RT @JExpMed: Mishra, @thphan12, @pavesmathur et al @LazarovLab show that augmenting neurogenesis rescues memory impairments in #Alzheimers…

Mishra, @thphan12, @pavesmathur et al @LazarovLab show that augmenting neurogenesis rescues memory impairments in #Alzheimers disease by restoring the memory-storing neurons. https://t.co/Hcvymc23gM 🎥 See video summary of the study by Mishra: https://t.co

RT @JExpMed: 🎥 New video summary of the study by Mishra, @thphan12, @pavesmathur et al @LazarovLab (https://t.co/Hcvymc23gM) showing that a…

RT @JExpMed: 🎥 New video summary of the study by Mishra, @thphan12, @pavesmathur et al @LazarovLab (https://t.co/Hcvymc23gM) showing that a…

🎥 New video summary of the study by Mishra, @thphan12, @pavesmathur et al @LazarovLab (https://t.co/Hcvymc23gM) showing that augmenting neurogenesis rescues memory impairments in #Alzheimers disease by restoring the memory-storing neurons. https://t.co/9ii

Mishra, @thphan12, @pavesmathur et al @LazarovLab show that augmenting neurogenesis rescues memory impairments in #Alzheimers disease by restoring the memory-storing neurons https://t.co/HcvymbKrSc From our #Neuroscience Collection: https://t.co/EtxxKLe9n

A current #study investigated the role of new #neurons in the #hippocampus and their effects on #memory deficits. They found that #impairment of #hippocampal #neurogenesis in #familial #Alzheimer’s #disease drives memory loss & decreased #cognition.

@ScienceSociety8 @wonderactionv @SerenaM17009865 @Clubhouse https://t.co/xzW7IHfSER

Promover la creación de neuronas para restaurar la memoria en la enfermedad de Alzheimer https://t.co/y1fDlXOnGN Más información: Augmenting neurogenesis rescues memory impairments in Alzheimer’s disease by restoring the memory-storing neurons https://t.co

@AndrewHubermen https://t.co/DLmdSkO9Zl

Mishra, @thphan12, @pavesmathur, Morrissey et al @LazarovLab @thisisUIC show that augmenting neurogenesis rescues memory impairments in #Alzheimers disease by recruiting more new neurons with restored spine density & transcriptional profile. https://t.

Augmenting neurogenesis rescues memory impairments in Alzheimer’s disease by restoring the memory-storing neurons 19AUG2022 https://t.co/xa8lSEnoS4

Augmenting neurogenesis rescues memory impairments in Alzheimer’s disease by restoring the memory-storing neurons 19AUG2022 https://t.co/xa8lSEnoS4 https://t.co/61BMCUSTjK

Augmenting neurogenesis rescues memory impairments in Alzheimer’s disease by restoring the memory-storing neurons 19AUG2022 https://t.co/xa8lSEnoS4

Augmenting neurogenesis rescues memory impairments in Alzheimer’s disease by restoring the memory-storing neurons 19AUG2022 https://t.co/xa8lSEnoS4 https://t.co/kn6oA4c8Xu

RT @pelleggi2: Augmenting neurogenesis rescues memory impairments in Alzheimer’s disease by restoring the memory-storing neurons | Journal…

RT @JExpMed: Mishra, Phan, Kumar @pavesmathur, Morrissey et al. @LazarovLab @thisisUIC show that deficits in hippocampal #neurogenesis caus…

https://t.co/ozjoCbtrXR

RT @medical_xpress: Boosting neuron formation restores #memory in mice with Alzheimer's disease @RockUPress @JExpMed https://t.co/vBnvaLyXI…

Augmenting neurogenesis rescues memory impairments in #Alzheimers disease by restoring the memory-storing neurons, say Rachana Mishra, Trongha Phan @thphan12, Pavan Kumar @pavesmathur, Zachery Morrissey, Orly Lazarov @LazarovLab and colleagues @thisisUIC:

Augmenting neurogenesis rescues memory impairments in Alzheimer’s disease by restoring the memory-storing neurons. https://t.co/WmEDQDtNL2

RT @drjohnmorley: Augmenting neurogenesis rescues memory impairments in Alzheimer's disease by restoring the memory-storing neurons https:/…

Augmenting neurogenesis rescues memory impairments in Alzheimer's disease by restoring the memory-storing neurons https://t.co/762N291gl7

Ein Meilenstein in der Alzheimerforschung! Neue Hoffnung für viele Patienten! https://t.co/LTyuJPQ43Z

