Neuroimmune cardiovascular interfaces control atherosclerosis

RT @DDuerschmied: PNS innervates ATLOs - fascinating work by Sarajo Mohanta, Christian Weber and colleagues @EASCongress https://t.co/DjSao…

RT @DDuerschmied: PNS innervates ATLOs - fascinating work by Sarajo Mohanta, Christian Weber and colleagues @EASCongress https://t.co/DjSao…

RT @DDuerschmied: PNS innervates ATLOs - fascinating work by Sarajo Mohanta, Christian Weber and colleagues @EASCongress https://t.co/DjSao…

PNS innervates ATLOs - fascinating work by Sarajo Mohanta, Christian Weber and colleagues @EASCongress https://t.co/DjSaoxRqra https://t.co/6KCbZqyZNt

@sguyenet Another reason to get past the premature conclusions on diet-heart hypothesis and its apoB/LDL-C mono-focus: Atherosclerosis involves a neuroimmune structural artery-brain circuit, where "vagus nerve activities increased in parallel to disease pr

Another reason to get past the premature conclusions on diet-heart hypothesis and its apoB/LDL-C mono-focus: Atherosclerosis involves a neuroimmune structural artery-brain circuit, where "vagus nerve activities increased in parallel to disease progression"

Neuroimmune cardiovascular interfaces control atherosclerosis | Nature …interesting pieces in context of PASC https://t.co/IzH8qiPjiz

RT @ipekresearch: 👏Congratulation to @Saroj_IPEK for winning Becht Research #Prize 2022 🏆@Herzstiftung @DGK_org @YoungDgk #DGKHerztage f…

RT @ipekresearch: 👏Congratulation to @Saroj_IPEK for winning Becht Research #Prize 2022 🏆@Herzstiftung @DGK_org @YoungDgk #DGKHerztage f…

👏Congratulation to @Saroj_IPEK for winning Becht Research #Prize 2022 🏆@Herzstiftung @DGK_org @YoungDgk #DGKHerztage for his work on neuroimmune 🧠🛡️cardiovascular 🫀interfaces published in @Nature https://t.co/1jKbRVLbMM @LMU_Muenchen @LMU_Uniklinikum @

Atherosclerotic plaques 'talk' with the brain https://t.co/FlqN01DmkI https://t.co/rGvJXOk3Ol https://t.co/FIlcPRbiPc

RT @EricTopol: How atherosclerotic diseased arteries talk to our brain and nervous system https://t.co/AWyZXRV8E4 @Nature https://t.co/s1O…

RT @Nature: Nature research paper: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/wADcSGhHT1

Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/1zu0nVdxPz What a fantastic sympony of neuroimmunol and CVimmunol

Great collaborative study by SyNergy members Martin Dichgans @ISD_Research, Jürgen Bernhagen @BernhagenLab, Ali Ertürk @erturklab, and Christian Weber @ipekresearch in Nature @Nature: Neuroimmune #cardiovascular interfaces control #atherosclerosis https:

RT @ipekresearch: 📢Excited to share a joint 🤝effort and major discovery @ipekresearch detailing the neuro-arterial circuitry 🧠 that regula…

RT @UofGICAMS: Prof Tom Guzik #Lab has provided a significant contribution to the discovery of artery-brain circuits of atherosclerosis. Fi…

Life Design: Scientists discover that for mammals the peripheral nervous system uses neuroimmune cardiovascular interfaces to attenuate atherosclerosis and thus minimimize heart attacks and strokes. https://t.co/4eUlcYPU3u

RT @NatMetabolism: #NatMetabPicks | In @Nature, Mohanta et al. (@LMU_Muenchen) show that the peripheral nervous system uses neuroimmune car…

RT @NatMetabolism: #NatMetabPicks | In @Nature, Mohanta et al. (@LMU_Muenchen) show that the peripheral nervous system uses neuroimmune car…

RT @NatMetabolism: #NatMetabPicks | In @Nature, Mohanta et al. (@LMU_Muenchen) show that the peripheral nervous system uses neuroimmune car…

RT @NatMetabolism: #NatMetabPicks | In @Nature, Mohanta et al. (@LMU_Muenchen) show that the peripheral nervous system uses neuroimmune car…

