Mathis Richter

Neutrophil Immunology - PhD student @SoehnleinLab @uni_muenster

[Mathis Richter @RichterMathis]

I am very excited that my first first-author paper is now out at @NatureComms ! We discovered a biphasic infiltration of neutrophils into the injured neonatal brain with dichotomous functions! 🧵 below (1/11): https://t.co/EKtjP2sPam

[Carlos Silvestre-Roig @Carlos_Silvestr]

Excited to share our new paper in Arteriosclerosis, Thrombosis, and Vascular Biology:

CCR2⁺ Neutrophils Exhibit a Proinflammatory Phenotype and Contribute to Plaque Vulnerability

https://t.co/ynXLVzcctw

[Science Immunology @SciImmunology]

A new Science #Immunology study in mice shows that persistent inflammatory stress and type I #interferon signaling generates splenic #neutrophils with specialized antibacterial functions, helping clear bladder infections. https://t.co/g8ETCV3d0r

[Science Immunology @SciImmunology]

During sustained inflammation, the spleen can fast-track the production of #neutrophils with enhanced #antimicrobial functions to boost host defense in mice. @Carlos_Silvest @soehnleinlab

Learn more in Science #Immunology: https://t.co/xYSCQe44Ck

[Waggoner Lab @LabWaggoner]

Divergent granulopoiesis at extramedullary sites safeguards antibacterial host defense @SciImmunology
https://t.co/lHqYYQgelU @Carlos_Silvestr 🇩🇪

[Carlos Silvestre-Roig @Carlos_Silvestr]

Thrilled to share our new paper in @SciImmunology! https://t.co/jdC2in37XV

[Mathis Richter @RichterMathis]

This project first grew as an idea between Sebastian and me from very different perspectives, turned into a pilot project of @CRC_TRR332, and is now finally published. We believe this approach opens up exciting opportunities to bring single-cell lipidomics into immunology.

[Mathis Richter @RichterMathis]

I am very happy that our manuscript on combined single-cell lipidomics and immunocytometry is now published!
https://t.co/YIyo7l7rkc

[Mathis Richter @RichterMathis]

Using a cell-tracker approach, we were also able to analyse patient and control neutrophils on the same slide. This allows for batch-free comparisons within experiments and robust batch correction across experiments while preserving biological variation.

[Soehnlein Lab @soehnleinlab]

https://t.co/ZGcrb8dUiQ
Independent group leader position available in Münster. Apply for your next career step!

[Biomedical Picture of the Day BPoD @BPoD_s]

A distinct wave of neutrophils recruited to brain injury site promotes repair

📷 Mathis Richter & Eva Diesterbeck et al @unidue in @NatureComms
➡️ https://t.co/aArjQVJegQ with @AntDLewis

[Andrés Hidalgo @AndrsHidalgo16]

Today, we see the fruit of 5+ years of teamwork. We have built a map of the neutrophil compartment (mostly in mice - but also humans). It provides a biological structure that focuses on a single immune cell lineage to discover the many ways in which neutrophils to physiology.

[Renato Ostuni @OstuniLab]

This is one of the best papers of 2025, a definitive resource to map, visualize and ultimately understand the logic of neutrophils. So happy to see such massive achievement by amazing scientists and human beings @ivanbamartin
@AndrsHidalgo16
@lai9uan
https://t.co/yD5H5FhMph

[nature @Nature]

Nature research paper: Architecture of the neutrophil compartment

https://t.co/pjJVYRL20F

[Daniela Cerezo Wallis @danielacerezo]

I’m thrilled to introduce you to the NeuMap! our latest work in @Nature. A global, comprehensive, single-cell transcriptional atlas of neutrophils across 47 biological conditions in human and mice. A real tour-de-force 🗺️ @AndrsHidalgo16 https://t.co/W8X6eOUsKc

[Immunodynamics @DREngelLab]

We uncover a previously unrecognized epithelial–immune circuit that orchestrates neutrophil swarming. #myeloidCells #msimaging
@CRC_TRR332 @MS_Imaging @GlobalUti

https://t.co/sna8v754MX

[Gerd Meyer zu Hörste @mzhlab]

Are you looking for a PhD student position focussing on neuro-immunology of peripheral nerves? Apply here to work with us in Münster: https://t.co/jRpzKm2Fw5

[Jadwiga Jablonska @JagaJablonska]

Congrats Mathis and Josephine: Hypoxic-ischemic brain injury in neonatal mice sequentially recruits neutrophils with dichotomous phenotype and function | Nature Communications https://t.co/Zxrq8Am2ns

[Mathis Richter @RichterMathis]

We started this work in my master thesis with Josephine Herz @MedEssen and finished it in a great team effort during my time @soehnleinlab. Thank you to everyone involved including Eva, the rest of the team and our collaborators incl. @pylaeva_e @JagaJablonska @GunzerLab. (11/11)

[Mathis Richter @RichterMathis]

I am very excited that my first first-author paper is now out at @NatureComms ! We discovered a biphasic infiltration of neutrophils into the injured neonatal brain with dichotomous functions! 🧵 below (1/11): https://t.co/EKtjP2sPam

[Mathis Richter @RichterMathis]

In summary, we found that neutrophils infiltrating the injured neonatal brain acquire a disease-stage dependent reprogramming leading to either a detrimental or pro-regenerative state. (10/11)