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Another step building on the journey for development and validation of multi-target directed ligands for low-grade inflammatory conditions. Homing closer towards an ideal candidate to curb the early inflammatory consequences of metabolic disease. tandfonline.com/doi/full/10.10…

More on how adipose inflammation transduces metabolic impairment to Reno vascular dysfunction. sciencedirect.com/science/articl…

Check out our recent study linking early metabolic impairment to peri-renal adipose tissue inflammation and renovascular dysfunction published today in Biochemical Pharmacology🙌🏻 sciencedirect.com/science/articl…

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Particularly proud of this paper published today in Clinical Science Portland Press 🙌🏻

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#AUBProud of Alumni Relations Office at AUB Ardem Patapoutian Ardem Patapoutian & molecular biologist David Julius for being awarded the The Nobel Prize for their discoveries of receptors for temperature & touch. Patapoutian is the 1st #AUB alumnus to win a Nobel Prize! AUB making history aub.edu.lb/articles/Pages…

Check out our recent paper in JAHA where we investigate the therapeutic potential of phosphorus supplementation in mitigating UCP1-triggered perivascular adipose tissue dysfunction in pre-diabetes 🙌🏻

Sex-based differences in gut microbiota may lead to metabolic impairment and have different impacts on adipose tissue. A better understanding of this may help mitigate cardiovascular deterioration during metabolic disease. #ASPETMOL ow.ly/wa3B50K4ZlT

I had a wonderful time in this PI corner meeting inspiring researchers within the fields of adipocyte and liver metabolism😌 #metabolisminaction

Check out our recent review in Biochemical Pharmacology; “Adipose tissue mitochondrial dysfunction and cardiometabolic diseases: On the search for novel molecular targets”. A fruitful endeavor with my graduate school mentor Ahmed El-Yazbi and in collaboration with Khaled Abdelrahman 🙌🏼

Check out our review in Portland Press where we summarize compelling evidence on the cardio-protective effects of GLP1 agonists and SGLT-2 inhibitors being partly transduced through actions on select adipose depots. A promising field of research requiring further investigation 🙌🏼

Check out our recent Nature Metabolism N&V piece where we highlight intriguing findings describing the anti-atherogenic functions of BAT-derived neuregulin 4 (Nrg4) 🙌🏼

Super grateful to be recognized at this year’s program #ATDG46! Special thanks to Joanna Kalucka Steno Diabetes Center Aarhus, Aarhus University, and Danish Diabetes and Endocrine Academy for supporting me in my research #adiposetissue #Endothelialcell

📢 Come join our group in Aarhus 🇩🇰 and help us unravel the molecular mechanism of vascular adaptations in obesity and cancer. If you are interested apply here 👉 tiny.cc/Aarhus before 20. July 👩‍🔬🧑‍🔬

Come join our vibrant lab in beautiful Aarhus 🌈

Towards a consensus atlas of human and mouse adipose tissue at single-cell resolution go.nature.com/43rCoet

Congratulations Sana and team 🎊 Thank you for the opportunity to contribute!