Neural Cell News

@NeuralCell

An online resource for the neuroscience research community. Part of the @STEMCELLTech Science News service.

Joined June 2010

1KFollowing

3KFollowers

The @MalladiLab reviews the adaptive metabolic reprogramming that facilitates brain metastases and discusses emerging strategies to tailor interventions aimed at preventing and treating overt brain metastases. 📍 Now in @NatureRevCancer: go.nature.com/3TUvAkj

NeuralCell's tweet image. The @MalladiLab reviews the adaptive metabolic reprogramming that facilitates brain metastases and discusses emerging strategies to tailor interventions aimed at preventing and treating overt brain metastases.

📍 Now in @NatureRevCancer: go.nature.com/3TUvAkj

142

Neural Cell News@NeuralCell · Jul 25

More on mast cells and the brain-dura axis! @DrRishengXu, Dr. Xinzhong Dong, and team show that the mast-cell-specific receptor Mrgprb2 regulates post-stroke brain inflammation from the #meninges. Congratulations! 👏 @CellCellPress | bit.ly/3TYvoR4

NeuralCell's tweet image. More on mast cells and the brain-dura axis!

@DrRishengXu, Dr. Xinzhong Dong, and team show that the mast-cell-specific receptor Mrgprb2 regulates post-stroke brain inflammation from the #meninges.

Congratulations! 👏

@CellCellPress | bit.ly/3TYvoR4

177

Neural Cell News@NeuralCell · Jul 24

Let's hear it for the Kipnis (@jonykipnis) Lab! 🥳 They revealed dural mast cells as central players in modulating CSF flow and meningeal immunity. 🆕 Find their article in @CellCellPress: bit.ly/3H2kE0Y

NeuralCell's tweet image. Let's hear it for the Kipnis (@jonykipnis) Lab! 🥳

They revealed dural mast cells as central players in modulating CSF flow and meningeal immunity.

🆕 Find their article in @CellCellPress: bit.ly/3H2kE0Y

617

Neural Cell News@NeuralCell · Jul 24

Have you used @STEMCELLTech products in your #organoid research? Inspire others with your research by sharing your experience with #organoids & get featured on their website: bit.ly/3f9JWfR 🛒 Receive an offer on a future order of organoid media as a thank-you.

NeuralCell's tweet image. Have you used @STEMCELLTech products in your #organoid research?

Inspire others with your research by sharing your experience with #organoids &amp; get featured on their website: bit.ly/3f9JWfR

🛒 Receive an offer on a future order of organoid media as a thank-you.

Neural Cell News@NeuralCell · Jul 24

Check out this new review from the Deneen lab! 🆕 The authors discuss existing research on astrocyte diversity and examine the developmental origins of these populations and how their interactions with neurons contribute to their functional heterogeneity.…

NeuralCell's tweet image. Check out this new review from the Deneen lab! 🆕

The authors discuss existing research on astrocyte diversity and examine the developmental origins of these populations and how their interactions with neurons contribute to their functional heterogeneity.…

162

Neural Cell News@NeuralCell · Jul 22

Discover new biomarkers for #ALS! Dr. Patrick Oeckl and team applied mass-spectrometry-based peptidomic analysis in CSF samples of ALS and non-neurodegenerative control patients for biomarker discovery. 🔎 @EmboMolMed | bit.ly/45egrk2

NeuralCell's tweet image. Discover new biomarkers for #ALS!

Dr. Patrick Oeckl and team applied mass-spectrometry-based peptidomic analysis in CSF samples of ALS and non-neurodegenerative control patients for biomarker discovery. 🔎

@EmboMolMed | bit.ly/45egrk2

122

Neural Cell News@NeuralCell · Jul 22

Dr. @FrigerioIrene and team show that phosphorylated α-synuclein is enriched in putaminal dopaminergic synapses already in early disease stages, and associates with dopaminergic terminal loss. 👉 go.nature.com/3GQ7STm

NeuralCell's tweet image. Dr. @FrigerioIrene and team show that phosphorylated α-synuclein is enriched in putaminal dopaminergic synapses already in early disease stages, and associates with dopaminergic terminal loss.

👉 go.nature.com/3GQ7STm

128

Neural Cell News@NeuralCell · Jul 18

Dr. @briandanielsli's team used mouse models to investigate RIPK3's role in #astrocytes. Their study, published in @scisignal, suggests that astrocytic RIPK3 promotes host protection during CNS viral infections. 🦠 bit.ly/45com1a

NeuralCell's tweet image. Dr. @briandanielsli's team used mouse models to investigate RIPK3's role in #astrocytes.

Their study, published in @scisignal, suggests that astrocytic RIPK3 promotes host protection during CNS viral infections. 🦠

bit.ly/45com1a

107

Neural Cell News@NeuralCell · Jul 18

Drs. Linda Partridge and Nazif Alic led this research showing that loss of Pol III repressor Maf1 in neurons promotes longevity by preventing the age-related decline in 5S rRNA and translation. @PLOSBiology | bit.ly/4o0wsla

NeuralCell's tweet image. Drs. Linda Partridge and Nazif Alic led this research showing that loss of Pol III repressor Maf1 in neurons promotes longevity by preventing the age-related decline in 5S rRNA and translation.

@PLOSBiology | bit.ly/4o0wsla

100

Neural Cell News@NeuralCell · Jul 16

🖨️ Today in @NatureNeuro! Drs. @TSpiresJones, Claire Durrant, and team conclude that tau pathology could spread at least in part via synapses in progressive supranuclear palsy. 🧠 go.nature.com/4kO82Zl

NeuralCell's tweet image. 🖨️ Today in @NatureNeuro!

