Laura Parma

Postdoc @ipekresearch | Passionate about angiogenesis, atherosclerosis and cell metabolism

[CRC1123: Mechanisms of Atherosclerosis @CRC1123_Athero]

📢Looking forward to our next CRC 1123 Lecture by Andrew Baker next week

on Targeting vascular repair and regeneration

https://t.co/R5vZ7pA1zY

@dfg_public @LMU_Muenchen

[CRC1123: Mechanisms of Atherosclerosis @CRC1123_Athero]

📢Registration is open for the International 🗺️#Atherosclerosis Symposium in Munich 🥨, Oct 21–22, 2025! 🧬 Hosted by @dfg_public CRC 1123.

Join top experts🧑‍🔬👩‍🔬 for talks, posters & networking!

Abstract deadline: July 31.
➡️Details & sign-up: https://t.co/pvo2CnsH0p
#Science

[Alexander Bartelt @BarteltLab]

🚨 Abstract deadline approaching 🚨 for the 48th European Lipoprotein Club Meeting:
https://t.co/Zu34AHBOAe - 👉 April 24th 👈
If you love metabolism and related disorders come and discuss your research and network at the shores of Lake Starnberg 🏖️! Please retweet

[DZHK Germany @dzhk_germany]

SCIENCE ON FRIDAY 28/3/25
🕓4-5 pm (CET), online
🧐Aortic Valve Stenosis https://t.co/pDJBF3VYG4
with Florian Schlotter @_Ramona_Schmitt @AndreasZeiher

organised by @YoungDZHK & @YoungDgk

DZHK members: got to the intranet 🔐https://t.co/T7wtiqOrLx
All others ➡️ [email protected]

[Laura Parma @_LauraParma]

@AishvaryaaPrab1 Thank you Aish 😊

[Laura Parma @_LauraParma]

❓How are CD8+ T cells recruited to human atherosclerotic plaques?
👩🏼‍🔬Thanks to our newly developed 3D plaque culture model we found that intraplaque ACKR1+ neovessels secrete CXCL12 and play a key role in T cells recruitment. Read all about it here 👇🏻

[Circulation @CircAHA]

CXCL12-CXCR4 axis drives CD8+ T cell plaque infiltration and may play a role in human atherosclerosis @_LauraParma @DucheneJohan @ipekresearch @LarsMaeg @mariedepuydt https://t.co/VQIR2DfvfS

[Laura Parma @_LauraParma]

@ivivek87 Thank you Vivek!

[Laura Parma @_LauraParma]

@sikandhayat Thank you Sikander!

[Laura Parma @_LauraParma]

Congratulations to Harini Balasubramanian on her Master’s degree - well done! I am proud of you and the work you've done in the lab👩‍🔬 Looking forward to exciting future work together! @ipekresearch

[Laura Parma @_LauraParma]

@rakiphd Thank you 😊

[Laura Parma @_LauraParma]

Happy to share our latest work in which we present a novel method to study leukocyte recruitment to human atherosclerotic plaques. We found that CD8+ T cells recruitment to human plaques is mediated by ACKR1+ IP neovessels!
https://t.co/4BHlen6rLY

[IPEK @ipekresearch]

🆕 Paper @LMU_Muenchen Highlight 🔆 from the @DucheneJohan @RemcoMegens Lab 🥼with @_LauraParma

#Atherosclerosis: how #immune cells migrate ⏩ into plaques

📰https://t.co/HNiWLmtP6O #lmumünchen #universityofmunich

Read @CircAHA article here🔗https://t.co/sdSKTIwZsR

[IPEK @ipekresearch]

🔗https://t.co/lqECIrwWX7

[Laura Parma @_LauraParma]

Thanks to all the co-authors for their help 👩‍🔬 @DucheneJohan @NadjaSachs @Jessica_Pauli_ @dzhk_germany @YoungDZHK

[Laura Parma @_LauraParma]

A nice Saturday morning talking about our exciting research projects 🔬🧪👩🏼‍🔬👨🏼‍🔬

[Sabine_Steffens @SteffensLab]

Recruiting the next generation of medical students @ipekresearch @CRC1123_Athero today at the DoktaMed @LMU_Uniklinikum with @_LauraParma @5antus

[Laura Parma @_LauraParma]

Happy to be part of this program and looking forward to exciting activities and meetings @society_eas 🤓

[Christoph Binder @cj_binder]

What a privilege to host such great group of clinicians and scientists at the Young Fellows of the @society_eas in Vienna. Thank you to all the participants and speakers!

[Sabine_Steffens @SteffensLab]

Privileged to coordinate the educational program of our next generation cardiovascular scientists in a great team of @CRC1123_Athero colleages @_LauraParma @ValePaloschi. Big thanks to annual retreat keynote speaker @WinkelsLab. @dfg_public @BernhagenLab @DucheneJohan

[Laura Parma @_LauraParma]

@LCSommerfeld @dfg_public Thanks a lot 😊

[Laura Parma @_LauraParma]

I am beyond happy to share that I received a DFG individual research grant @dfg_public to study the role of ACKR3+ fibroblasts in atherosclerosis. Thanks to everyone who helped me shape this proposal and I am looking forward to starting this exciting project!👩‍🔬

[Hannah Billig @Hannah_Billig_]

Kaffee holen und auf in Saal X9 ☕️
Career perspectives für #YoungCardiologists und #YoungScientists 💡

@WinkelsLab @Hinkel_Lab @SteffensLab @DimmelerLab @_LauraParma @FlorianKahles @LuisEichelmann