#neuralstemcell 搜尋結果

It's #TraineeTuesday! 🥼 This week, we want you to meet 🧫Kasia🧫 For the next few hours we'll be following Kasia, a trainee in @DrFehlings' lab. Make sure to follow along via our IG Story! 📲 🔗: instagram.com/krembilresearch #SpinalCordInjury #NeuralStemCell #NSC

KBI_UHN's tweet image. It's #TraineeTuesday! 🥼

This week, we want you to meet 🧫Kasia🧫

For the next few hours we'll be following Kasia, a trainee in @DrFehlings' lab.

Make sure to follow along via our IG Story! 📲

🔗: instagram.com/krembilresearch

#SpinalCordInjury #NeuralStemCell #NSC

🧠The #STEM4H team of the #NeuralStemCell day under the marvellous tree in the Campus! Welldone, guys! S.Mandillo|S.Farioli-Vecchioli|S.Middei|V.Triaca|R.Scardigli|MP.Mongiardi.💫

TriacaViviana's tweet image. 🧠The #STEM4H team of the #NeuralStemCell day under the marvellous tree in the Campus! Welldone, guys!
S.Mandillo|S.Farioli-Vecchioli|S.Middei|V.Triaca|R.Scardigli|MP.Mongiardi.💫

Vorrei ringraziare tutti quelli che stanno facendo la telecronaca della #maratonamenta per tenermi informato mentre studio per la sessione di settembre. Siete degli eroi. Memate anche per me #NeuralStemCell

GMetal95's tweet image. Vorrei ringraziare tutti quelli che stanno facendo la telecronaca della #maratonamenta per tenermi informato mentre studio per la sessione di settembre.
Siete degli eroi. Memate anche per me

#NeuralStemCell

Good news! Our article '#Thyroidhormone regulation of #neuralstemcell fate: from development to ageing (doi: 10.1111/apha.13316) was read enough times to be a #TopDownloadedArticle in Acta Physiologica!

PieterVancamp's tweet image. Good news! Our article '#Thyroidhormone regulation of #neuralstemcell fate: from development to ageing (doi: 10.1111/apha.13316) was read enough times to be a #TopDownloadedArticle in Acta Physiologica!

Mutations in Foxp1 in #neurons of the developing brain has been associated with autism, but new work from @UCLAstemcell has found that the gene also regulates #NeuralStemCell self-renewal. bit.ly/2uFT04M

stemcellpodcast's tweet image. Mutations in Foxp1 in #neurons of the developing brain has been associated with autism, but new work from @UCLAstemcell has found that the gene also regulates #NeuralStemCell self-renewal. bit.ly/2uFT04M

Happy to have contributed a small part to this well-composed @Brain1878 review 😆 Brain repair mechanisms after cell therapy for #Stroke Cell sources -/+ genetic engineering ▶️#NeuralStemCell ▶️#hiPSC-derived neural or vascular progenitors ▶️Cerebral #Organoid Direct…

HaoYin20's tweet image. Happy to have contributed a small part to this well-composed @Brain1878 review 😆

Brain repair mechanisms after cell therapy for #Stroke

Cell sources -/+ genetic engineering
▶️#NeuralStemCell
▶️#hiPSC-derived neural or vascular progenitors
▶️Cerebral #Organoid

Direct…

#神経科学トピックス 温度を感じる分子がストレス応答に関わるしくみ jnss.org/news-topics?id… doi.org/10.1126/sciadv… Sci Adv. 2021 Nov 26;7(48):eabj8080. 東大院薬・薬品作用学教室 星 雄高 #NeuralStemCell #Microglia #TRPV4

jnsorg's tweet image. #神経科学トピックス
温度を感じる分子がストレス応答に関わるしくみ
jnss.org/news-topics?id…
doi.org/10.1126/sciadv…
Sci Adv. 2021 Nov 26;7(48):eabj8080.
東大院薬・薬品作用学教室
星 雄高 
#NeuralStemCell #Microglia #TRPV4

Researchers determined the role of miR-153-3p expression in #NeuralStemCell (NSC) differentiation and proliferation. They illustrated that miR-153-3p was decreased and GPR55 was upregulated during NSC differentiation. 🧫🧬 📑 bit.ly/3PndTID

NeuralCell's tweet image. Researchers determined the role of miR-153-3p expression in #NeuralStemCell (NSC) differentiation and proliferation. 

