Individualized #iPSC-based readouts explain variability of clinical phenotypes in #schizophrenia. Our study aims to support mechniscially-informed personlized medicine. https://t.co/cWqViT0Uz2 @mpi_psychiatry@MCSP_LMU
Individual variability in synaptic gene expression and synapse density in induced pluripotent stem cell-derived neurons predicted macro-scale alterations in gray matter volume and gamma-band activity in patients with #Schizophrenia.
#SIRS2026@SIRSGlobal https://t.co/baHH1OdcB4
We can't wait to welcome you to Chicago for #SIRS2025! What are you most looking forward to? If you still need to register, visit https://t.co/u4ZMVaglZ3 today!
Unsere Retina-Forschung für die Schizophrenie sehr verständlich übersetzt: Danke @ChristinaBerndt@SZ für das Interesse in unsere Arbeit🙌 https://t.co/SJmT5n9FNb
The genetic risks for schizophrenia and multiple sclerosis affect specific retinal cells, suggesting the retina can be used to study these brain disorders. https://t.co/ppce2F4VJ7
Specific retinal cell types are affected by the genetic architecture of #Schizophrenia and #MS. SCZ enrichment was driven by genes involved in synapse biology. The Retina as window to the brain? 👀🧠Check our📜https://t.co/vhziHHXZA7
Tx @mpi_psychiatry @LMU_Uniklinikum @UZH_ch
The genetic risks for schizophrenia and multiple sclerosis affect specific retinal cells, suggesting the retina can be used to study these brain disorders. https://t.co/ppce2F4VJ7
Our new📜@JAMAPsych shows that different retinal cell types are affected by the genetic architecture of #Schizophrenia and #MS and highlights the potential of 👁️as a proxy to study synaptic impairment in SCZ👉https://t.co/yHQxMIXdxI
Tx🙏@mpi_psychiatry @LMU_Uniklinikum @UZH_ch
Our investigation of the retina in #schizophrenia, recently published @BiologicalPsyc1 👉https://t.co/K4hKUMRHKY, is now translated into "lay words" thanks to our fantastic press office @mpi_psychiatry. Tx so much🙏 to get our research explained 👇
👩🎓 We are looking for a postdoctoral researcher to join the project group "Translational Deep Phenotyping" at our Institute.
💼 Find the complete job posting here: https://t.co/i9QW9sdnSz
😍 Interested? We look forward to your application. Not for you? Feel free to share!
@natalie_matosin Tx for sharing 🫶. Given their common embryonic origin, the retina shares numerous anatomical and physiological similarities with the brain. This makes the retina an interesting target to study psychiatric brain diseases such as schizophrenia...
👉 25.05.2024 vormerken
#Krachparade 2024 wird eine sehr, sehr lange, laute und vor allem fröhliche #Lärmschutzzone bilden, um den #MehrSCHALLplan mit Musik und Tanz anschaulich zu demonstrieren.
🎶💃🕺🛵🚛🚚🚔
Vortreffen Krachparade ✅
Die Krachparade wächst, weil so viele Kollektive, Initiativen und engagierte Menschen sich beteiligen wollen, die keine Lust mehr auf ein leises, teures& luxuriöses München haben. Danke an alle!
Danke ans Sozialreferat &die Fachstelle MoNa für den Raum
Our just opened lab for Translational Deep Phenotyping (TDP) @mpi_psychiatry is looking for you📢
👉PostDoc
👉PhD
to explore and validate fluid biomarkers🧬🧪that identify and predict treatment response in #Schizophrenia and #Depression.
Check & share👇🔍
https://t.co/Ye7dN1um2e
Mehr Lärm für die Stadt: Die Krachparade zieht durch München. Mehrere Initiativen rufen am Nachmittag zur Großdemo auf. „Lärm rauf – mieten runter!“, fordern die Veranstalter. Sie rechnen mit mehr als 10 000 Teilnehmern. https://t.co/U9jlDO4ArV
Very excited to share my first-author publication on the role of extracellular vesicles in interneuron specification! @silvianeurompi
@NataliaBaumann7
@denisjabaudon
@AndreaForeroE
@rossdigiaimo@RebeccaB0n@ScienceAdvances
https://t.co/cz8RHTxC8P
In our study paper📜, we discribe the ideas, goals and the approach of the Munich Clinical Deep Phenotyping #CDP study to bridge the translational gap 🧬 <--> 🏥🛌 in biological psychiatry 🧠
@LMU_Uniklinikum @MCSP_LMU@ImprsTp@mpi_psychiatry
Read 📜👉
https://t.co/4pzSIwfvyn