USC | Vaping Research

Our team is investigating the health risks or potential benefits of electronic cigarette use, otherwise known as ‘vaping’, relative to tobacco smoking.

[USC | Vaping Research @USCVapingRes]

@NBCNews on our new study showing the predominant role of @eliquid @flavor & @ecig device type in @vaping-related gene dysregulation
@KeckMedicineUSC
@StellaTommasi
@TobControlUnit
@FDATobacco
@NTR_Journal
@Tobacco21
@IGTC_Hopkins
@OhioStateCTR
@SRNT_Europe
@KingsNRG
@RU_INTS

[USC | Vaping Research @USCVapingRes]

@NBCNews on our new study showing the predominant role of @eliquid @flavor & @ecig device type in @vaping-realted gene dysregulation
@uscpphs
@KeckMedicineUSC
@StellaTommasi
@TobControlUnit
@NTR_Journal
@Tobacco21
@IGTC_Hopkins
@OhioStateCTR
@NTR_Journal
@KingsNRG
@RU_INTS

[USC | Vaping Research @USCVapingRes]

Interview with @CBCNews on our latest research: the key role of @eliquid @flavor and @ecig device type in disease-causing potential of @vaping
https://t.co/fdJAVG4LgU
@uscpphs
@KeckMedicineUSC
@TobControlUnit
@FDATobacco
@NTR_Journal
@Surgeon_General
@ProfGlantz
@TC_BMJ

[USC | Vaping Research @USCVapingRes]

Check out the press release for our latest study, which shows the predominant role of @flavor and device type in disease-causing potential of @vaping:
https://t.co/lV1AfAG6v3
@srntorg @GeneticsSRNT
@uscpphs
@KeckMedicineUSC
@StellaTommasi
@stelladiberi
@TobaccoFreeKids

[USC Norris Comprehensive Cancer Center @uscnorris]

New research from Dr. Stella Tommasi explores how long noncoding RNAs are disrupted by cigarette smoke, triggering inflammation and disease progression in COPD and lung cancer. Could these molecules hold the key to better diagnostics and treatments?

https://t.co/otjmDE7TcZ

[USC | Vaping Research @USCVapingRes]

Our latest paper on how #lncRNAs modulate gene expression in #oxidativestress, inflammation, and #COPD and #lungcancer | Utility for #vapingresearch
DOI: 10.1007/s00204-026-04348-5

[USC | Vaping Research @USCVapingRes]

Our latest paper on how lncRNAs modulate gene expression in oxidative stress, inflammation, and COPD and lung cancer | Utility for vaping research
DOI: 10.1007/s00204-026-04348-5

[USC | Vaping Research @USCVapingRes]

Our latest paper on how lncRNAs modulate gene expression in oxidative stress, inflammation, and COPD and lung cancer | utility for vaping research
https://t.co/je1vuCHY0R

[USC | Vaping Research @USCVapingRes]

A comprehensive review on the health risks of #e-cig derived metals
https://t.co/qxzhZCw0jI
@PartnershipFree @GeneticsSRNT @TraineeSRNT @TobaccoFreeKids @TobControlUnit @TreatmentSRNT @TobaccoPolicy @PHealthLawCtr @KeckMedicineUSC @exposetobacco @FDATobacco @Surgeon_General

[USC | Vaping Research @USCVapingRes]

Our latest research on the health risks of #e-cig derived metals
https://t.co/qxzhZCw0jI
@ITCProject @IGTC_Hopkins @OhioStateCTR @FCTCofficial @srntorg @SRNT_Europe @NTR_Journal @o_srnt @TC_BMJ @KingsNRG @HealthCareGov @Tobacco21 @uscpphs @RU_INTS @AshOrg @SPRORG @accpchest

[USC | Vaping Research @USCVapingRes]

Check out the highlights of the latest #vaping research from our team
https://t.co/9Gqon0mP9b

@uscpphs @USC @KeckMedicineUSC

[USC Norris Comprehensive Cancer Center @uscnorris]

In the most comprehensive study of its kind published in the American Journal of Respiratory Cell and Molecular Biology (@atscommunity), USC Norris member Dr. Stella Tommasi analyzed virtually the entire genome in the cells of study participants using a state-of-the-art genetic sequencing technique and discovered that vaping showed similar DNA changes to smoking—changes that are linked to the development of cancer. Even though vaping exposes you to fewer toxic chemicals than smoking, these DNA changes suggest it still poses significant health risks. Learn more about this study here: https://t.co/K7tBby2859.

[USC Norris Comprehensive Cancer Center @uscnorris]

In the most comprehensive study of its kind published in the American Journal of Respiratory Cell and Molecular Biology (@atscommunity), USC Norris member Dr. Stella Tommasi analyzed virtually the entire genome in the cells of study participants using a state-of-the-art genetic sequencing technique and discovered that vaping showed similar DNA changes to smoking—changes that are linked to the development of cancer. Even though vaping exposes you to fewer toxic chemicals than smoking, these DNA changes suggest it still poses significant health risks. Learn more about this study here: https://t.co/K7tBby2859.

[USC | Vaping Research @USCVapingRes]

Our team’s interview with Healio | Latest research findings on youth vaping
https://t.co/1BXK1TNF2A
@bktheologian @heniek_htw @physorg_com @vicatallah @atscommunity @BrendonStilesMD @lizabio @JavelinaBlue @HHealthBooks @placebokarl @PantherNoster @alvarezp1973 @uscpphs

[USC | Vaping Research @USCVapingRes]

Health risks of youth #vaping https://t.co/JpHk1iF9wi
@cem_baykal @bktheologian @heniek_htw @physorg_com @vicatallah @atscommunity @BrendonStilesMD @lizabio @JavelinaBlue @HHealthBooks @placebokarl @PantherNoster @alvarezp1973 @Enferiesgo @aguayo_UM @manuelamonleon @Gilvernet

[USC | Vaping Research @USCVapingRes]

The press release for our latest research on the health risks associated with #vaping in youth
https://t.co/xYIMSKccjq
@KulikovUNIATF @Tweet_Nutrition @jessicasiewert @SmokeFreeLife @GanjasmokerCb @DrJKhokhar @MarcoAlbuja @_INPST @_atanas_ @jboyded @kirkmurphy

[USC | Vaping Research @USCVapingRes]

Check out @ProfGlantz blog post on our new study on the health risks of youth #vaping https://t.co/F6oBiu8jc0
@StellaTommasi

[USC | Vaping Research @USCVapingRes]

@ProfGlantz just wrote a blog on our latest study on the health risks of youth vaping https://t.co/F6oBiu8jc0
@USC
@KeckMedicineUSC
@uscnorris
@uscpphs
@StellaTommasi

[Stanton Glantz @ProfGlantz]

Genetic evidence that e-cigarettes increase #cancer (and other disease) risk among young adults https://t.co/PjHWjvISLD

[USC | Vaping Research @USCVapingRes]

Our new study: how youth #vaping leads to epigenetic dysregulation of disease-specific genes similarly to smokers. A major step towards identifying a molecular signature for e-cig use https://t.co/JpHk1iFHlQ
@USC
@USCVapingRes
@KeckMedicineUSC
@uscnorris
@uscpphs
@StellaTommasi

[USC | Vaping Research @USCVapingRes]

The press release for our latest research on the health risks associated with #vaping in #youth:
https://t.co/xYIMSKccjq
@USC
@USCVapingRes
@KeckMedicineUSC
@uscnorris
@uscpphs
@StellaTommasi