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Babak Razani, MD, PhD Laboratory Profile
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
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@RazaniLab
Babak Razani, MD, PhD Laboratory
5 months
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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@RazaniLab
Babak Razani, MD, PhD Laboratory
16 hours
Congrats Dr. Bahram Razani (@BahramRazani) on the official lab launch @UCSF @UCSFMedicine. Looking forward to seeing Great things from the "other" Razani Lab! 😁.
@BahramRazani
Bahram Razani
16 hours
Our new lab website just launched! .
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@RazaniLab
Babak Razani, MD, PhD Laboratory
3 days
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.
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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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@RazaniLab
Babak Razani, MD, PhD Laboratory
13 days
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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@RazaniLab
Babak Razani, MD, PhD Laboratory
16 days
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.
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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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@RazaniLab
Babak Razani, MD, PhD Laboratory
2 months
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.
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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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@RazaniLab
Babak Razani, MD, PhD Laboratory
2 months
Our work suggests that if trehalose has disease-fighting effects by ingestion, they are likely secondary to other physiological effects and not directly.
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@RazaniLab
Babak Razani, MD, PhD Laboratory
2 months
#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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@RazaniLab
Babak Razani, MD, PhD Laboratory
2 months
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.
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frontiersin.org
Trehalose is a naturally occurring disaccharide with versatile commercial applications and health benefits, including promise as a therapeutic for obesity an...
@FrontNutrition
Frontiers - Nutrition
3 months
New Research: Assessing the efficacy of the natural disaccharide trehalose in ameliorating diet-induced obesity and metabolic dysfunction #FrontiersIn #Nutrition.
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@RazaniLab
Babak Razani, MD, PhD Laboratory
3 months
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. .
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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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@RazaniLab
Babak Razani, MD, PhD Laboratory
4 months
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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@RazaniLab
Babak Razani, MD, PhD Laboratory
4 months
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.
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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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@RazaniLab
Babak Razani, MD, PhD Laboratory
4 months
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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@RazaniLab
Babak Razani, MD, PhD Laboratory
4 months
And of course, can't forget to mention the fun of hanging out and enjoying some Chesapeake crab cakes 👌
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@RazaniLab
Babak Razani, MD, PhD Laboratory
4 months
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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@RazaniLab
Babak Razani, MD, PhD Laboratory
4 months
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.
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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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@RazaniLab
Babak Razani, MD, PhD Laboratory
5 months
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.
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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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@RazaniLab
Babak Razani, MD, PhD Laboratory
5 months
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 🤝.
@jclinicalinvest
Journal of Clinical Investigation
5 months
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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@RazaniLab
Babak Razani, MD, PhD Laboratory
5 months
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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@RazaniLab
Babak Razani, MD, PhD Laboratory
5 months
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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@RazaniLab
Babak Razani, MD, PhD Laboratory
5 months
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.
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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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