RT @UofGICAMS: Prof Tom Guzik #Lab has provided a significant contribution to the discovery of artery-brain circuits of atherosclerosis. Fi…

RT @UofGICAMS: Prof Tom Guzik #Lab has provided a significant contribution to the discovery of artery-brain circuits of atherosclerosis. Fi…

RT @UofGICAMS: Prof Tom Guzik #Lab has provided a significant contribution to the discovery of artery-brain circuits of atherosclerosis. Fi…

Prof Tom Guzik #Lab has provided a significant contribution to the discovery of artery-brain circuits of atherosclerosis. Find out more➡️https://t.co/cu2Jw3sQ4B #research #heart @CVR_TomaszGuzik @BHFCoREGlasgow

RT @NatMetabolism: #NatMetabPicks | In @Nature, Mohanta et al. (@LMU_Muenchen) show that the peripheral nervous system uses neuroimmune car…

RT @NatMetabolism: #NatMetabPicks | In @Nature, Mohanta et al. (@LMU_Muenchen) show that the peripheral nervous system uses neuroimmune car…

RT @NatMetabolism: #NatMetabPicks | In @Nature, Mohanta et al. (@LMU_Muenchen) show that the peripheral nervous system uses neuroimmune car…

RT @NatMetabolism: #NatMetabPicks | In @Nature, Mohanta et al. (@LMU_Muenchen) show that the peripheral nervous system uses neuroimmune car…

“Unexpectedly, widespread neuroimmune cardiovascular interfaces (NICIs) arose in mouse and human atherosclerosis-diseased adventitia segments showed expanded axon networks, including growth cones at axon endings near immune cells and media smooth muscle ce

RT @NatMetabolism: #NatMetabPicks | In @Nature, Mohanta et al. (@LMU_Muenchen) show that the peripheral nervous system uses neuroimmune car…

#NatMetabPicks | In @Nature, Mohanta et al. (@LMU_Muenchen) show that the peripheral nervous system uses neuroimmune cardiovascular interfaces to assemble a structural artery-brain circuit, whose targeting can attenuate #atherosclerosis. https://t.co/bu

Nature：Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/1ovgPzcr0z Nature：动脉粥样硬化斑块竟将魔爪伸向中枢神经系统，砍断这魔爪对抗动脉粥样硬化 本论文是动脉粥样硬化等心血管疾病、神经免疫学、自主神经系统等关联的基础医学研究论文。 https://t.co/BLQKKuKSbS

Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/r1nMjXiOPG

https://t.co/Py82MT2XCJ

RT @Nature: Nature research paper: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/wADcSGhHT1

RT @PederOlofsson: The discovery that neuroimmune cardiovascular interfaces control atherosclerosis in a project led by Andreas Habenicht a…

RT @PederOlofsson: The discovery that neuroimmune cardiovascular interfaces control atherosclerosis in a project led by Andreas Habenicht a…

RT @EricTopol: How atherosclerotic diseased arteries talk to our brain and nervous system https://t.co/AWyZXRV8E4 @Nature https://t.co/s1O…

RT @PederOlofsson: The discovery that neuroimmune cardiovascular interfaces control atherosclerosis in a project led by Andreas Habenicht a…

Very interesting paper in @Nature on atherosclerosis identifying crosstalk between the brain and arterial plaques. Disrupting this communication causes plaques to shrink. Can we target the brain to treat heart disease? Any disease? More research is needed.

RT @AshuPJadhav: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/YoKOjarAU0

RT @PederOlofsson: The discovery that neuroimmune cardiovascular interfaces control atherosclerosis in a project led by Andreas Habenicht a…

RT @ImmunBiologyLab: This very interesting paper on neural control of atherosclerosis is out in "paper form" today https://t.co/0jwWxjj0Ls…

This very interesting paper on neural control of atherosclerosis is out in "paper form" today https://t.co/0jwWxjj0Ls @KevinJTraceyMD @BioelectronicM

RT @ZMallat: Great work with important new concepts put forward.