They illustrated that miR-153-3p was decreased and GPR55 was upregulated during NSC differentiation. 🧫🧬

📑 bit.ly/3PndTID

#Mitochondria as central regulators of #neuralstemcell fate and cognitive function - a new Review by @MireilleKhacho, Richard Harris and Ruth Slack go.nature.com/2S7EqZL

NatRevNeurosci's tweet image. #Mitochondria as central regulators of #neuralstemcell fate and cognitive function - a new Review by @MireilleKhacho, Richard Harris and Ruth Slack go.nature.com/2S7EqZL

☀️ Sun Yat-Sen University scientists found that miRNA200b-3p was critical for Wnt5a-induced #NeuralStemCell differentiation into #neurons to promote motor functional and histological recovery after spinal cord injury 🦴. go.nature.com/3mlAeo5

NeuralCell's tweet image. ☀️ Sun Yat-Sen University scientists found that miRNA200b-3p was critical for Wnt5a-induced #NeuralStemCell differentiation into #neurons to promote motor functional and histological recovery after spinal cord injury 🦴.

go.nature.com/3mlAeo5

Excited to be DataBlitzing together with @Dr_LPJ some of our most recent human work with #neuralstemcell #transplants in people with #progressiveMS at @SfNtweets congress | Zoom link to the 'HOT TOPICS' IN STEM CELL BIOLOGY Symposium on the flyer

Pluchinolab's tweet image. Excited to be DataBlitzing together with @Dr_LPJ some of our most recent human work with #neuralstemcell #transplants in people with #progressiveMS at @SfNtweets congress | Zoom link to the 'HOT TOPICS' IN STEM CELL BIOLOGY Symposium on the flyer

CNTF and Nrf2 are co-ordinately involved in regulating self-renewal and differentiation of #NeuralStemCell during embryonic neural development bit.ly/317uSTl

NeuralCell's tweet image. CNTF and Nrf2 are co-ordinately involved in regulating self-renewal and differentiation of #NeuralStemCell during embryonic neural development bit.ly/317uSTl

Scientists from @dgsomucla revealed a brand-new function of Tet2 to promote #NeuralStemCell differentiation into #astrocytes. go.nature.com/2yeFTt9

NeuralCell's tweet image. Scientists from @dgsomucla revealed a brand-new function of Tet2 to promote #NeuralStemCell differentiation into #astrocytes.

go.nature.com/2yeFTt9

Researchers 👩‍🔬👨‍🔬 at RIKEN Centre for Biosystems Dynamics Research (@BDR_RIKEN) in Japan, including Yuichi Shichino (@u1_7no), find that depletion of Fbl, an rRNA methyltransferase, delays the progression of the #NeuralStemCell 🧠 state. @NatureComms | 📑 go.nature.com/3rhOBPO

NeuralCell's tweet image. Researchers 👩‍🔬👨‍🔬 at RIKEN Centre for Biosystems Dynamics Research (@BDR_RIKEN) in Japan, including Yuichi Shichino (@u1_7no), find that depletion of Fbl, an rRNA methyltransferase, delays the progression of the #NeuralStemCell 🧠 state.

@NatureComms | 📑 go.nature.com/3rhOBPO

Impaired generation of mature neurons due to extended expression of Tlx by repressing Sox2 transcriptional activity #AdultNeurogenesis #NeuralDifferentiation #NeuralStemCell #Sox2 #Tlx bit.ly/3IxEInX

StemCellsJournl's tweet image. Impaired generation of mature neurons due to extended expression of Tlx by repressing Sox2 transcriptional activity

#AdultNeurogenesis #NeuralDifferentiation #NeuralStemCell #Sox2 #Tlx bit.ly/3IxEInX

Publication in @CellStemCell | Vimentin coordinates protein turnover at the aggresome during #NeuralStemCell quiescence exit. bit.ly/3af8v2R

NeuralCell's tweet image. Publication in @CellStemCell | Vimentin coordinates protein turnover at the aggresome during #NeuralStemCell quiescence exit. bit.ly/3af8v2R

Shenzhen University scientists 👩‍🔬👨‍🔬 indicate that #endothelial progenitor cells could promote #NeuralStemCell proliferation in hypoxic conditions through VEGFA secretion. Read more here: 📑 bit.ly/3IETdFw

NeuralCell's tweet image. Shenzhen University scientists 👩‍🔬👨‍🔬 indicate that #endothelial progenitor cells could promote #NeuralStemCell proliferation in hypoxic conditions through VEGFA secretion.