(2) 🚨 ALERTA ‼️‼️ Molt important: Article L'augment de la neurogènesi rescata les alteracions de la memòria en la malaltia d'Alzheimer mitjançant la restauració de les neurones que emmagatzemen la memòria. 19 D'agost De 2022 https://t.co/tJBJos4twv

#Alzheimers disease has been reversed in mice after experimenting scientists boosted the formation of new brain cells. @Newsweek reports on recent JEM study (https://t.co/HcvymbKrSc) from Mishra et al. @LazarovLab: https://t.co/HGBH4a9M9l

#Alzheimers disease has been reversed in mice after experimenting scientists boosted the formation of new brain cells. @Newsweek reports on recent @JExpMed study (https://t.co/a5ZA5C1DhT) from Mishra et al. @LazarovLab: https://t.co/LKAoa16VV2

RT @JExpMed: #Alzheimers has been reversed in mice after scientists boosted the formation of new brain cells. JEM study from @LazarovLab (h…

RT @JExpMed: #Alzheimers has been reversed in mice after scientists boosted the formation of new brain cells. JEM study from @LazarovLab (h…

RT @JExpMed: #Alzheimers has been reversed in mice after scientists boosted the formation of new brain cells. JEM study from @LazarovLab (h…

RT @zenbrainest: 'Chemogenetic inactivation of immature neurons following enhanced neurogenesis in AD, reversed mouse performance, and dimi…

'Chemogenetic inactivation of immature neurons following enhanced neurogenesis in AD, reversed mouse performance, and diminished memory.' https://t.co/xYjpZ3pGRF @Songlaboratory

#Alzheimers has been reversed in mice after scientists boosted the formation of new brain cells. JEM study from @LazarovLab (https://t.co/Hcvymc23gM) in @WalesOnline: https://t.co/ehO2y51JjY

#Alzheimers has been reversed in mice after scientists boosted the formation of new brain cells. A new study in @JExpMed from @LazarovLab (https://t.co/a5ZA5BK2ql) in @WalesOnline: https://t.co/kPSh1I26La

Increasing the formation of neurons in the hippocampus restored the memory function in mice with familial Alzheimer’s disease, reports @CourthouseNews on JEM study from @LazarovLab (https://t.co/Hcvymc23gM): https://t.co/jJUSYPFsch

Increasing the formation of neurons in the hippocampus restored the memory function in mice with familial Alzheimer’s disease, reports @CourthouseNews on @JExpMed study from @LazarovLab (https://t.co/a5ZA5BK2ql): https://t.co/ojoUKI34UB

RT @medical_xpress: Boosting neuron formation restores #memory in mice with Alzheimer's disease @RockUPress @JExpMed https://t.co/vBnvaLyXI…

RT @JExpMed: Mishra, Phan, Kumar @pavesmathur, Morrissey et al. @LazarovLab @thisisUIC show that deficits in hippocampal #neurogenesis caus…

RT @jonykipnis: Beautiful work from @LazarovLab on engram, neurogenesis and AD. What’s not to like?! 🔥👏

RT @jonykipnis: Beautiful work from @LazarovLab on engram, neurogenesis and AD. What’s not to like?! 🔥👏

RT @JExpMed: Mishra, Phan, Kumar @pavesmathur, Morrissey et al. @LazarovLab @thisisUIC show that deficits in hippocampal #neurogenesis caus…

RT @JExpMed: Mishra, Phan, Kumar @pavesmathur, Morrissey et al. @LazarovLab @thisisUIC show that deficits in hippocampal #neurogenesis caus…

Augmenting neurogenesis rescues memory impairments in Alzheimer’s disease by restoring the memory-storing neurons https://t.co/CxEQStBR2z

RT @JExpMed: Mishra, Phan, Kumar @pavesmathur, Morrissey et al. @LazarovLab @thisisUIC show that deficits in hippocampal #neurogenesis caus…

RT @medical_xpress: Boosting neuron formation restores #memory in mice with Alzheimer's disease @RockUPress @JExpMed https://t.co/vBnvaLyXI…

RT @jonykipnis: Beautiful work from @LazarovLab on engram, neurogenesis and AD. What’s not to like?! 🔥👏

AD field gets some good news. As @jonykipnis tweets @LazarovLab v important data: "Taken together, these results suggest that augmenting neurogenesis may be of therapeutic value in AD and that AD-linked genes play a role in hippocampal memory formation."

