Kathrin Weyer

Associate professor, Biomedical research at @AarhusUni

[Sandbjerg Membrane Transport Meeting @SandbjergM11140]

First morning session on day two on receptor mediated endocytosis of proteins. Nice introduction by Søren Moestrup, then talks by Kathrin Weyer and ECRs Martin Quist Rasmussen, Kristian Wiborg, and Pernille Lajer Sørensen centered on megalomania in various tissues.

[FEBS Open Bio @FEBSOpenBio]

💧 🐭 Filtration and tubular handling of EWE-hC3Nb1, a complement inhibitor nanobody, in wild type mice and a mouse model of proteinuric kidney disease

👉 https://t.co/JeHID2aqDv

@WeyerKathrin @gregers_rom
#ProteinuricKidneyDisease #Immunology
#ComplementSystem #KidneyTwitter

[Kathrin Weyer @WeyerKathrin]

@Ina_M_Schiessl Congratulations Ina!

[Int Society of Nephrology @ISNkidneycare]

📖 This weekend don't miss our @Kidney_Int #ISNFridaySelection: Proprotein convertase subtilisin/kexin type 9 targets megalin in the kidney proximal tubule and aggravates proteinuria in nephrotic syndrome https://t.co/M4zTJcepqa

[Henrik Dimke @h_dimke]

I kindly need your help to spread the word on this new account for the special interest group for Epithelial, Membrane Transport, and Renal Physiology at @scandPhys. This account will inform on yearly meetings and activities. https://t.co/TaC2vikzMT

[Sandra Hummelgaard @SandraHummelga1]

Happy to share our review covering PCSK9 as a target in cardiovascular disease. 🫀🧪👩‍🔬 https://t.co/iD8GfjqisD
Thanks for the support @DCAcademyDK!

[Kathrin Weyer @WeyerKathrin]

@soren_elsborg @Kidney_Int @SandraHummelga1 @AarhusUni @AUHdk Thank you Søren!

[Kathrin Weyer @WeyerKathrin]

Happy to share our publication on a new role of PCSK9 in the kidneys in @Kidney_Int.

Big congratulations to shared first authors @CecilieSkeby and @SandraHummelga1, and huge thanks to all our collaborators at @AarhusUni, @HealthArhusUni, @AUHdk,#DraupnirBio!

[Kidney International @Kidney_Int]

Proprotein convertase subtilisin/kexin type 9 targets #megalin in the #kidney proximal tubule and aggravates #proteinuria in #nephroticsyndrome

https://t.co/zowyzW49ZQ

@AarhusUni @AarhusUni_int
#proximaltubule #PCSK9 #alirocumab

[Kidney International @Kidney_Int]

Proprotein convertase subtilisin/kexin type 9 targets #megalin in the #kidney proximal tubule and aggravates #proteinuria in #nephroticsyndrome

https://t.co/zowyzW49ZQ

@AarhusUni @AarhusUni_int
#proximaltubule #PCSK9 #alirocumab

[Kathrin Weyer @WeyerKathrin]

@SMolgaard Congratulations!

[Kathrin Weyer @WeyerKathrin]

Happy to share our new review on the role of the megalin receptor in regulation of the renal RAS system:
Nephron - https://t.co/P9KxTXr0zS @KargerPublisher

[Kathrin Weyer @WeyerKathrin]

Hvad laver mine nyrer, og hvorfor kan jeg undvære den ene? https://t.co/IY95wbe7hI

[Alexander Staruschenko @staruschenko]

Looking for a motivated postdoc willing to join our lab @USFHealthMed in Tampa, FL. Please RT and PM if interested.

[Kathrin Weyer @WeyerKathrin]

@rofe6065 @APSPhysiology @expbio Congratulations

[Kathrin Weyer @WeyerKathrin]

Vi hænger stadig fast i kønsrollemønstre, som vi troede, vi havde gjort op med. Det har coronapandemien understreget. https://t.co/oIe9ZlrIHf

[Vascular Signaling And Sensing Lab @VascSensing_Lab]

We are taking a fresh look at the forming lymphatics! @karamanlab @LymphaticsLab @VascSensing_Lab welcome contributions to the Special Issue “Lymphangiogenesis in Development and Disease” @MDPIOpenAccess #lymphangiogenesis #vascularbiology

https://t.co/wwDuKvg4Ci

[Kathrin Weyer @WeyerKathrin]

@SimonGlerup Link?

[pAbmAbs @pAbmAbs]

We are proud to announce our partnership with @FlyBaseDotOrg in an effort to increase pAbmAbs’ usefulness to the fly community. No more wasting money on useless antibodies! Share your antibody experience at https://t.co/3bewbQoUyt #Antibodies #Science

[News from Science @NewsfromScience]

A drug known to treat pancreatitis is one of several drug candidates that aim to thwart the novel #coronavirus by targeting a different host: us. https://t.co/jSYHRpUqij

[Jeffrey H. Miner @JeffMinerPhD]

Very saddened to learn that Marilyn Gist Farquhar, a pioneer in glomerular and podocyte biology, passed away on Saturday, Nov. 23 at the age of 91. We should all aspire to have such an impactful career: in research, teaching, and leadership. https://t.co/67MoPobj3U