Read more here: 📑 bit.ly/3IETdFw

#GLP1RAgonist #Semaglutide protects Survival (~3-fold) & Differentiation of transplanted #NeuralStemCell (into right striatum) & improves neurobehavioral performance in 🐭#ParkinsonDisease (6-OHDA) Semaglutide 👉⏬Microglia activation▶️C3d+ neurotoxic Astrocyte 👉⏫NSC…

HaoYin20's tweet image. #GLP1RAgonist #Semaglutide protects Survival (~3-fold) & Differentiation of transplanted #NeuralStemCell (into right striatum) & improves neurobehavioral performance in 🐭#ParkinsonDisease (6-OHDA)

Semaglutide
👉⏬Microglia activation▶️C3d+ neurotoxic Astrocyte
👉⏫NSC…

🔬 Collaborators at Sun Yat-sen University showed that ubiquitin c-terminal hydrolase l-1 promoted #NeuralStemCell activation by clearing protein aggregates through ubiquitin-proteasome approach. 📑 go.nature.com/3qkYLSf

NeuralCell's tweet image. 🔬 Collaborators at Sun Yat-sen University showed that ubiquitin c-terminal hydrolase l-1 promoted #NeuralStemCell activation by clearing protein aggregates through ubiquitin-proteasome approach.

📑 go.nature.com/3qkYLSf

#GLP1RAgonist #Semaglutide protects Survival (~3-fold) & Differentiation of transplanted #NeuralStemCell (into right striatum) & improves neurobehavioral performance in 🐭#ParkinsonDisease (6-OHDA) Semaglutide 👉⏬Microglia activation▶️C3d+ neurotoxic Astrocyte 👉⏫NSC…

HaoYin20's tweet image. #GLP1RAgonist #Semaglutide protects Survival (~3-fold) & Differentiation of transplanted #NeuralStemCell (into right striatum) & improves neurobehavioral performance in 🐭#ParkinsonDisease (6-OHDA)

Semaglutide
👉⏬Microglia activation▶️C3d+ neurotoxic Astrocyte
👉⏫NSC…

Online now! Progenitor neighborhoods function as transient niches to sustain olfactory #neurogenesis via Notch/Insm1a signaling. #neuralstemcell #organogenesis #developmentalbiology ow.ly/4KJa50WlHVt @UABCDIB @uabmedicine @UIC_BioS @thisisUIC @ONealCancerUAB @ISSCR

stemcellreports's tweet image. Online now! Progenitor neighborhoods function as transient niches to sustain olfactory #neurogenesis via Notch/Insm1a signaling. #neuralstemcell #organogenesis #developmentalbiology ow.ly/4KJa50WlHVt

@UABCDIB @uabmedicine @UIC_BioS @thisisUIC @ONealCancerUAB @ISSCR

Delayed Transplantation (7 vs 1 dpi) of #NeuralStemCell Improves Initial Graft Survival after #Stroke In vivo lineage fate favors neuron over astrocyte ⏫graft axon extension along #CorpusCallosum to contralateral hemisphere @RebeccaZ_Weber @CTackenberg @rust_ruslan #AdvSci

HaoYin20's tweet image. Delayed Transplantation (7 vs 1 dpi) of #NeuralStemCell Improves Initial Graft Survival after #Stroke

In vivo lineage fate favors neuron over astrocyte

⏫graft axon extension along #CorpusCallosum to contralateral hemisphere 

@RebeccaZ_Weber @CTackenberg @rust_ruslan #AdvSci…

Novel @cellanome platform tracks #NeuralSTEMCell differentiation & isoform shifts to boost #WM1 repair via #remyelination therapies for #MS & #CerebralPalsy! Here is neuron caged for longitudinal #phenotypic analysis of live #NSCs differentiation into #neurons, #astro, and #OLs🧬

