Ivan Vechetti
@IVechetti
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Assistant Professor at UNL | Interests are skeletal muscle, exercise and extracellular vesicles | https://t.co/U0IpbYn4Xf
Lincoln, NE
Joined January 2020
Happy to share our new CORP paper about transgenic mice in skeletal muscle.
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Great opportunity here 👇🏼.
Check this out for an exciting opening, associate professor with tenure (Obesity and comorbidities; extracellular vesicles) or contact me by email, jzempleni2@unl.edu:
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Great team.
From @AhmedIsmaeelPhD @NickTThomas Coordinated Regulation of Myonuclear DNA Methylation, mRNA, And miRNA Levels Associates with The Metabolic Response to Rapid Synergist Ablation-Induced Skeletal Muscle Hypertrophy in Female Mice #myotwitter @APS_Function
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Had a great time collaborating with this terrific team.
Resistance training in humans and mechanical overload in rodents do not elevate muscle protein lactylation. Great lab effort led by Mads Mattingly and collab with @mackinprof @IVechetti.
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Another collaborative effort here 👇🏼.
“MicroRNA Control of the Myogenic Cell Transcriptome and Proteome: The Role of miR-16” by @SeongLim7 feat. @DLee133 @Franmorena98 @PJKoopmans @IVechetti @FerdinandvW @UACachexia in @AJPCellPhys @APSPublications #myotwitter
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I had a blast working on this one. Nicely done @Doug_VanPelt @AhmedIsmaeelPhD et al.
Many years of work during my post doc @UKYCMB finally coming to life. Hopefully useful findings for anyone interested in #ExtracellularVesicles & #SkeletalMuscle . Single cell RNA-seq, cool IHC, & more. Thanks to all involved ⬇️⬇️⬇️.
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Nice collaborative work with @FerdinandvW @Rodrigo_FerGo, et al. Extracellular vesicle characteristics and microRNA content in cerebral palsy and typically developed individuals at rest and in response to aerobic exercise
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Nice collaboration here👇🏼and several datasets available.
Back at it again with w/@FerdinandvW @IVechetti “Multi-transcriptome analysis following an acute skeletal muscle growth stimulus yields tools for discerning global and MYC regulatory networks” with open webtools for checking your favorite genes #myotwitter
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Fun collaboration. More to come. Stay tuned.
Delighted that our muscle hypertrophy metabolism review is out! @PhilippBaumert @IVechetti @helmholtz_en @gehlert12187 @RichardJaspers2 @RJDLab @doctorinigo
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RT @KennethVerboven: 🔔exercise physiologists working on #extracellularvesicles👇🏽. 📨 Extended submission deadline!.@FrontPhysiol.Inter-orga….
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RT @KennethVerboven: 🔔exercise physiologists working on #extracellularvesicles👇🏽. 📨 Open tot submit!.@FrontPhysiol - Inter-organ crosstalk….
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Nice work here👇🏼. Great team and excellent publication.
“Late-life exercise mitigates skeletal muscle epigenetic aging” in @AgingCell from my lab & @UKYCMB Drs. Yuan Wen, @cbrightwellphd, Christine Latham, Cory Dungan, @chrisfryphd and Drs. Andrea Wiley and Stan Watowich of Ridgeline Therapeutics. #myotwitter🎄
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RT @KennethVerboven: To those exercise physiologists working on #extracellularvesicles👇🏽. 📨Abstract deadline - January 10th 2022.@FrontPhy….
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Fun teamwork demonstrating the role and regulation of #metabolic pathways during #skeletal muscle hypertrophy. More to come!!.
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So you work with EV and exercise? Submit your EV work here.
📢 Submissions are OPEN❗️ @FrontPhysiol @FrontSportsAL .Research Topic 👩🏽🔬 - Inter-organ crosstalk during #exercise in health and disease: #extracellularvesicles as new kids on the block 🚴🏽🏋️🏽.Submit or retweet 👇🏽..@IVechetti @IsevOrg @BESEV_ @NLSEV_.
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Are you interested in a tenure-track faculty position? Want to work with inspiring, innovative, & supportive colleagues? Join us at @NhsUnl !!! To view details of the position and create an application, go to
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Happy to see our work highlighted in the @nytimes Lifting Weights? Your Fat Cells Would Like to Have a Word - The New York Times @GretchenReynold
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Happy to share the result of several years of hard work. We identified muscle-to-fat communication during muscle hypertrophy. Mechanical overload‐induced muscle‐derived extracellular vesicles promote adipose tissue lipolysis
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Excellent collaboration 👇🏼.
Finally can share our most recent study on the 'Genetic and epigenetic regulation of skeletal muscle ribosome biogenesis with exercise' at @JPhysiol . Many thanks to @FerdinandvW @KevinMurachP @IVechetti @Rodrigo_FerGo @gabezentner & others w/out twitter.
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