Cortina Chen

Institute of Metabolic Science🧪🔬

[Cortina Chen @ChenCortina]

A nice ☀️ day! #memorywalk

[UK Glia Network @UKGlia]

That's a wrap! What an amazing day!!! Many thanks to all participants, speakers and our host university @sheffielduni for an incredibly successful meeting. We will publish more details about the event in the next few days!!
See you all in 2026!!!
#UKGlia2024

[Cortina Chen @ChenCortina]

C5a-C5aR1 Signaling and Stress Responsiveness

https://t.co/SD5bY3IsOc

[bioRxiv Neuroscience @biorxiv_neursci]

GLP1R agonists activate human POMC neurons https://t.co/xzewdx2lPr #biorxiv_neursci

[Inst Metabolic Science-Metabolic Research Labs @IMS_MRL]

An excellent morning so far in a stunning venue discussing all things #obesity and its adverse health outcomes @abcam @pembroke1347

[Inst Metabolic Science-Metabolic Research Labs @IMS_MRL]

🤞🤞🤞Best of luck to PhD student @VMacarelli from @IMS_MRL who is taking part in #STEMforBritain today! #stem4brit presenting her poster on 'THE ROLE OF PRIMARY CILIA IN METABOLIC SENSING IN HYPOTHALAMIC NEURONS'

[Inst Metabolic Science-Metabolic Research Labs @IMS_MRL]

What an amazing Research Retreat today for the @IMS_MRL held at @RCSACambridge. Excellent presentations from PhD students, Postdocs as well as guest speakers and a fine array of posters. #metabolism #researchexcellence

[Florian T. Merkle PhD, Bluesky: @florianmerkle @FlorianMerkle]

We’re thrilled to share our preprint (collab with @marionilab) in which we use human POMC neurons to identify potential anti-obesity drugs, one of which seems to increase the efficacy of Semaglutide (Ozempic). Details on BioRxiv: https://t.co/lkdYYhFDq7. Thread below 🧵(1/16)

[Inst Metabolic Science-Metabolic Research Labs @IMS_MRL]

Celebrating on #internationalwomensday and every day, all of the amazing and inspiring women at @IMS_MRL and acknowledging the vital work they do
#IWD2023 #EmbraceEquity

[Joern R Steinert @jrs1573]

Our Special Issue in FRBM @SFRBM is finalized: https://t.co/jObcR4Rt06

Editorial: Nitric oxide signaling from Synapse to Disease https://t.co/PuJJTQmHg2

[Edward Harding @EdwardCHarding]

Really excited for our event today on Drug Discovery, Computation and Dementia @ClareCollege with
@ChenCortina @FlorianMerkle and many others

All thanks to @CambridgeC2D3

[Florian T. Merkle PhD, Bluesky: @florianmerkle @FlorianMerkle]

I'm pleased to say that @EdwardCHarding, together with @ChenCortina, Alix Schwiening and Crisy Rowley are making great progress in setting up our DeepLabCut pipeline for automated motor and gait analysis as we test neuroprotective drugs.
#IMSGoodNewsFriday

[Cortina Chen @ChenCortina]

Redox stress, metal dyshomeostasis, and prion. https://t.co/F8XWNUsIJ0

[Joern R Steinert @jrs1573]

The latest output from the lab in #frbm: Redox stress and metal dys-homeostasis appear as hallmarks of early pr... https://t.co/HeHRuSDjKv

[Florian T. Merkle PhD, Bluesky: @florianmerkle @FlorianMerkle]

Aftermath of our first lab retreat dinner in Naples, overlooking the ruins of a Roman necropolis.

[Inst Metabolic Science-Metabolic Research Labs @IMS_MRL]

Posters and lunch - lunch and posters @IMS_MRL Research Retreat - what's not to like 😀 #metabolism #obesity @RobinsonCamb

[m.vandenbuuse @mvandenbuuse]

Adolescent stress and methamphetamine may both be risk factors for psychosis, but in mice chronic adolescent corticosterone treatment has opposite effects to chronic meth on adult meth-induced locomotor hyperactivity

#methamphetamine #stress #psychosis

https://t.co/emLTO38732

[Antioxidants MDPI @antioxidants_OA]

📖Read our newly published paper "#Homeostasis of #Metal Ions Following Acute Repeated #Stress Exposure in Rats" by Dr. Spiers et al. @spiers_g @ChenCortina

👉Find more details at https://t.co/EMiKJceD18

[Joern R Steinert @jrs1573]

Our latest review is out now....

Nitrergic modulation of ion channel function in regulating neuronal excitability https://t.co/2SdNma5TYe

[Cortina Chen @ChenCortina]

Thanks to @bsneuroendo and @sneuroendo for the award with my poster on "BMI-associated genes from hiPSC-derived POMC" #BSNSNE21