Johan K. Sandberg

Dad, husband, Professor, citizen.

[Johan K. Sandberg @SandbergLabKI]

@ELeeansyah @dukenus @CIM_Sweden Yes, thank your for this nice collaboration Edwin! This line of research I believe may help shape future host-directed treatments for antibiotic resistance.

[The Nobel Prize @NobelPrize]

BREAKING NEWS
The 2025 #NobelPrize in Physiology or Medicine has been awarded to Mary E. Brunkow, Fred Ramsdell and Shimon Sakaguchi “for their discoveries concerning peripheral immune tolerance.”

[Johan K. Sandberg @SandbergLabKI]

Happy to share our latest findings out today in @PNASNews by @C_Boulouis showing how human mucosal-associated invariant T (#MAIT) cells rapidly adapt their functional response profile to cues in the microenvironment https://t.co/gzJhaj39lY
@karolinskainst @CIM_Sweden #immunology

[Johan K. Sandberg @SandbergLabKI]

@AndyHogan82 @TobiasKmmnn @karolinskainst He is not a doctor yet, the defense will be on Nov 29...

[Johan K. Sandberg @SandbergLabKI]

Today Tobias Kammann @TobiasKmmnn did the traditional "nailing" of his PhD thesis at the @karolinskainst library. This tradition goes back many years and marks the publication of the thesis, nowadays complemented with an "e-nailing" of the thesis pdf at the library website 🥂👍

[Johan K. Sandberg @SandbergLabKI]

@ELeeansyah @TobiasKmmnn @karolinskainst Din Svenska är utmärkt, Edwin! 👍

[Johan K. Sandberg @SandbergLabKI]

@AndyHogan82 @lynchielydia Very cool finding indeed.

[The Nobel Prize @NobelPrize]

BREAKING NEWS
The 2024 #NobelPrize in Physiology or Medicine has been awarded to Victor Ambros and Gary Ruvkun for the discovery of microRNA and its role in post-transcriptional gene regulation.

[Johan K. Sandberg @SandbergLabKI]

@CellsMait Yes great idea to restart the MAIT cell club. Could be good to coordinate with the CD1-MR1 Society SAB, I can bring it up at the meeting next week!

[Science Immunology @SciImmunology]

A new study in Science #Immunology details the tissue-adapted roles of human mucosal-associated invariant T (#MAIT) cells, including specialized regulatory and effector functions. https://t.co/vnyCnGTULY @TobiasKmmnn @SandbergLabKI

[Johan K. Sandberg @SandbergLabKI]

Thank you for highlighting our work!

[Human Immunology News @humanimmunenews]

Congratulations to @TobiasKmmnn and team, including @SandbergLabKI, on their recent @SciImmunology paper! 👏

They show functional heterogeneity and tissue site adaptation in resident MAIT cells across human barrier 🛡️ tissues with distinct regulatory and effector signatures.

https://t.co/ZMeCq9hXVS

[Johan K. Sandberg @SandbergLabKI]

@immunoliver @TobiasKmmnn @emouchtaridi @marcus_buggert @MjosbergL @jakmic2003 @NicoleMarquard9 @ELeeansyah Oh, MAIT cells are so much more 😊

[Johan K. Sandberg @SandbergLabKI]

Happy to share our latest findings out today in @SciImmunology on tissue site adaptation of resident human mucosal-associated invariant T (#MAIT) cells https://t.co/XuCQJADH2M
@karolinskainst @CIM_Sweden #immunology

[Johan K. Sandberg @SandbergLabKI]

@RossjohnLab Thank you so much!

[Johan K. Sandberg @SandbergLabKI]

This was a tremendous effort by all IHOPE consortium members, including most notably @tobiasKmmnn @emouchtaridi as well as many members of @marcus_buggert @MjosbergL @jakmic2003 @NicoleMarquard9 and @ELeeansyah labs.

[Johan K. Sandberg @SandbergLabKI]

In summary, these findings provide a spatial dimension to our understanding of human MAIT cells and a roadmap to investigate tissue-dependent adaptations in this conserved part of host immune defense.

[Johan K. Sandberg @SandbergLabKI]

@Jeff_Mold Ahh Jeff, you are so 2005. The actual scientific paper product is not so important anymore. Now the main goal of academia is all the various range of admin pdfs we must produce in a highly regulated fashion to satisfy the dragon of bureaucracy.