Ivan Vechetti

Assistant Professor at UNL | Interests are skeletal muscle, exercise and extracellular vesicles |

[Ivan Vechetti @IVechetti]

Happy to share our new CORP paper about transgenic mice in skeletal muscle.
https://t.co/03UWKAlk98

[Ivan Vechetti @IVechetti]

Great opportunity here 👇🏼

[Zempleni Lab @JZempleni]

Check this out for an exciting opening, associate professor with tenure (Obesity and comorbidities; extracellular vesicles) or contact me by email, [email protected]: https://t.co/UBa9ReBqpo

[Ivan Vechetti @IVechetti]

@DavisEnglund @UABHeersink Congrats Davis…..super excited for you

[Ivan Vechetti @IVechetti]

@DavisEnglund @NKLeBRASSEUR @skhosla78 @XuZhang_Mayo @MayoClinic @JCI_insight Great job man

[Ivan Vechetti @IVechetti]

Great team

[Kevin Murach @KevinMurachPhD]

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 https://t.co/fkKXuGl8Tc

[Ivan Vechetti @IVechetti]

@KevinMurachPhD @AhmedIsmaeelPhD @NickTThomas @APS_Function @mmccashland

[Ivan Vechetti @IVechetti]

Had a great time collaborating with this terrific team.

[Mike Roberts @DrMikeRoberts]

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.
https://t.co/J7GuXwkHth

[Ivan Vechetti @IVechetti]

Another collaborative effort here 👇🏼

[Kevin Murach @KevinMurachPhD]

“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 https://t.co/0XojNWaVMe

[Ivan Vechetti @IVechetti]

I had a blast working on this one. Nicely done @Doug_VanPelt @AhmedIsmaeelPhD et al.

[Doug Van Pelt @Doug_VanPelt]

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 ⬇️⬇️⬇️
https://t.co/49LC5VXuP6

[Ivan Vechetti @IVechetti]

@Rodrigo_FerGo @FerdinandvW Hopefully, soon

[Ivan Vechetti @IVechetti]

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 https://t.co/juzW2uSDzg

[Ivan Vechetti @IVechetti]

@DavisEnglund @MayoClinic @NKLeBRASSEUR @dbakerlab @i_sturmlechner @MolMetab Congrats man

[Ivan Vechetti @IVechetti]

@PhilippBaumert @HeWaHippo @TU_Muenchen Well deserved. Congrats @HeWaHippo

[Ivan Vechetti @IVechetti]

@CrystalEGarcia Outstanding. Congratulations

[Ivan Vechetti @IVechetti]

@Ethan_L_Ostrom @HornbergerLab @KevinMurachPhD We are observing a metabolic shift to aerobic glycolysis during SA. Perhaps a better way to produce nucleotides necessary for muscle growth?

[Ivan Vechetti @IVechetti]

Nice collaboration here👇🏼and several datasets available

[Kevin Murach @KevinMurachPhD]

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 https://t.co/h0NlwtQV0u

[Ivan Vechetti @IVechetti]

@kaesser Well deserved. I wish you all the best

[Ivan Vechetti @IVechetti]

@HeWaHippo @jjmcca2_john Our collaboration is just starting 💪🏻💪🏻💪🏻

[Ivan Vechetti @IVechetti]

Fun collaboration. More to come. Stay tuned

[Henning Wackerhage @HeWaHippo]

Delighted that our muscle hypertrophy metabolism review is out! @PhilippBaumert @IVechetti @helmholtz_en @gehlert12187 @RichardJaspers2 @RJDLab @doctorinigo https://t.co/orrzEaOrMr

[Kenneth Verboven @KennethVerboven]

🔔exercise physiologists working on #extracellularvesicles👇🏽

📨 Extended submission deadline!
@FrontPhysiol
Inter-organ crosstalk during #exercise in health and disease: extracellularvesicles as new kids on the block 🚴🏽‍♀️🏃🏽
https://t.co/WDrIOU8Ie3
@IVechetti