RT @JExpMed: Mishra, Phan, Kumar @pavesmathur, Morrissey et al. @LazarovLab @thisisUIC show that deficits in hippocampal #neurogenesis caus…

RT @jonykipnis: Beautiful work from @LazarovLab on engram, neurogenesis and AD. What’s not to like?! 🔥👏

RT @JExpMed: Mishra, Phan, Kumar @pavesmathur, Morrissey et al. @LazarovLab @thisisUIC show that deficits in hippocampal #neurogenesis caus…

RT @jonykipnis: Beautiful work from @LazarovLab on engram, neurogenesis and AD. What’s not to like?! 🔥👏

Beautiful work from @LazarovLab on engram, neurogenesis and AD. What’s not to like?! 🔥👏

RT @RockUPress: In @JExpMed, Mishra, Phan, Kumar @pavesmathur, Morrissey et al. @LazarovLab @thisisUIC show that deficits in hippocampal #n…

RT @medical_xpress: Boosting neuron formation restores #memory in mice with Alzheimer's disease @RockUPress @JExpMed https://t.co/vBnvaLyXI…

RT @JExpMed: Mishra, Phan, Kumar @pavesmathur, Morrissey et al. @LazarovLab @thisisUIC show that deficits in hippocampal #neurogenesis caus…

RT @JExpMed: Researchers at @thisisUIC have discovered that increasing the production of new neurons in mice with #Alzheimers disease (AD)…

RT @LukensJohnR: Augmenting neurogenesis rescues memory impairments in familial Alzheimer’s disease (FAD) mouse models via the restoration…

RT @LukensJohnR: Augmenting neurogenesis rescues memory impairments in familial Alzheimer’s disease (FAD) mouse models via the restoration…

Augmenting neurogenesis rescues memory impairments in familial Alzheimer’s disease (FAD) mouse models via the restoration of memory-storing neurons @JExpMed #Alzheimer https://t.co/6lPGvfFbyi

RT @JExpMed: Mishra, Phan, Kumar @pavesmathur, Morrissey et al. @LazarovLab @thisisUIC show that deficits in hippocampal #neurogenesis caus…

In our latest research by our lab members: Rachana Mishra, Trongha Phan, Pavan Kumar, and Zachery Morrissey, and others; we find that augmentations of hippocampal neurogenesis play a role in memory deficits associated with Alzheimer's disease. https://t.co

RT @medical_xpress: Boosting neuron formation restores #memory in mice with Alzheimer's disease @RockUPress @JExpMed https://t.co/vBnvaLyXI…

In @JExpMed, Mishra, Phan, Kumar @pavesmathur, Morrissey et al. @LazarovLab @thisisUIC show that deficits in hippocampal #neurogenesis cause cognitive impairments in #Alzheimers disease by compromising memory storage. https://t.co/a5ZA5BK2ql #Neuroscience

New article: Augmenting neurogenesis rescues memory impairments in Alzheimer's disease by restoring the memory-storing neurons https://t.co/4g6JcNXIPi #alzheimers #neurology https://t.co/Rga1BljftF

RT @JExpMed: Mishra, Phan, Kumar @pavesmathur, Morrissey et al. @LazarovLab @thisisUIC show that deficits in hippocampal #neurogenesis caus…

Mishra, Phan, Kumar @pavesmathur, Morrissey et al. @LazarovLab @thisisUIC show that deficits in hippocampal #neurogenesis cause cognitive impairments in #Alzheimers disease by compromising memory storage. https://t.co/Hcvymc23gM #Neuroscience https://t.co

RT @JExpMed: Researchers at @thisisUIC have discovered that increasing the production of new neurons in mice with #Alzheimers disease (AD)…

RT @medical_xpress: Boosting neuron formation restores #memory in mice with Alzheimer's disease @RockUPress @JExpMed https://t.co/vBnvaLyXI…

RT @medical_xpress: Boosting neuron formation restores #memory in mice with Alzheimer's disease @RockUPress @JExpMed https://t.co/vBnvaLyXI…

RT @medical_xpress: Boosting neuron formation restores #memory in mice with Alzheimer's disease @RockUPress @JExpMed https://t.co/vBnvaLyXI…

Boosting neuron formation restores #memory in mice with Alzheimer's disease @RockUPress @JExpMed https://t.co/vBnvaLyXIG https://t.co/yahNW1pGUS

Researchers at @thisisUIC have discovered that increasing the production of new neurons in mice with #Alzheimers disease (AD) rescues the animals’ memory defects. Read press release: https://t.co/qtabRED5tx Read original study: https://t.co/Hcvymc23gM @L