Drs. @TSpiresJones, Claire Durrant, and team conclude that tau pathology could spread at least in part via synapses in progressive supranuclear palsy. 🧠

go.nature.com/4kO82Zl

169

Neural Cell News@NeuralCell · Jul 15

Are you interested in the Rab3 family proteins (Rab3s)? 😃 Check out this article to know how Rab3s dysregulation disrupts neuronal homeostasis! 🧠 🔄 go.nature.com/3TJ4bSb

NeuralCell's tweet image. Are you interested in the Rab3 family proteins (Rab3s)? 😃

Check out this article to know how Rab3s dysregulation disrupts neuronal homeostasis! 🧠 🔄

go.nature.com/3TJ4bSb

164

Neural Cell News@NeuralCell · Jul 11

📢 New in @NatureComms! This study reveals pathogenic mechanisms underlying early neuropathological features of #AlzheimersDisease and identifies the blood ApoM-S1P complex as a potential diagnostic and therapeutic target. 🔗 go.nature.com/4kzxXE0

NeuralCell's tweet image. 📢 New in @NatureComms!

This study reveals pathogenic mechanisms underlying early neuropathological features of #AlzheimersDisease and identifies the blood ApoM-S1P complex as a potential diagnostic and therapeutic target.

🔗 go.nature.com/4kzxXE0

105

Neural Cell News@NeuralCell · Jul 11

⏱️ Final week to enter! Subscribe to one of our 20 immunology or cell biology newsletters before July 18 for a chance to win a personalized lab coat. bit.ly/3YYyzuM

Neural Cell News@NeuralCell · Jul 10

📢 New in @NatureComms! Researchers identify microglial Cx43 hemichannels as a regulator of microglial reactivity in #AlzheimersDisease, positioning them as a promising therapeutic target. 🔗 go.nature.com/406Ygdm

NeuralCell's tweet image. 📢 New in @NatureComms!

Researchers identify microglial Cx43 hemichannels as a regulator of microglial reactivity in #AlzheimersDisease, positioning them as a promising therapeutic target.

🔗 go.nature.com/406Ygdm

105

Neural Cell News@NeuralCell · Jul 9

#Myopia is a serious public health issue worldwide. 👁️ Using single-cell #RNASequencing, researchers have revealed anterograde trans-synaptic degeneration and exacerbated synaptic remodeling in myopia. Read the study: go.nature.com/4eJGhj6

NeuralCell's tweet image. #Myopia is a serious public health issue worldwide. 👁️

Using single-cell #RNASequencing, researchers have revealed anterograde trans-synaptic degeneration and exacerbated synaptic remodeling in myopia.

Read the study: go.nature.com/4eJGhj6

188

Neural Cell News@NeuralCell · Jul 9

Register now for On Demand Access to @KeystoneSymp #Neurodegeneration : Linking #CellularPathways to Therapeutic Strategies, this June to explore emerging research! hubs.la/Q02-rZVb0 #KSNeuroDegen25

NeuralCell's tweet image. Register now for On Demand Access to @KeystoneSymp #Neurodegeneration : Linking #CellularPathways to Therapeutic Strategies, this June to explore emerging research! hubs.la/Q02-rZVb0

#KSNeuroDegen25

467

Neural Cell News@NeuralCell · Jul 8

Register now for On Demand Access to @KeystoneSymp #NeuroImmune Interactions : A Systems Wide Perspective, this June to explore emerging research! hubs.la/Q02-rZFh0 #KSNeuroImmune25

NeuralCell's tweet image. Register now for On Demand Access to @KeystoneSymp #NeuroImmune Interactions : A Systems Wide Perspective, this June to explore emerging research! hubs.la/Q02-rZFh0

#KSNeuroImmune25

612

Neural Cell News@NeuralCell · Jul 8

📢 New in @cddpress! Researchers show that #homocysteine interferes with Ndufa1 leading to mitochondrial dysfunction through repression of the NAD+/Sirt1 pathway in the brain. This suggests a possible link between hyperhomocysteinemia and #neurodegeneration. 🔗…

NeuralCell's tweet image. 📢 New in @cddpress!

Researchers show that #homocysteine interferes with Ndufa1 leading to mitochondrial dysfunction through repression of the NAD+/Sirt1 pathway in the brain.

This suggests a possible link between hyperhomocysteinemia and #neurodegeneration.

🔗…

126

Neural Cell News@NeuralCell · Jul 7

Interested in the autonomic nervous system? 🤔 A new @NatRevNeurosci #review from the lab of Dr. Yuki Oka at @Caltech discusses the molecular, anatomical, and functional diversity of autonomic motor neurons. 🔗 go.nature.com/3GaYh9q

NeuralCell's tweet image. Interested in the autonomic nervous system? 🤔

A new @NatRevNeurosci #review from the lab of Dr. Yuki Oka at @Caltech discusses the molecular, anatomical, and functional diversity of autonomic motor neurons.

🔗 go.nature.com/3GaYh9q

145

Neural Cell News@NeuralCell · Jul 4

📖 In their recent @NatureComms study, @LabPascoal showed that #astrocyte reactivity is closely associated with pre- and post-synaptic dysfunction in patients across the aging and #AlzheimersDisease continuum. go.nature.com/40xx9rS

NeuralCell's tweet image. 📖 In their recent @NatureComms study, @LabPascoal showed that #astrocyte reactivity is closely associated with pre- and post-synaptic dysfunction in patients across the aging and #AlzheimersDisease continuum.

go.nature.com/40xx9rS

153