Ryan Keable

Molecular/Cellular Neuroscience. PhD candidate @UNSW

[Ryan Keable @KeableRyan]

@stcoakley @sarozsah Thanks Sean. That means a lot coming from you!

[Ryan Keable @KeableRyan]

Chuffed to have had the opportunity to present my research on the regulation of BACE1 transport and activity at #ANS2023. A big thanks to everyone involved on this final slide, and to everyone I spoke to after the session for your interest in our work.

[UNSW Biotechnology & Biomolecular Sciences @UNSWBABS]

🎉Congratulations to A/Prof. Vladimir Sytnyk & co-authors who won Paper of the Month for their paper published in Cerebral Cortex @OxfordJournals with an impact factor score of 3.7! Read more about their paper below ⬇️

[Ryan Keable @KeableRyan]

Great to see this out! Thanks and congratulations to all co-authours.

[Saroj Kumar Sah, PhD 🇳🇵🇰🇷🇦🇺🇺🇸 @sarozsah]

NCAM2 deficiency disrupts the organization of the hippocampus, which plays a crucial role in memory formation and retrieval, leading to issues with short-term memory, cognitive flexibility, and the development of autistic-like behaviors. Our new study
https://t.co/JJzLjkW0xw

[Pradeep Murthy @PradeepMurthy12]

And we've published another paper! New research about using Ni-embedded pyrolysed MAF-6 to catalyse CO2 reduction to CO. Big thanks to Liam, Weibin and @HuangGroupUSyd for their help and support. Please have a read!
https://t.co/qq3iSPo21o

[Journal of Cell Biology @JCellBiol]

.@emirakmeric and @holger_gerhardt highlight work from Coon et al (https://t.co/GXfed7X7yt), showing that sustained laminar shear stress regulates Klf2 expression in endothelial cells via mitochondrial remodelling and #mitophagy. https://t.co/kJGYbP6I7h
#metabolism #CellSignaling

[UNSW Biotechnology & Biomolecular Sciences @UNSWBABS]

Join us for an online seminar this Friday at 12pm from BABS PhD candidate @sarozsah!
"Neuronal growth regulator 1 (NEGR1) maintains inhibitory synapses in the brain"
Register here https://t.co/WEQtIZCNBr