TheGregoryLab's tweet image. Novel @cellanome platform tracks #NeuralSTEMCell differentiation & isoform shifts to boost #WM1 repair via #remyelination therapies for #MS & #CerebralPalsy! Here is neuron caged for longitudinal #phenotypic analysis of live #NSCs differentiation into #neurons, #astro, and #OLs🧬

It's #TraineeTuesday! 🥼 This week, we want you to meet 🧫Kasia🧫 For the next few hours we'll be following Kasia, a trainee in @DrFehlings' lab. Make sure to follow along via our IG Story! 📲 🔗: instagram.com/krembilresearch #SpinalCordInjury #NeuralStemCell #NSC

KBI_UHN's tweet image. It's #TraineeTuesday! 🥼

This week, we want you to meet 🧫Kasia🧫

For the next few hours we'll be following Kasia, a trainee in @DrFehlings' lab.

Make sure to follow along via our IG Story! 📲

🔗: instagram.com/krembilresearch

#SpinalCordInjury #NeuralStemCell #NSC

Big thanks to @ISSCR Athens! 🙌 It was great meeting so many brilliant minds in #neuralstemcell research. 💡Missed us? Check out our flyer on #Liveseq + #FluidFM® for real-time transcriptomics 🧠 📨 x.com/cytosurge/stat… #SingleCell #Transcriptomics #ISSCR

cytosurge's tweet image. Big thanks to @ISSCR Athens! 🙌
It was great meeting so many brilliant minds in #neuralstemcell research.
💡Missed us? Check out our flyer on #Liveseq + #FluidFM® for real-time transcriptomics 🧠
📨  x.com/cytosurge/stat… 

#SingleCell #Transcriptomics #ISSCR

What drives neural stem cell fate? 🧠 Track gene expression live with #LiveSeq! Visit us at BOOTH #8 during the @ISSCR #AthensSymposium! 🎤 Catch our talk TODAY at 1:20 PM. Explore #LiveSeq & cytoplasmic biopsies to: 🔬 Map NSC fate: diff, prolif, or quiescence 🔥 See how…

cytosurge's tweet image. What drives neural stem cell fate? 🧠 Track gene expression live with #LiveSeq!
 
Visit us at BOOTH #8 during the @ISSCR  #AthensSymposium!
 🎤 Catch our talk TODAY at 1:20 PM.

Explore #LiveSeq & cytoplasmic biopsies to:
 🔬 Map NSC fate: diff, prolif, or quiescence
 🔥 See how…
cytosurge's tweet image. What drives neural stem cell fate? 🧠 Track gene expression live with #LiveSeq!
 
Visit us at BOOTH #8 during the @ISSCR  #AthensSymposium!
 🎤 Catch our talk TODAY at 1:20 PM.

Explore #LiveSeq & cytoplasmic biopsies to:
 🔬 Map NSC fate: diff, prolif, or quiescence
 🔥 See how…
cytosurge's tweet image. What drives neural stem cell fate? 🧠 Track gene expression live with #LiveSeq!
 
Visit us at BOOTH #8 during the @ISSCR  #AthensSymposium!
 🎤 Catch our talk TODAY at 1:20 PM.

Explore #LiveSeq & cytoplasmic biopsies to:
 🔬 Map NSC fate: diff, prolif, or quiescence
 🔥 See how…
cytosurge's tweet image. What drives neural stem cell fate? 🧠 Track gene expression live with #LiveSeq!
 
Visit us at BOOTH #8 during the @ISSCR  #AthensSymposium!
 🎤 Catch our talk TODAY at 1:20 PM.

Explore #LiveSeq & cytoplasmic biopsies to:
 🔬 Map NSC fate: diff, prolif, or quiescence
 🔥 See how…


New research provides a framework for choosing the most optimal approach to enrich for #neuralstemcell states of interest in the subventricular zone #transcriptomics ow.ly/KiGL50VlLXS @amsterdamumc @ISSCR @CellPressNews @GairdnerAwards @SickKidsNews

stemcellreports's tweet image. New research provides a framework for choosing the most optimal approach to enrich for #neuralstemcell states of interest in the subventricular zone #transcriptomics  ow.ly/KiGL50VlLXS