Scientists discover that the nervous system interacts with atherosclerotic plaques. An artery-brain circuit is established, and #vagus nerve activity increases with disease progression. Disrupting the circuit slows disease progression. https://t.co/kWJFbu7

RT @AshuPJadhav: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/YoKOjarAU0

RT @AshuPJadhav: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/YoKOjarAU0

RT @LarsMaeg: Congrats to our neighbours @ipekresearch @LMU_Muenchen for their landmark study on neuro-arterial circuits controlling athero…

RT @curiousdrgeorge: Congrats to Andreas Habenicht & Sarajo Mohanta (@LMU_Muenchen) for their publication in @nature, finding that athero p…

RT @EricTopol: How atherosclerotic diseased arteries talk to our brain and nervous system https://t.co/AWyZXRV8E4 @Nature https://t.co/s1O…

RT @LorCarnevale: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/BPv26iyHci Check out our new paper, out Today…

RT @PederOlofsson: The discovery that neuroimmune cardiovascular interfaces control atherosclerosis in a project led by Andreas Habenicht a…

RT @Nature: Nature research paper: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/wADcSGhHT1

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

RT @DrJamesOtton: Neuronal and neuroimmune effects on atherosclerosis. I certainly wasn’t expecting this! Perhaps related to pericoronary a…

RT @MatthiasNahrend: You thought your fuse box looks complicated? New @Nature paper shows how your atherosclerotic plaques are wired 👇👇👇 ht…

RT @ipekresearch: 📢Excited to share a joint 🤝effort and major discovery @ipekresearch detailing the neuro-arterial circuitry 🧠 that regula…

Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/UPSYzV3TXJ #science

RT @DrJamesOtton: Neuronal and neuroimmune effects on atherosclerosis. I certainly wasn’t expecting this! Perhaps related to pericoronary a…

RT @AshuPJadhav: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/YoKOjarAU0

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

Awesome study linking brain with cardiovascular disease. Another evidence for why we need to transition to long axial FOV dynamic multi-parametric PET imaging using clinically adoptable scan protocols and data analysis tools #brainheart

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

RT @EricTopol: How atherosclerotic diseased arteries talk to our brain and nervous system https://t.co/AWyZXRV8E4 @Nature https://t.co/s1O…

RT @MatthiasNahrend: You thought your fuse box looks complicated? New @Nature paper shows how your atherosclerotic plaques are wired 👇👇👇 ht…

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

RT @rajeevgg: Interaction of nervous system and atherosclerosis. Is this the pathway for benefit of various relaxation techniques and yoga?…

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

RT @Nature: Nature research paper: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/wADcSGhHT1

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

https://t.co/MkHkJC0xaN

RT @LukensJohnR: Neuroimmunology is at the heart of the matter. https://t.co/n4U5VG71y8

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

RT @MatthiasNahrend: You thought your fuse box looks complicated? New @Nature paper shows how your atherosclerotic plaques are wired 👇👇👇 ht…

RT @Nature: Nature research paper: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/wADcSGhHT1

RT @Nature: Nature research paper: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/wADcSGhHT1

RT @Nature: Nature research paper: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/wADcSGhHT1

RT @WinkelsLab: Congratulations, Saroj and Team, what a tour de force, happy it is out where it should be @ipekresearch https://t.co/RhXixJ…

RT @Nature: Nature research paper: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/wADcSGhHT1

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

RT @MatthiasNahrend: You thought your fuse box looks complicated? New @Nature paper shows how your atherosclerotic plaques are wired 👇👇👇 ht…

RT @Nature: Nature research paper: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/wADcSGhHT1

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

RT @Nature: Nature research paper: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/wADcSGhHT1

RT @KateyRayner: This is beyond cool. Talk about brain-heart connectome! 🤓🤓🤓

RT @KateyRayner: This is beyond cool. Talk about brain-heart connectome! 🤓🤓🤓

RT @KateyRayner: This is beyond cool. Talk about brain-heart connectome! 🤓🤓🤓

RT @HellmutAugustin: Conceptually exciting atherosclerosis work published in @Nature revealing a neuroimmune artery-brain circuit that cont…

This is beyond cool. Talk about brain-heart connectome! 🤓🤓🤓

RT @MatthiasNahrend: You thought your fuse box looks complicated? New @Nature paper shows how your atherosclerotic plaques are wired 👇👇👇 ht…

RT @Nature: Nature research paper: Neuroimmune cardiovascular interfaces control atherosclerosis https://t.co/wADcSGhHT1