Dominic Kaul
@domkaul
Stress(ed) Researcher | | Previously obsessed with glia | All opinions are my own 🧠
[1/6] Buckle in for the story of a big chunk of my PhD: In our recent preprint, we explore the molecular impact of severe stress on the human brain. A thread:
![domkaul's tweet image. [1/6] Buckle in for the story of a big chunk of my PhD: In our recent preprint, we explore the molecular impact of severe stress on the human brain. A thread:](https://pbs.twimg.com/media/GRJfFepacAACume.png)
A moment that felt both like it came all too quickly and was also long overdue. Thanks to everyone for the support along the way especially the @mindbehindMINDS gang❤️
Congratulations to @domkaul on graduation today 🥂 first PhD from the lab, and certainly set the bar high with an Examiners’ Commendation for Outstanding Thesis ✨
Bittersweet to close this chapter and say farewell to glia for now ❤️
💫Superstar @domkaul officially passed his PhD degree today! A huge congrats Dr. Kaul. The lab is really missing you (hot topic every lab meeting), but we are so proud to see you flourish in your next era. How it started How its going
Exciting new results from single nucleus RNA sequencing of 800,000 nuclei from 90 post mortem brain samples showing converging effects of ageing and #Alzheimer disease and other #psychiatric disorders.👇nature.com/articles/s4159…
Thrilled to share the first major publication from my thesis, huge thanks to all who were involved! If you’re interested in neural bioprinting, check out our open access manuscript below 👇
Check this out ! Great work Mitchel and the gang ! Efficient fabrication of 3D bioprinted functional sensory neurons using an inducible Neurogenin-2 human pluripotent stem cell line doi.org/10.1088/1758-5… via @Biofabrication
Congratulations @domkaul, @natalie_matosin and team on this beautiful story!
🚨 new preprint alert! Our latest work by @domkaul profiles the diversity of human cortical astrocytes with spatial and single cell transcriptomics, and shows that astrocytes are persistently changed physically/molecularly in humans with psychiatric disorders exposed to stress ✨
Fantastic preprint out from the great lab of @natalie_matosin led by the very talented @domkaul. Congrats to all the authors for this beautiful work. A great read for anyone interested in glial biology and the role these fascinating cells play in stress.
🚨 new preprint alert! Our latest work by @domkaul profiles the diversity of human cortical astrocytes with spatial and single cell transcriptomics, and shows that astrocytes are persistently changed physically/molecularly in humans with psychiatric disorders exposed to stress ✨
More than excited to finally have this story on my favourite cells out! An enormous thank you to everyone involved.
🚨 new preprint alert! Our latest work by @domkaul profiles the diversity of human cortical astrocytes with spatial and single cell transcriptomics, and shows that astrocytes are persistently changed physically/molecularly in humans with psychiatric disorders exposed to stress ✨
A reminder that applications are closing in a week! Don't delay in applying, wonderful opportunity for a three year postdoc learning cutting edge methods in an international research environment
🚨📢 JOIN US! We're #hiring 2x #postdoc researchers to join us @Sydney_Uni Fully-funded (ARC/NHMRC), 3 year positions in molecular #neuroscience examining postmortem human brain with cutting edge technologies We are GREAT people to work with + there'll be opportunities galore👇
I can't say enough positive words about this opportunity. Great people, great vibes, great science - what more could you want!
🚨📢 JOIN US! We're #hiring 2x #postdoc researchers to join us @Sydney_Uni Fully-funded (ARC/NHMRC), 3 year positions in molecular #neuroscience examining postmortem human brain with cutting edge technologies We are GREAT people to work with + there'll be opportunities galore👇
Human adult neurogenesis: the most controversial topic in neuroscience? Our review published today in The Neuroscientist provides an update, summary of challenges, and our perspective on where we are. Great collab w Sophie Simard + Naguib Mechawar @mcgillu journals.sagepub.com/eprint/3KQEFIA…
Curious to use Spatial Omics tech for your stress neurobiology research, but don't know where to start? @Amberrcurry has put together a perspective, overview and technical guide, of how spatial omics can help us unravel STRESS ⚡️ published today tandfonline.com/doi/full/10.10…
Beyond excited to have finally submitted my thesis!!!!! A huge thank you to everyone who has helped me out along the way especially @natalie_matosin, the lab @mindbehindMINDS, @NeuralOoi, Sibylle and Naguib for all your support