@amsterdamumc @ISSCR @CellPressNews @GairdnerAwards @SickKidsNews

🏁 The countdown is on, starting with our 5th top post of 2024! This study by Dr. Bally-Cuif's team (@zenlabpasteur) reported that prosaposin prevents #NeuralStemCell transition toward shallow quiescence states. x.com/NeuralCell/sta…

Dr. Bally-Cuif's team (@zenlabpasteur) from @DevStem_Pasteur identified the lysosomal protein Prosaposin as a quiescence regulator and unfolded the interplay between lysosomal function and #NeuralStemCell quiescence heterogeneities. 💡 Learn more: bit.ly/3PwcKhB

NeuralCell's tweet image. Dr. Bally-Cuif's team (@zenlabpasteur)  from @DevStem_Pasteur identified the lysosomal protein Prosaposin as a quiescence regulator and unfolded the interplay between lysosomal function and #NeuralStemCell quiescence heterogeneities.

💡 Learn more: bit.ly/3PwcKhB


Auto-loaded TRAIL-exosomes derived from induced neural stem cells for brain cancer therapy. | Andrew Benson Satterlee @DPMP_UNC | [50 days' free access] #exosome #NeuralStemCell #TRAIL authors.elsevier.com/a/1jK6t_3r0J6-…

JCRnEDITORS's tweet image. Auto-loaded TRAIL-exosomes derived from induced neural stem cells for brain cancer therapy.
| Andrew Benson Satterlee @DPMP_UNC |
[50 days' free access]
#exosome #NeuralStemCell #TRAIL 
authors.elsevier.com/a/1jK6t_3r0J6-…

Happy to have contributed a small part to this well-composed @Brain1878 review 😆 Brain repair mechanisms after cell therapy for #Stroke Cell sources -/+ genetic engineering ▶️#NeuralStemCell ▶️#hiPSC-derived neural or vascular progenitors ▶️Cerebral #Organoid Direct…

HaoYin20's tweet image. Happy to have contributed a small part to this well-composed @Brain1878 review 😆

Brain repair mechanisms after cell therapy for #Stroke

Cell sources -/+ genetic engineering
▶️#NeuralStemCell
▶️#hiPSC-derived neural or vascular progenitors
▶️Cerebral #Organoid

Direct…

#centralnervoussysteminjury #neuralstemcell #immunecell New insights into the biological roles of immune cells in neural stem cells in post-traumatic injury of the central nervous system journals.lww.com/nrronline/full…

STMPUB's tweet image. #centralnervoussysteminjury #neuralstemcell #immunecell
New insights into the biological roles of immune cells in neural stem cells in post-traumatic injury of the central nervous system
journals.lww.com/nrronline/full…

Dr. Bally-Cuif's team (@zenlabpasteur) from @DevStem_Pasteur identified the lysosomal protein Prosaposin as a quiescence regulator and unfolded the interplay between lysosomal function and #NeuralStemCell quiescence heterogeneities. 💡 Learn more: bit.ly/3PwcKhB

NeuralCell's tweet image. Dr. Bally-Cuif's team (@zenlabpasteur)  from @DevStem_Pasteur identified the lysosomal protein Prosaposin as a quiescence regulator and unfolded the interplay between lysosomal function and #NeuralStemCell quiescence heterogeneities.

💡 Learn more: bit.ly/3PwcKhB

🧠The #STEM4H team of the #NeuralStemCell day under the marvellous tree in the Campus! Welldone, guys! S.Mandillo|S.Farioli-Vecchioli|S.Middei|V.Triaca|R.Scardigli|MP.Mongiardi.💫

TriacaViviana's tweet image. 🧠The #STEM4H team of the #NeuralStemCell day under the marvellous tree in the Campus! Welldone, guys!
S.Mandillo|S.Farioli-Vecchioli|S.Middei|V.Triaca|R.Scardigli|MP.Mongiardi.💫

#neuregulin #neuralstemcell #neuroprotection #PC12cell #oxygen #glucose #deprivation #reoxygenation Neuroprotective effects of neural stem cells pretreated with neuregulin1β on PC12 cells exposed to oxygen-glucose deprivation/reoxygenation journals.lww.com/nrronline/full…

