
Babak Razani, MD, PhD Laboratory
@RazaniLab
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Razani lab @ Center for Immunometabolism https://t.co/4MwIEBy1Ml, U. of Pittsburgh studies macrophages, autophagy-lysosomes, nutrient signaling in metabolic disease
Pittsburgh, PA
Joined January 2020
Wondered how #adipocyte #fat release #lipid via #lipolysis in #fasting, cold exposure? Multi-year @Razanilab effort in @jclinicalinvest by postdoc maven @yushengyeh identifies #lysosome lipolysis (LAL) as major way on par with known cytosolic route (ATGL).
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Congrats Dr. Bahram Razani (@BahramRazani) on the official lab launch @UCSF @UCSFMedicine. Looking forward to seeing Great things from the "other" Razani Lab! 😁.
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LIPA locus #SNP (#Lysosome Acid Lipase gene) long known as #CVD risk. Cool work by @FangLi47313348.of @hanrui_zhang lab in @ESC_Journals uses high-tech functional #genomics to uncover mechanism backed by mouse model. Thanks for including us in the journey.
academic.oup.com
AbstractBackground and Aims. Translating human genomic discoveries into mechanistic insights requires linking genetic variations to candidate genes and the
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Blocking #CD47 has emerged as promising therapy in #CVD. Check out work in @CircAHA by Zhen Guo of @Alicardsdoc lab identifying CD47 in #cardiomyopathy #heartfailure induced by doxorubicin & targeting it as novel therapy. Great partnering with you on this.
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Hunting for the next key metabolite besides #TMAO driving #atherosclerosis #CVD? Need to read excellent work by @SanchoLab in @Nature implicating gut #microbiota derived "ImP" with possible links to our favorite #macrophage #mtor signaling in the plaque.
nature.com
Nature - Imidazole propionate produced by gut microbiota is associated with atherosclerosis in mouse models and in humans, and causes the development of atherosclerosis through activation of the...
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Check out our new commentary on #leucine and role in #CVD #atherosclerosis via #mtor #autophagy. Spearheaded by @XiangyuZ0321, @AliiAjam & @RazaniLab team we discuss next steps in limiting leucine's damage to the #macrophage & the atherosclerotic plaque.
tandfonline.com
The role of diet in driving cardiovascular disease (CVD) is well-recognized, particularly in the case of lipids. Dietary protein on the other hand has been heralded as an overall metabolically bene...
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#trehalose is still a fascinating dissacharide that works brilliantly by parenteral (i.e. not oral) route to treat many diseases spanning #atherosclerosis, metabolic, & neurodegenerative diseases. It just cannot be ingested and assumed to be effective as suggested in many papers.
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News flash #trehalose aficionados: New work by @yushengyeh and @RazaniLab team shows this natural sugar inducing #autophagy #TFEB to treat #obesity #metabolism & other diseases is NOT effective by oral route and KO of gut enzyme #trehalase doesn't help.
frontiersin.org
Trehalose is a naturally occurring disaccharide with versatile commercial applications and health benefits, including promise as a therapeutic for obesity an...
New Research: Assessing the efficacy of the natural disaccharide trehalose in ameliorating diet-induced obesity and metabolic dysfunction #FrontiersIn #Nutrition.
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Bonanza of cool papers recently on curious BMP #lipids only found in #lysosomes, discovery of degrading enzyme PLA2G15, and role in physiology & disease by labs of @JudithSimcox in @Cell_Metabolism.and @abu_remaileh in @Nature. .
nature.com
Nature - Lysosomal phospholipase PLA2G15 was identified as a physiological BMP hydrolase whose activity depends on unique esterification and stereochemistry of BMP and offers a potential...
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Look who got his 1st corresponding author paper in @theJIDJournal on #tcell MyD88/A20 & psoriatic #arthritis? Congrats Dr. Bahram Razani @BahramRazani, Dermatologist-Scientist extraordinaire @UCSFMedicine. Best wishes as you setup the "other" RazaniLab💪😁.
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Timely review of #precisionnutrition as strategy in #CVD #metabolism disease therapy in @NatureMedicine by @MartaGuasch1 @Riudecanyenc & colleagues. Note that uncovering mechanisms linking nutrients to cellular signaling true power of precision #nutrition.
nature.com
Nature Medicine - This Review critically examines the evidence base in precision nutrition research, discusses the challenges in translating short-term studies into long-term clinical effectiveness...
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Congratulations to Carlos Cosme (@life_of_carlos), @PittCMU_MSTP student in @RazaniLab @PittVMI for winning this year's Monga Family #Cardiovascular Research Award at #Pathobiology25 #ASIP2025 👏🏼👏🏼
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Great showing by @RazaniLab at #VascularDiscovery25 in Baltimore the past 3 days. Kudos to the efforts of @KathyMartinYale, the entire organizing committee, & @American_Heart for the excellent programming & opportunity to present our work. See you all next year in Bellevue, WA!
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Lots to like about work of @DrGregSteinberg lab in @NatMetabolism on #adrenaline stimulating #adipocyte #lipolysis (via ATGL) to activate #macrophage #GDF15 action on brain centers for #anxiety. Adipose-immune-brain axis also relevant to metabolic disease.
nature.com
Nature Metabolism - Anxiety-like behaviour in mice, as a result of psychological stress, is shown to be mediated by GDF15 release in response to adipose tissue lipolysis.
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Interesting new concepts by @dillinlab in @CellCellPress on #autophagy #aggrephagy in "quiescent" cells actually inducing #lysosome damage that is curbed by #TFEB & UPR response. Novel way of looking at this & excited to see its role in #aging & disease.
cell.com
Lysosomes are damaged in quiescent cells, and UPR regulators, IRE-1/XBP-1, promote lysosome repair for cell-cycle re-entry. Lysosome damage in quiescent cells is caused in part by macroautophagy and...
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Herculean effort by @Polash_23 @DiwanLabWustl & team in @jclinicalinvest showing role of CRYAB & #proteinaggregation in #heartfailure, ischemic #cardiomyopathy. This is beyond role in genetic CM. Congrats also on cool cover! Happy to have collaborated with you over the years 🤝.
A role for protein aggregates in heart failure?. This issue’s cover features work from @DiwanlabWustl & team @washumedicine on protein aggregation in the post–myocardial infarction myocardium:
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Congratulations to our team member, Dr. Xiangyu Zhang @XiangyuZ0321, Assistant Prof. @PittDeptofMed @PittVMI & Core Director of Center for #Immunometabolism: Got DOUBLE awards this week 😱 (@American_Heart Career Development Award & @PLRC_PittLiver P&F Grant). Sky's the limit 💪
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RT @the_asci: Spilling the skinny on fat cells!. ASCI member Babak Razani @RazaniLab & team @pitt_medicine discover the process for adaptat….
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Nice work in @ImmunityCP by Isidoro Cobo & @UCSDGlassLab showing #macrophage crystalline/particle uptake universally induce #lysosome #transcription program via #AMPK #TFEB independent of #inflammation pathways. Thx for including @RazaniLab in the journey.
cell.com
Particle exposure drives inflammation through unknown regulatory mechanisms. Cobo et al. identified a bifurcated transcriptional response in macrophages: an AMPK-TFEB/TFE3-DNMT3A/DOT1L axis control...
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