Jaroslawna Meister

Scientist at German Diabetes Center, @NIH alumna - GPCR, signal transduction, mitochondria, metabolism, diabetes & its complications, CKM, interorgan crosstalk

[AJKD @AJKDonline]

Mitochondrial Alterations and CKD: A Review

https://t.co/0LOmShoigx (FREE)

@MeisterResearch @DenisPBlondin

[AJKD @AJKDonline]

Mitochondrial Alterations and CKD

https://t.co/MNRshVjf4C (FREE)

@MeisterResearch @DenisPBlondin @PBjornstadMD

[Jaroslawna Meister @MeisterResearch]

https://t.co/pEoRv7mVUq

[Sai P Pydi @saip_pydi]

Development of Mutant M3 Muscarinic Receptors Biased for G Protein Activation or Recruitment of β-Arrestins | Biochemistry https://t.co/gXEohtHjWi

[Jaroslawna Meister @MeisterResearch]

Hello Houston!
@ASNKidney #KidneyWk
#DKD #CKM

[Jaroslawna Meister @MeisterResearch]

See you in Houston! 😊

[American Society of Nephrology @ASNKidney]

Are your bags packed and ready for Houston? ✈️ #KidneyWk kicks off tomorrow with Early Programs, then the Annual Meeting opens Thursday. Get ready for a week of learning, collaboration, and discovery at the world's premier nephrology meeting.

[Tobias B. Huber @Tobias_B_Huber]

Hamburg News: ⁦@PuellesVictor⁩ and collaborators push tissue analytics to the next frontier. This also marks a remarkable academic path: from postdoc to junior professor in our group to full professor at ⁦@UKEHamburg⁩ & ⁦@AarhusUni⁩ ⁦@Nature⁩ https://t.co/i0kR2nyNb0

[Madam Mitochondria @Madam_Mito]

Metabolites are not genes — avoiding the misuse of pathway analysis in metabolomics | Nature Metabolism https://t.co/f0bYIimTy1

[Science Magazine @ScienceMagazine]

In mitochondria, respiratory supercomplexes (blue) pump protons across crista membranes to create an electrochemical gradient, fueling adenosine triphosphate (ATP) synthase (pink) to regenerate ATP—the energy currency of life.

Now, cryo–electron tomography captures these supercomplexes in their native organization, illuminating how the coordinated action of these molecular machines drives life’s fundamental energy conversion.

Learn more this week in Science: https://t.co/2hN9Vb6Sf0

[The Nobel Prize @NobelPrize]

Happy International Women’s Day!

We’re celebrating women who have changed the world. Here are all of the amazing women who have received the #NobelPrize and their remarkable achievements at the time of the award.

Tell us about the women who inspire you the most - and why

#InternationalWomensDay

[Aykut @aykut_cevik]

Fyrma: Manage your business right from WhatsApp https://t.co/1KMOpeTmlr via @producthunt

[Jaroslawna Meister @MeisterResearch]

CNTF regulates blood pressure by modulating AngII-induced pressor response @

https://t.co/ILDRrJjGAR @HyperAHA @HHU_de

[Aykut @aykut_cevik]

Last week was a milestone for Fyrma as I had the pleasure of pitching and demoing at the GigaParty in SF.

The support and openness I encountered were truly inspiring, and it was amazing to see people getting started with Fyrma right away. The network effect is strong here!

[Jaroslawna Meister @MeisterResearch]

@CoCo_Headley 2 on my desk with extended deadline and had to decline another 3 today…🌊📑

[Carmen De Miguel, PhD, MS, FAHA @Carmendemigue12]

Please do not hesitate in posting more questions tagged with #HYPHIP! @MeisterResearch will be happy to respond. Thanks for participating in our #HYPHIP Live Twitter chat today! See you all in the next one! @HyperAHA

[Jaroslawna Meister @MeisterResearch]

@Carmendemigue12 @HyperAHA @HHU_de @DiabResearch And thank you for the opportunity to discuss our work at the @HyperAHA X platform!

[Jaroslawna Meister @MeisterResearch]

@Carmendemigue12 @HyperAHA @HHU_de @DiabResearch Thank you for your great questions, @Carmendemigue12! Awesome, to see the interest in our study! @HyperAHA #HYPHIP

[Jaroslawna Meister @MeisterResearch]

@Carmendemigue12 @HyperAHA A13/2: In addition, we want to uncover how salt causes epigenetic changes in the vessel, which are currently described as a salt memory. We are also interested in the influence of salt on neutrophil function, which played a role in our study. #HYPHIP @HyperAHA @carmendemigue12

[Jaroslawna Meister @MeisterResearch]

@Carmendemigue12 @HyperAHA A13/1: We are currently focusing on the direct effects of salt on the endothelium, including its impact on energy balance and endothelial function. #HYPHIP @HyperAHA @carmendemigue12

[Jaroslawna Meister @MeisterResearch]

@Carmendemigue12 @HyperAHA A12/2: Therefore, in addition to a consistent reduction in blood pressure and lipid control, a reduction in salt intake would also be a promising approach that should be tested in clinical trials. #HYPHIP @HyperAHA @carmendemigue12

[Jaroslawna Meister @MeisterResearch]

@Carmendemigue12 @HyperAHA A12/1: 1st, we need to translate our findings into clinical research. We know that inflammation plays a role in the development and progression of AAA and AAD. #HYPHIP @HyperAHA @carmendemigue12