STMPUB's tweet image. #neuregulin #neuralstemcell #neuroprotection #PC12cell #oxygen #glucose #deprivation #reoxygenation
Neuroprotective effects of neural stem cells pretreated with neuregulin1β on PC12 cells exposed to oxygen-glucose deprivation/reoxygenation
journals.lww.com/nrronline/full…

#stroke #exosome #neuralstemcell #brainderivedneurotrophicfactor Neural stem cell-derived exosome as a nano-sized carrier for BDNF delivery to a rat model of ischemic stroke journals.lww.com/nrronline/full…

STMPUB's tweet image. #stroke #exosome #neuralstemcell #brainderivedneurotrophicfactor
Neural stem cell-derived exosome as a nano-sized carrier for BDNF delivery to a rat model of ischemic stroke
journals.lww.com/nrronline/full…

#subventricular #neuralstemcell #bloodcontact #differentiation Pointing fingers at blood contact: mechanisms of subventricular zone neural stem cell differentiation journals.lww.com/nrronline/full…

STMPUB's tweet image. #subventricular #neuralstemcell #bloodcontact #differentiation
Pointing fingers at blood contact: mechanisms of subventricular zone neural stem cell differentiation
journals.lww.com/nrronline/full…

Today’s JHC #TBT: “Histological Studies of the Ventricular–Subventricular Zone as Neural Stem Cell and Glioma Stem Cell Niche.” Read for FREE: bit.ly/31CW6ql @VUMChealth #StemCell #NeuralStemCell #Glioma

JHCnews's tweet image. Today’s JHC #TBT: “Histological Studies of the Ventricular–Subventricular Zone as Neural Stem Cell and Glioma Stem Cell Niche.” 

Read for FREE: bit.ly/31CW6ql

@VUMChealth #StemCell #NeuralStemCell #Glioma

Happy to have contributed a small part to this well-composed @Brain1878 review 😆 Brain repair mechanisms after cell therapy for #Stroke Cell sources -/+ genetic engineering ▶️#NeuralStemCell ▶️#hiPSC-derived neural or vascular progenitors ▶️Cerebral #Organoid Direct…

HaoYin20's tweet image. Happy to have contributed a small part to this well-composed @Brain1878 review 😆

Brain repair mechanisms after cell therapy for #Stroke

Cell sources -/+ genetic engineering
▶️#NeuralStemCell
▶️#hiPSC-derived neural or vascular progenitors
▶️Cerebral #Organoid

Direct…

#神経科学トピックス 温度を感じる分子がストレス応答に関わるしくみ jnss.org/news-topics?id… doi.org/10.1126/sciadv… Sci Adv. 2021 Nov 26;7(48):eabj8080. 東大院薬・薬品作用学教室 星 雄高 #NeuralStemCell #Microglia #TRPV4

jnsorg's tweet image. #神経科学トピックス
温度を感じる分子がストレス応答に関わるしくみ
jnss.org/news-topics?id…
doi.org/10.1126/sciadv…
Sci Adv. 2021 Nov 26;7(48):eabj8080.
東大院薬・薬品作用学教室
星 雄高 
#NeuralStemCell #Microglia #TRPV4

Online now! Progenitor neighborhoods function as transient niches to sustain olfactory #neurogenesis via Notch/Insm1a signaling. #neuralstemcell #organogenesis #developmentalbiology ow.ly/4KJa50WlHVt @UABCDIB @uabmedicine @UIC_BioS @thisisUIC @ONealCancerUAB @ISSCR

stemcellreports's tweet image. Online now! Progenitor neighborhoods function as transient niches to sustain olfactory #neurogenesis via Notch/Insm1a signaling. #neuralstemcell #organogenesis #developmentalbiology ow.ly/4KJa50WlHVt

@UABCDIB @uabmedicine @UIC_BioS @thisisUIC @ONealCancerUAB @ISSCR

New research provides a framework for choosing the most optimal approach to enrich for #neuralstemcell states of interest in the subventricular zone #transcriptomics ow.ly/KiGL50VlLXS @amsterdamumc @ISSCR @CellPressNews @GairdnerAwards @SickKidsNews

stemcellreports's tweet image. New research provides a framework for choosing the most optimal approach to enrich for #neuralstemcell states of interest in the subventricular zone #transcriptomics  ow.ly/KiGL50VlLXS

