Hao Yin(@HaoYin20) 's Twitter Profile Photo

Secretome from /CC-treated👤aortic , but not CC itself, activates Neutrophil adhesion, ROS &

A role of SMC-derived IL-33

Polarized light to image intracellular CC
Chemical screening for CC uptake machinery in…

Secretome from #CholesterolCrystal/CC-treated👤aortic #SmoothMuscleCell, but not CC itself, activates Neutrophil adhesion, ROS & #NeutrophilExtracellularTrap #NET

A role of SMC-derived IL-33

Polarized light to image intracellular CC
Chemical screening for CC uptake machinery in…
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Journal of Hepatology(@JHepatology) 's Twitter Profile Photo

+ cells
➡️important role in initiation of pathogenesis via formation

administration:
⬇️CD177+ cell numbers
⬇️reactive oxygen species levels
✅potential beneficial effect

🔓bit.ly/3acfQG8

#CD177+ cells
➡️important role in initiation of #BiliaryAtresia pathogenesis via #NeutrophilExtracellularTrap formation

#Nacetylcysteine administration:
⬇️CD177+ cell numbers
⬇️reactive oxygen species levels
✅potential beneficial effect

🔓bit.ly/3acfQG8

#LiverTwitter
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Hao Yin(@HaoYin20) 's Twitter Profile Photo



Important evidence on Neutrophil in cell/organ damage in

Angiotensin II --> + potential roles of NADPHoxidase2 &

Dr Panagiotis Skendros lab JCI insight 2021 Panagiotis Skendros
insight.jci.org/articles/view/…

#Hypertensin #NeutrophilExtracellularTrap

Important evidence on Neutrophil in cell/organ damage in #EssentialHypertension

Angiotensin II --> #NETosis + potential roles of NADPHoxidase2 & #Autophagy

Dr Panagiotis Skendros lab @JCI_insight 2021 @PSkendros
insight.jci.org/articles/view/…
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TRAstonDrs(@CastlTrAstonDrs) 's Twitter Profile Photo

The main mechanisms that may contribute to the development of in 19 are the following
1) hyper-activation of the immune system
2) the induction of excessive formation
3) cross-reaction with self-components of the host

The main mechanisms that may contribute to the development of #autoimmunity in #COVID 19 are the following
1) hyper-activation of the immune system
2) the induction of excessive #neutrophilextracellulartrap formation 
3) #SARSCoV2 cross-reaction with self-components of the host
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Nature Reviews Cancer(@NatureRevCancer) 's Twitter Profile Photo

Chronic stress contributes to increased rates of metastasis and poor prognosis in . Now, Mikala Egeblad and group establish that stress induces (NET) formation to promote metastasis.

Check out our highlight 👇
go.nature.com/3VTyl7z

Chronic stress contributes to increased rates of metastasis and poor prognosis in #patientswithcancer. Now, @megeblad and group establish that stress induces #neutrophilextracellulartrap (NET) formation to promote metastasis. 

Check out our highlight 👇
go.nature.com/3VTyl7z
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gabrielle brewer(@gabe__brewer) 's Twitter Profile Photo

Chronic stress contributes to increased incidence of metastasis + poor prognosis in patients with cancer.

He et al. (Mikala Egeblad) established that stress induces (NET) formation to promote metastasis.

For more deets, check out my latest highlight 👇

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J Controlled Release(@JCRnEDITORS) 's Twitter Profile Photo

Cell membrane derived liposomes loaded with DNase I target neutrophil extracellular traps which inhibits colorectal cancer liver metastases.
| Xinyi Jiang 山东大学 SHANDONG UNIVERSITY |

doi.org/10.1016/j.jcon…

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J Controlled Release(@JCRnEDITORS) 's Twitter Profile Photo

Antibody-modified DNase I micelles specifically recognize the neutrophil extracellular traps (NETs) and promote their degradation.
| Vladimir P. Torchilin Chemical Engineering at Northeastern University |
[50 days' free access]

authors.elsevier.com/a/1gNHrcI2~~Jx0

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DHA Laboratory(@DHALab) 's Twitter Profile Photo

The research focused on studying the impact of ginger supplementation on a type of white blood cell called the . The study was especially interested in extracellulartrap formation, also known as , and what it may mean for controlling inflammation.

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NAVBO(@vascularbiology) 's Twitter Profile Photo

Neutrophil extracellular traps infiltrate the lung airway, interstitial, and vascular compartments in severe COVID-19

Dr. Cécile Oury, Philippe Delvenne, Thomas Marichal groups, J Exp Med. 2020 Oury Cécile Université de Liège



rupress.org/jem/article/21…

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