Schoonjans Lab

Professor @epflSV @epfl_en

[Lifemetabolism2 @lifemetabolism2]

We are very pleased to share an insightful research highlight from @SchoonjansLab @epflSV @epfl_en: Protecting liver health with microbial-derived succinylated bile acids @Johnspeakman4 Learn more in https://t.co/faI2999aTO

[EPFL Life Sciences @epflSV]

🚨 Three Exciting Faculty Position Opportunities at EPFL School of Life Sciences on tenure track assistant professor level ! 🚨
👉Infection Biology and Immunology: https://t.co/m0wK5tT3Kj
👉Life Science Engineering: https://t.co/0ksB0ftEj3
👉Metabolism: https://t.co/SbeZZ6krKI

[Auwerx Lab @Auwerx_Lab]

A collaborative literature review between Amazentis, NIH and our lab highlights the role of mitophagy in disease

[Schoonjans Lab @SchoonjansLab]

Honoured to announce that the Society for Endocrinology has awarded Kristina Schoonjans the 2023 European Medal for her work on #bileacid signalling #SfEBES2023. Thanks to all our collaborators and colleagues who have contributed to this achievement!
https://t.co/QsVAuytEXr

[Auwerx Lab @Auwerx_Lab]

Again in 2023, we were selected as a "Highly Cited Researcher”. Thanks to all @Auwerx_lab graduates for the hard work that enabled our continued success! https://t.co/bCjHbbDOUR #HighlyCited2023

[Auwerx Lab @Auwerx_Lab]

Congratulations to Alessia, co-authors, and NovMetaPharma for this groundbreaking study, opening new therapeutic options for the treatment of liver diseases! https://t.co/tcuENEvUhb

[Nutrition Science @NutrioSci]

METABOLIC MESSENGER

@alessiaperino & @SchoonjansLab (@epflSV, @EPFL_en) summarize the most recent literature on the receptor-mediated role of bile acid signaling in controlling peripheral & central energy homeostasis.

@NatMetabolism #Meded #MedTwitter

https://t.co/V4An7nPiBE

[Maroun Bou Sleiman @m_bousleiman]

Glad to see our efforts on #healthspan featured in the latest issue of @EPFL_en dimensions! Thanks @manubarraud, @CarlierRmi, and team for shedding the light on the large-scale endeavors of the @Auwerx_Lab towards aging gracefully.
Link in English: https://t.co/poYPmLawbb

[Auwerx Lab @Auwerx_Lab]

Our work on #healthspan and graceful #aging is featured in @EPFL_en's Dimensions! This huge mouse study would not have been possible without the effort of the entire @Auwerx_Lab team, who relentlessly collected 120'000 tissues in 5-years!
link in English: https://t.co/cTewVSqTqq

[Auwerx Lab @Auwerx_Lab]

Our work is ranked #208 in the world and #1 in Switzerland by https://t.co/WjLa80PiVK recognizing us with the Medicine Leader Award for 2023. Congrats to our entire team!

[Maroun Bou Sleiman @m_bousleiman]

Our work at @Auwerx_Lab on #IBD risk is now published in @eLife. Congrats to @XiaoxuLi_8 and coauthors!
https://t.co/igWw7DJysR

[Journal of Clinical Investigation @jclinicalinvest]

Asparagine synthetase protective in pre-clinical models of acute liver damage: https://t.co/8BxSqNPsG3
@SchoonjansLab @DemagnyHadrien
#Hepatology #Metabolism

[Schoonjans Lab @SchoonjansLab]

Announcement: @epflSV is seeking candidates for a tenure-track assistant professor in #metabolism. For more information:
https://t.co/7KL2CsEUBH

[Nature Metabolism @NatMetabolism]

🏆 Best of #NatMetab2022 | CITATIONS
#5

@alessiaperino & @SchoonjansLab (@epflSV, @EPFL_en) summarize the most recent literature on the receptor-mediated role of bile acid signaling in controlling peripheral & central energy homeostasis. #Endocrinology

https://t.co/M2O4rraE5O

[Schoonjans Lab @SchoonjansLab]

@epflSV is seeking candidates for a tenure-track assistant professor position in #metabolism. For more information: https://t.co/7KL2CsWvtf

[Auwerx Lab @Auwerx_Lab]

Congratulations to Pirkka-Pekka for this landmark study in @NatureAging, which was also covered in a News&Views of the Journal
https://t.co/fmJYZHTTry

[Nature Metabolism @NatMetabolism]

RESEARCH | From the @Auwerx_Lab (@epfl_en):

Genetic variants of the #mitochondria supercomplex assembly factor COX7A2L that promote cardiorespiratory #fitness are identified in the skeletal muscle of mice & humans.

https://t.co/nSneSv4bpL

[Auwerx Lab @Auwerx_Lab]

Our latest study @JCellBiol shows that increased ATFS-1 translation, mediated by the v-ATPase/TORC1 and the lysosomes plays a key role in mitochondrial stress response and longevity. Congrats to @Terytty, @ArwenGao&all co-authors! #mitochondria #longevity https://t.co/XN1a4KFhkl

[Nature Metabolism @NatMetabolism]

METABOLIC MESSENGERS | @alessiaperino & the @SchoonjansLab (@epflSV, @epfl_en) summarize the most recent literature on the receptor-mediated role of bile acid signaling in the control of peripheral & central energy homeostasis. #Endocrinology

#tbt 🔙

https://t.co/5C9FThJZQ4

[Auwerx Lab @Auwerx_Lab]

Our last study describing a human genetic variant that affects mitochondrial metabolism and cardiorespiratory fitness is just out in @NatMetabolism! Congrats to @giobenegiamo and all the co-authors #muscle#metabolism#mitochondria
https://t.co/vxLv2kDKxJ