@amsterdamumc @ISSCR @CellPressNews @GairdnerAwards @SickKidsNews

Mutations in Foxp1 in #neurons of the developing brain has been associated with autism, but new work from @UCLAstemcell has found that the gene also regulates #NeuralStemCell self-renewal. bit.ly/2uFT04M

stemcellpodcast's tweet image. Mutations in Foxp1 in #neurons of the developing brain has been associated with autism, but new work from @UCLAstemcell has found that the gene also regulates #NeuralStemCell self-renewal. bit.ly/2uFT04M

Excited to be DataBlitzing together with @Dr_LPJ some of our most recent human work with #neuralstemcell #transplants in people with #progressiveMS at @SfNtweets congress | Zoom link to the 'HOT TOPICS' IN STEM CELL BIOLOGY Symposium on the flyer

Pluchinolab's tweet image. Excited to be DataBlitzing together with @Dr_LPJ some of our most recent human work with #neuralstemcell #transplants in people with #progressiveMS at @SfNtweets congress | Zoom link to the 'HOT TOPICS' IN STEM CELL BIOLOGY Symposium on the flyer

Impaired generation of mature neurons due to extended expression of Tlx by repressing Sox2 transcriptional activity #AdultNeurogenesis #NeuralDifferentiation #NeuralStemCell #Sox2 #Tlx bit.ly/3IxEInX

StemCellsJournl's tweet image. Impaired generation of mature neurons due to extended expression of Tlx by repressing Sox2 transcriptional activity

#AdultNeurogenesis #NeuralDifferentiation #NeuralStemCell #Sox2 #Tlx bit.ly/3IxEInX

It's #TraineeTuesday! 🥼 This week, we want you to meet 🧫Kasia🧫 For the next few hours we'll be following Kasia, a trainee in @DrFehlings' lab. Make sure to follow along via our IG Story! 📲 🔗: instagram.com/krembilresearch #SpinalCordInjury #NeuralStemCell #NSC

KBI_UHN's tweet image. It's #TraineeTuesday! 🥼

This week, we want you to meet 🧫Kasia🧫

For the next few hours we'll be following Kasia, a trainee in @DrFehlings' lab.

Make sure to follow along via our IG Story! 📲

🔗: instagram.com/krembilresearch

#SpinalCordInjury #NeuralStemCell #NSC

Delayed Transplantation (7 vs 1 dpi) of #NeuralStemCell Improves Initial Graft Survival after #Stroke In vivo lineage fate favors neuron over astrocyte ⏫graft axon extension along #CorpusCallosum to contralateral hemisphere @RebeccaZ_Weber @CTackenberg @rust_ruslan #AdvSci

HaoYin20's tweet image. Delayed Transplantation (7 vs 1 dpi) of #NeuralStemCell Improves Initial Graft Survival after #Stroke

In vivo lineage fate favors neuron over astrocyte

⏫graft axon extension along #CorpusCallosum to contralateral hemisphere 

@RebeccaZ_Weber @CTackenberg @rust_ruslan #AdvSci…

#Mitochondria as central regulators of #neuralstemcell fate and cognitive function - a new Review by @MireilleKhacho, Richard Harris and Ruth Slack go.nature.com/2S7EqZL

NatRevNeurosci's tweet image. #Mitochondria as central regulators of #neuralstemcell fate and cognitive function - a new Review by @MireilleKhacho, Richard Harris and Ruth Slack go.nature.com/2S7EqZL

#GLP1RAgonist #Semaglutide protects Survival (~3-fold) & Differentiation of transplanted #NeuralStemCell (into right striatum) & improves neurobehavioral performance in 🐭#ParkinsonDisease (6-OHDA) Semaglutide 👉⏬Microglia activation▶️C3d+ neurotoxic Astrocyte 👉⏫NSC…

HaoYin20's tweet image. #GLP1RAgonist #Semaglutide protects Survival (~3-fold) & Differentiation of transplanted #NeuralStemCell (into right striatum) & improves neurobehavioral performance in 🐭#ParkinsonDisease (6-OHDA)

Semaglutide
👉⏬Microglia activation▶️C3d+ neurotoxic Astrocyte
👉⏫NSC…

Good news! Our article '#Thyroidhormone regulation of #neuralstemcell fate: from development to ageing (doi: 10.1111/apha.13316) was read enough times to be a #TopDownloadedArticle in Acta Physiologica!

