Gulzar Wani

PhD student @CECAD focussed on identifying metabolic shift in quiescent to active adult NSCs

[chalhatt @secret_cloudsss]

The great Qazi’s words for Arishfa, whom he calls his daughter: “Arey bachi ko ghumado yahan se, bewakoof aurat hai ladki, I’m out of it” 🚶🏻‍♀️

#ArishfaKhan #BiggBoss20 #BB20

[Gulzar Wani @GulzarW13675960]

@LabMotori Congratulations 🥂

[Gulzar Wani @GulzarW13675960]

@The_shefeeq Congratulations Shefeeq. Great story

[JCI insight @JCI_insight]

A tryptophan-derived uremic metabolite/Ahr/Pdk4 axis governs skeletal muscle mitochondrial energetics in chronic kidney disease: https://t.co/Bqzh645z9M
@TerenceRyan_PhD @UF
#MuscleBiology #Nephrology

[Bergami Lab @bergami_lab]

Our latest work is out in @NeuroCellPress! We show that a surge in dendritic mitochondrial fusion during the critical period is required for synaptic plasticity in adult-born neurons. Big thanks to @CRC_1218, @crc1451, @CECAD_ and @ERC_Research!

https://t.co/YGhJ9f9hjT

[Shefeeq Theparambil @The_shefeeq]

I have a funded PhD position available to investigate 'neuron-astrocyte metabolic signaling in health and Alzheimer’s Disease (AD)' in our lab at Lancaster University. https://t.co/pliahngnec🧵

[Bergami Lab @bergami_lab]

Our take (@bergami_lab and @LabMotori) on the recent findings from Zorzano's lab and @LabScorrano on MFN2 splice variants (DOI: 10.1126/science.adh9351)

https://t.co/1c5VsaFToR

[Nature Metabolism @NatMetabolism]

NEWS & VIEWS | Manuel Guzmán (@IUINeuroq):

A study shows that fatty acid oxidation in #astrocytes rearranges the respiratory chain to a configuration that safeguards neuronal functionality & proper cognitive performance in mice.

#neuroscience

https://t.co/LF39JAd5Zy

[Gulzar Wani @GulzarW13675960]

@Bocchi_Ric @Alan_zhou_95 Congratulations 🎉🥳 Riccardo and Team.

[Riccardo Bocchi @Bocchi_Ric]

📣 Excited to share the first preprint of the lab led by @Alan_zhou_95 🙌 showing that cortical astrocyte heterogeneity originates from two distinct progenitors, with different capacities and coexisting since the beginning of the corticogenesis.

https://t.co/88IETcH0PJ

🧵⬇️
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[Bergami Lab @bergami_lab]

Happy to share our latest work where we addressed how remodeling of the dendritic mitochondrial network in newly-generated neurons of the adult brain regulates their synaptic integration into pre-existing circuits!
https://t.co/rtsptxT9d1

[FrezzaLab @FrezzaLab]

The mitochondrial unfolded protein response regulates hippocampal neural stem cell aging https://t.co/cEOiLdOP8u

[Gulzar Wani @GulzarW13675960]

@CECAD_ @KurianLab Congratulations Leo… 🎊🎊

[Gulzar Wani @GulzarW13675960]

Proud to be part of this amazing story from @bergami_lab in collaboration with @LabMotori @chr_reinhardt

[Bergami Lab @bergami_lab]

Latest work from the lab disclosing the potential of SCLC cells to receive synaptic inputs, with implications for lung tumor growth. Unexpected journey into the cancer field and great collaboration with @chr_reinhardt
,@LabMotori and Lab Beleggia!
https://t.co/RT4Ci1949C

[Adi Doron @AdiDoron]

Our paper is now out in @Nature!
https://t.co/a645FvCEOk
What started as a small side project ended up revealing new surprising capabilities of astrocytes - We chronically imaged hippocampal astrocytes and show that they encode reward location.

[Marlen Knobloch @KnoblochLab]

https://t.co/HFabKv2Xmq

Very excited to share our study on bioRxiv on how mitochondrial pyruvate metabolism regulates quiescent adult neural stem cells. #stemcells #mitochondria #metabolism. Great collaboration with @JCMartinou. Huge congrats to @PhDPetrelli @Val_N_Tina01!!

[Pagliarini Lab @Pagliarini_Lab]

I am very pleased to share our new 'MITOMICS' work exploring mitochondrial protein function and pathogenesis published today in @Nature. A great collaborative effort with @Coon_Labs, and the groups of Rob Taylor, Nurten Akarsu, and Mark Craven. https://t.co/35QWmaaIch

[Gulzar Wani @GulzarW13675960]

@CECAD_ @KurianLab Congratulations 🎉🥳

[Gulzar Wani @GulzarW13675960]

@The_shefeeq @izzynchristie Congratulations @The_shefeeq

[Shefeeq Theparambil @The_shefeeq]

Astrocyte mitochondria produce nitric oxide from nitrite to modulate cerebral blood flow during brain hypoxia https://t.co/FX2kOYT5kD. Our recent work with @izzynchristie describes a novel mitochondrial mechanism in astrocytes critical for Nitric Oxide production under hypoxia