π¬ 0 π 0
I know the numbers are still rather small, but now do Positron!
07.07.2025 19:12 β π 2 π 1 π¬ 0 π 0
Bioconductor and ggplot2 4.0.0: Whatβs Changing and How to Prepare β Bioconductor community blog
Preparing for the upcoming update - key changes, potential breakages, and what developers and users can do
π New blog post: Bioconductor and ggplot2 4.0.0 - Whatβs Changing and How to Prepare
A major ggplot2 update is coming and may impact Bioconductor packages. Whatβs changing, how to test, and where to get help π blog.bioconductor.org/posts/2025-0...
#Bioconductor #RStats
07.07.2025 12:36 β π 15 π 9 π¬ 1 π 0
Bioconductor and ggplot2 4.0.0: Whatβs Changing and How to Prepare β Bioconductor community blog
Preparing for the upcoming update - key changes, potential breakages, and what developers and users can do
ggplot2 4.0.0 is coming soon, and is moving some of the internals from S3 to the new S7 OOP system. This is worth a read if you're developing packages with ggplot2 (bioconductor or otherwise) blog.bioconductor.org/posts/2025-0... #Rstats
07.07.2025 15:31 β π 21 π 10 π¬ 0 π 0
Bookmarking β The BUV615 negative spill could probably still use some additional tinkering with brighter controls, doesn't look to be entirely UDS π§π
02.07.2025 11:27 β π 1 π 0 π¬ 0 π 0
Single Benzene Fluorophores: Elucidating the molecular structural origin of efficient emission across solid and solution phases
...joint paper with Jinsang Kim www.mse.engin.umich.edu/people/jinsang & Minsang Kwon kwonlab.snu.ac.kr
doi.org/10.1038/s414...
#compchemsky #chemsky #PiSky
01.07.2025 15:06 β π 4 π 2 π¬ 0 π 0
It just happened again, as it happens multiple times each year: Someone's student asked me to look at their model output, I asked why they chose those variables, they say "these variables might influence outcome". This is a failure of training in biology, not student's fault. Committee is no better!
27.06.2025 07:42 β π 60 π 11 π¬ 5 π 0
YouTube video by International Clinical Cytometry Society
Tandem Dyes
πNew Video Alert! Don't Miss It! π
The ICCS Outreach Committee has released a new video on tandem dyes in flow cytometry. More videos coming soon, so please *subscribe* to our YouTube channel so you don't miss any!
Watch it now at www.youtube.com/watch?v=5cV7...
#PathSky #Flowcytometry #Hemepath
27.06.2025 17:12 β π 3 π 2 π¬ 0 π 0
.... LibreOffice it is then ....
27.06.2025 14:05 β π 0 π 0 π¬ 0 π 0
Postdoc at @BelkaidLab | PhD roots in @iannaconelab π feminist, LGBTQIA+ soldier, bookworm, 80s flowing in my veins
Scientist with expertise in a field irrelevant to daily life.
Ceterum autem censeo russiam esse delendam.
He/Him. Evolution and Bioinformatics. Posts mine alone, in English (mostly) & French. Head of @dee-unil.bsky.social, group leader at @SIB.mstdn.science.ap.brid.gy. PI of @bgee.org
𦣠Main account: https://ecoevo.social/@marcrr
Research Software Engineer. Develops bioinformatics tools and software: github.com/jkanche
just a scientist who cares about scientific integrity.
Find sketchy things I find on pubpeer, user "Archasia Belfragei"
American/Swedish Biomedical Scientist studying immunology and cancer. My favorite cell atlases say βhere be dragonsβ on the UMAPs. @karolinska institute
https://scholar.google.com/citations?hl=en&user=_owb98cAAAAJ&view_op=list_works&sortby=pubdate
Bloomberg Distinguished Professor at Johns Hopkins University. http://schatz-lab.org
GitHub: https://github.com/teunbrand
πvery tired twin mama π―ββοΈβ’ #rstats & #rshiny consultant at Daly Analytics (https://www.dalyanalytics.com/) π
βοΈ
Currently yapping about: π¦π΄ββοΈπͺ΄
Systems biology and pharmacology, applications to cancer and brain tumors, combining experiments and modeling with interest in single cells and heterogeneity
Photography #believeinfilm, #datascience, #ML, #AI, #genomics, #bioinformatics, #tea, #aviation, #train, #running. Part-time Grad student too. Feel free to follow. βΊ
γ’γ‘γͺγ«οΌγγγ½γΏε·οΌ
All-tech enthusiast and total retro/Linux geek | She/Her π³οΈββ§οΈ | Former host/writer @linusmediagroup.com
πΊ YouTube
youtube.com/@emily-young
π§ Twitter
twitter.com/EmilyAYoung1
πΈοΈ Fediverse
tech.lgbt/@emilyyoung
π§΅Threads
threads.net/@em.a.young
A happy immunoparasitologist in training - Ph.D. candidate and artist studying host responses to Plasmodium infection. views are my own :)
I bring a sort of Flow Cytometry vibe to the Western Blot function.
Scientist, teacher, wanderer, musician. Cancer metabolism, mitochondria, Bayesian #rstats at Charles University.
ORCID https://orcid.org/0000-0002-1786-7562
Lectures https://www.youtube.com/@jantrnka227
Music https://severninastupiste.bandcamp.com
Non-conventional microbes, metabolic engineering and microbial genetics. Bacteria go brrr
Finally, finished with my thesis, now off to new frontiers!
https://orcid.org/0009-0004-1949-532X
Scientific animator, structural biologist, creator of #MolecularNodes bradyajohnston.github.io/MolecularNodes/
Researcher in Immunology - currently loving spectral flow cytometry, cytokine assays and figuring out how we could apply these in the clinic. Canberra, Australia π¦πΊ
We assist researchers with their flow cytometry analysis and cell sorting needs.
ISAC | Fostering an inclusive, multidisciplinary, international community by promoting technological innovation, developing professionals in the field, and facilitating the exchange of knowledge in cytometry
My research explores cutting-edge methods to study stem cells in cancer, transplant immunology, immunotherapy, natural compounds for cancer treatment, natural cancer therapies, minimal residual disease, and the impact of plastic pollution.