PieterVancamp's tweet image. Good news! Our article '#Thyroidhormone regulation of #neuralstemcell fate: from development to ageing (doi: 10.1111/apha.13316) was read enough times to be a #TopDownloadedArticle in Acta Physiologica!

Researchers 👩‍🔬👨‍🔬 at RIKEN Centre for Biosystems Dynamics Research (@BDR_RIKEN) in Japan, including Yuichi Shichino (@u1_7no), find that depletion of Fbl, an rRNA methyltransferase, delays the progression of the #NeuralStemCell 🧠 state. @NatureComms | 📑 go.nature.com/3rhOBPO

NeuralCell's tweet image. Researchers 👩‍🔬👨‍🔬 at RIKEN Centre for Biosystems Dynamics Research (@BDR_RIKEN) in Japan, including Yuichi Shichino (@u1_7no), find that depletion of Fbl, an rRNA methyltransferase, delays the progression of the #NeuralStemCell 🧠 state.

@NatureComms | 📑 go.nature.com/3rhOBPO

The #NeuralStemCell secretome across neurodevelopment Embryonic/juvenile/adult Region(Cortex/DG/Hippocampus/SVZ...)-dependent Autocrine Paracrine Soluble factors+EV packing microRNAs From🐭to human Dr. Elizabeth Kirby lab Exp Neurol 2022 @THEKirbyLab sciencedirect.com/science/articl…

HaoYin20's tweet image. The #NeuralStemCell secretome across neurodevelopment

Embryonic/juvenile/adult

Region(Cortex/DG/Hippocampus/SVZ...)-dependent

Autocrine
Paracrine
Soluble factors+EV packing microRNAs

From🐭to human

Dr. Elizabeth Kirby lab Exp Neurol 2022 @THEKirbyLab
sciencedirect.com/science/articl…

Epidermal growth factor receptor‐extracellular‐regulated kinase blockade upregulates TRIM32 signaling cascade and promotes neurogenesis after spinal cord injury #EGFR #myelin #neuralstemcell #neurogenesis #spinalcordinjury bit.ly/37geBy7

StemCellsJournl's tweet image. Epidermal growth factor receptor‐extracellular‐regulated kinase blockade upregulates TRIM32 signaling cascade and promotes neurogenesis after spinal cord injury

#EGFR #myelin #neuralstemcell #neurogenesis #spinalcordinjury bit.ly/37geBy7

Researchers determined the role of miR-153-3p expression in #NeuralStemCell (NSC) differentiation and proliferation. They illustrated that miR-153-3p was decreased and GPR55 was upregulated during NSC differentiation. 🧫🧬 📑 bit.ly/3PndTID

NeuralCell's tweet image. Researchers determined the role of miR-153-3p expression in #NeuralStemCell (NSC) differentiation and proliferation. 

They illustrated that miR-153-3p was decreased and GPR55 was upregulated during NSC differentiation. 🧫🧬

📑 bit.ly/3PndTID

Scientists from @dgsomucla revealed a brand-new function of Tet2 to promote #NeuralStemCell differentiation into #astrocytes. go.nature.com/2yeFTt9

NeuralCell's tweet image. Scientists from @dgsomucla revealed a brand-new function of Tet2 to promote #NeuralStemCell differentiation into #astrocytes.

go.nature.com/2yeFTt9

Publication in @CellStemCell | Vimentin coordinates protein turnover at the aggresome during #NeuralStemCell quiescence exit. bit.ly/3af8v2R

NeuralCell's tweet image. Publication in @CellStemCell | Vimentin coordinates protein turnover at the aggresome during #NeuralStemCell quiescence exit. bit.ly/3af8v2R

🔬 Collaborators at Sun Yat-sen University showed that ubiquitin c-terminal hydrolase l-1 promoted #NeuralStemCell activation by clearing protein aggregates through ubiquitin-proteasome approach. 📑 go.nature.com/3qkYLSf

NeuralCell's tweet image. 🔬 Collaborators at Sun Yat-sen University showed that ubiquitin c-terminal hydrolase l-1 promoted #NeuralStemCell activation by clearing protein aggregates through ubiquitin-proteasome approach.

📑 go.nature.com/3qkYLSf

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