Xiaowei Wang Profile
Xiaowei Wang

@Xiaowei71

Followers
84
Following
459
Media
5
Statuses
122

Joined January 2019
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@scisignal
Science Signaling
2 years
In a model of #GouldSyndrome, researchers connect brain lesions and hemorrhages to disruptions in #CalciumSignaling in smooth muscle cells from misfolded collagen, impairing vessel’s ability to regulate cerebral blood flow. @UCSFGouldLab @CobreUnr https://t.co/17slEtfvoF
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@vesselman
Scott Earley
2 years
Impaired intracellular Ca2+ signaling contributes to age-related cerebral small vessel disease in Col4a1 mutant mice | Science Signaling https://t.co/2YtEdOkbtu The latest paper from our lab - part of a great collaboration with @UCSFGouldLab.
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@NedergaardLab
NedergaardLab
2 years
We have shown that ageing and glaucoma induce changes to the ocular glymphatic system. Just published in Neurobiology of Disease. Congratulations to @Xiaowei71 #glymphatics https://t.co/v1nLO64CDb (FB)
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@Xiaowei71
Xiaowei Wang
2 years
How does aging and glaucoma affect the fluid flow and waste clearance of the eye? Check out our recent work in Neurobiology of Disease.
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@Xiaowei71
Xiaowei Wang
2 years
One of the most talented scientists that I know, great opportunity for aging related researches!
@XiaoTianPhD
Xiao Tian
2 years
I am hiring multiple Postdoctoral Associates for my new lab at Sanford Burnham Prebys. We use a multidisciplinary approach (multi-omics, machine learning, long-lived species) to push the boundaries of aging research. Please see more details and apply here:
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@XiaoTianPhD
Xiao Tian
2 years
I am hiring multiple Postdoctoral Associates for my new lab at Sanford Burnham Prebys. We use a multidisciplinary approach (multi-omics, machine learning, long-lived species) to push the boundaries of aging research. Please see more details and apply here:
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@ZhaoyangLiu_5
Zhaoyang Liu
2 years
The first preprint from Liu Lab! Using spatial transcriptomics on mineralized tissues, we revealed interactions between ADGRG6 and SOX9/IHH in mouse growth plate homeostasis. Great collaboration with @ChiaLungWu and @slewzeus! Check our novel FFPE protocol: https://t.co/Xhpngprhno
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@yoshihiro0604
Yoshi Ishikawa
2 years
Thank YOU for giving great talks, Suneel, Chloe(@ccstorytime), Federico(@fornerislab), Mao (@UCSFGouldLab)!! Cheers😎
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@Xiaowei71
Xiaowei Wang
3 years
Good news, your fat cells ages faster than your neurons, for details read this paper from Li lab that’s fresh out on Science👏 Now a question for @HongjieLi5 , do human also follow this trend and one day peak as a skinny smarty-pants💃🤓? I have my hope high😁
@HongjieLi5
Hongjie Li
3 years
Which cell types age faster, fat cell or neuron? Read more~
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@HongjieLi5
Hongjie Li
3 years
Which cell types age faster, fat cell or neuron? Read more~
@ScienceMagazine
Science Magazine
3 years
In Science, researchers present the Aging Fly Cell Atlas, a single-nucleus transcriptome map of the fruit fly as it ages. Learn more: https://t.co/RvYd8Wphxj
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@Xiaowei71
Xiaowei Wang
3 years
hey @Waymo ,it’s pretty scary to meet your cars in an intersection without traffic light, especially with a baby. Can you put a screen to signal that the car saw the pedestrian and it’s safe to cross? Even an emoji works👍🏻
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@VerenaUntiet
Verena Untiet
3 years
Beautiful work headed by @Stephanie_Hol read more about how functional hyperemia drives CSF influx and clearance in mice in @NatureNeuro
@NedergaardLab
NedergaardLab
3 years
We are very excited to share our most recent publication showing that functional hyperemia drives CSF influx and clearance in mice. https://t.co/glmOLgurLc @Stephanie_Hol @MaiNedergaard @MichaelGiannet1 @mrfelix @VerenaUntiet @LaurenHablitz 1/9
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@DoctorMC_
Myriam M. Chaumeil, PhD
3 years
I am very excited to share our new work deciphering the role of neuronal glucose metabolism published in Cell Reports. Press release below! @CellReports @YoshitakaSei @Guglielmetti_C @NIHAging @UCSF @UCSFPT @alzassociation @UCSFAging https://t.co/eNnSqHDMpX
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gladstone.org
New details on how healthy neurons metabolize glucose have implications for understanding neurodegenerative diseases
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@Brain_X_Journal
Brain-X (ISSN: 2835-3153)
3 years
3D printing-based full-scale human brain for diverse applications @Brain-X #Interdisciplinary Brain
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@NatalieHauglund
Natalie Hauglund
3 years
Super excited about our new publication headed by @VerenaUntiet ! 🥳 We found that astrocytic chloride is high and stable during sleep, but during wakefulness works as a chloride reservoir for maintaining GABAergic transmission 🧠 congrats Verena!!
@NedergaardLab
NedergaardLab
3 years
📜We are very excited to share our most recent publication showing that astrocytic chloride modulates inhibitory neurotransmission in vivo in awake mice by @VerenaUntiet @mrfelix @NatalieHauglund @CeliaKjaerby @Aladronde @ZuzaBojarowska @Hiraselab_KU @MaiNedergaard 1/7
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@NeuroRune
Rune Nguyen Rasmussen
3 years
Thrilled to share our Opinion article published in @TrendsNeuro: "Astrocytes: integrators of arousal state and sensory context." Great collaboration with @temp2spec, @eva_carlsen, @CeliaKjaerby and @NathanASmith1. https://t.co/ZnaIUJrAJL
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@Brain_X_Journal
Brain-X (ISSN: 2835-3153)
3 years
Brain-X Review: 3-hydroxybutyrate in the brain: Biosynthesis, function, and disease therapy https://t.co/aZHrjp383h
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@NathanASmith1
Dr. Nathan A. Smith
3 years
🚨Please Retweet!!!🚨One week left to apply! Let's have a strong finish. This is a fantastic program. APPLY NOW➡️ https://t.co/SJ423xV6t3 @bipocneuro @BlackInNeuro @wmis_sio @CienciaPR @LatinxinSTEM @NativesinStem #URochesterResearch
@URNeuroscience
Del Monte Institute for Neuroscience
3 years
🚨ATTENTION POSTDOCS - APPLY TODAY for our #postdoc seminar series NE𝗨𝗥O YES! APPLY➡️ https://t.co/tnuVZJIYL8 Come share your science with us @UofR!! @BlackInNeuro @BRAINSbites @wmis_sio @URochester_SMD #BlackPhDs #Postdoctoral #WomenPhDs #nativePhds #LatinaPhDs #NeuroTwitter
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@Brain_X_Journal
Brain-X (ISSN: 2835-3153)
3 years
Brain-X Review: Nucleic acid delivery by ionizable nanocarriers for brain disease treatment #interdisciplinary brain https://t.co/kd72Znnlou
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@HaoYin20
Hao Yin
3 years
Spatial Omics DataBase "a web-based platform providing both rich data resources & a suite of interactive data analytical modules" for >2700 #SpatialOmics Exps 26 spatial omics techniques TencentAI🐧@naturemethods 2023 https://t.co/G2v7MTzqI2 website: https://t.co/jHSb8EVV0q
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