
Postdoc in Regenerative Neuroscience 🧠 Imperial College London🎓 Diversity and WomenInSTEM champion 🌍 #BeTheChangeYouWishToSee @digiovannilab
Joined September 2011
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Dr Jess Chadwick retweeted
Online now: Dietary-dependent sensitization of neuronal leptin signaling promotes neural repair after injury via cAMP and gene transcription dlvr.it/TMT3s3
Dr Jess Chadwick retweeted
Macrophages do not only eat...they help you walk😉
nature.com/articles/s41586-0…
@digiovannilab
@BellarditaC 🙏
Dr Jess Chadwick retweeted
Excited to share our latest research published in Nature, revealing the crucial role of the brain's extracellular matrix in obesity and diabetes. nature.com/articles/s41586-0…
Thanks to @CaitBeddows, @MrEdwardMoh, @UniMelb & our funding partners @nhmrc, @arc_gov_au and @DiabetesAus
Dr Jess Chadwick retweeted
An exciting study published in @nature today links metabolic diseases to hypothalamic neural circuits, ion channels and to the extracellular matrix (ECM)
Pathogenic hypothalamic extracellular matrix promotes metabolic disease
nature.com/articles/s41586-0…
Dr Jess Chadwick retweeted
Our ECR Mentor Scheme is open for enrolment!
“My mentor gave me valuable information related to my research 🔬, my career development 🏔️ and article/review design 📑.” – Lora Martucci
Find your mentor: neuroendo.org.uk/ecrmentors.…
Closes 30.9.24
Dr Jess Chadwick retweeted
5 years ago, on the heels of 28andMe, our team designed a new precision imaging experiment: scanning an individual’s brain throughout her entire pregnancy. We are excited to share that these findings are out today in @NatureNeuro! nature.com/articles/s41593-0…
Dr Jess Chadwick retweeted
Imagine seeing a disease's impact on every cell in the body. Now, you can!
We introduce MouseMapper, an AI tool to reveal system-wide disease perturbations. MouseMapper showed obesity-induced changes in facial nerves & body-wide inflammation 👉🏼🧵biorxiv.org/content/10.1101/…
Dr Jess Chadwick retweeted
Our paper "Temporal dynamics of the multi-omic response to endurance exercise training" was just published in @Nature! nature.com/articles/s41586-0… This extensive resource on the molecular map of the cross-tissue response to exercise is the result of a massive team effort! 1/
Dr Jess Chadwick retweeted
Interested in joining a fun lab of incredible scientists and discover how to restore movement after neurological injury? Thinking of a #PhDposition? Love the excitement and diversity of #London? Consider applying for a PhD in the @DrWarrenLab @KingsIoPPN
kcl.ac.uk/ioppn/study/resear…
Dr Jess Chadwick retweeted
Today is International Women's Day! 👩🔬
To celebrate, we spoke to members of our @ImpECRbrains about what today means to them.👇
The ECR group is dedicated to supporting our early career researchers' wellbeing and progression in the department.
#IWD2024 #InspireInclusion
Dr Jess Chadwick retweeted
Regenerating the heart by metabolically reprogramming the cardiomyocyte epigenome dlvr.it/SynXzw
Dr Jess Chadwick retweeted
Our Future Leader🔮November seminar is fastly approaching! @ImperialBrains
🗓️Join us next Wednesday to hear the recently awarded DRI Emerging Leader👏Dr @SophieMorse20 talking about her career path🔀and science of her newly established reseach group in @ImperialBioeng👩🔬👩💻
Dr Jess Chadwick retweeted
Excited to share the first research paper from our lab in @NatureComms! 🎉 We delved into single-cell cross-species comparisons, shedding light on some of the debated aspects of axolotl limb development & regeneration. Dive in to explore our findings! 👇 nature.com/articles/s41467-0…
Dr Jess Chadwick retweeted
Also, if you're planning to join us please register here so we can plan enough food for everyone :) eventbrite.co.uk/e/dobs-ecr-…
Dr Jess Chadwick retweeted
We'll kick start this year seminar series, with a talk from our very own Dr. Sadra Sadeh who leads the Computational Lab of Neural Dynamics🧑💻🧬join us on the 20th of Sept at the Hammersmith campus to hear about his research and career @ImperialBrains @imperialcollege @UKDRI_ECR
Dr Jess Chadwick retweeted
🔍 We're recruiting a Research Technician at Imperial College London to delve into spatial transcriptomics and expand our understanding of Parkinson's using coppaFISH.
Why join?
⭐Work together with Prof Kenneth Harris (coppaFISH pioneer) & Prof Steve Gentleman (Parkinson’s UK Brain bank Director).
⭐Be at the forefront of transforming what we know about Parkinson's.
⭐Perfect for those with a knack for molecular science, histology, and a dash of computational skills!
Details: shorturl.at/iqvyM
If you're interested in reading some related papers:
These introduce the coppaFISH method
- nature.com/articles/s41586-0…
- nature.com/articles/s41592-0…
And this reviews the state-of-knowledge on selective vulnerability in Parkinson's disease:
- shorturl.at/djosx
If this resonates with your network, a RT would be appreciated. 🔄 #ResearchJobs #Neuroscience @kennethd_harris @ImperialBrains
Dr Jess Chadwick retweeted
New! Online now: Circadian modulation by time-restricted feeding rescues brain pathology and improves memory in mouse models of Alzheimer’s disease dlvr.it/StynhD
Dr Jess Chadwick retweeted
Here is how help PhD students be less dependent on advisors. And be happier.
+ have more risky projects and possible discoveries.
▫️
We need 10x more PhD fellowships that grant decent freedom to students.
▫️
Good fellowships imply:
- You own your project
- You choose the group
- You cannot be told to work 24/7
- You can change the lab if you’re really unhappy
▫️
Outcome:
1. Students get project and budget management skills.
- Although these skills are rather basic, it’s much better than nothing.
2. Students feel protected (not hopeless).
- (for example) If the advisor doesn't meet their initial expectations, they can move to new place. Students don't develop potentially toxic dependency.
3. Research in uncharted territories is more likely.
- The student doesn’t need to have a good ’background fit’ (proposal being aligned with previous research, as it’s usually the case for PIs). Under right conditions, the projects can be crazier than usual.
4. Students can get internships in companies.
- Good fellowships support extra activities such as workshops and internships. Obviously, this is a HUGE plus for any PhD student.
5. Students gain early PI experience and independence.
▫️
Basically, fellowships can turn PhD into an “entrepreneurial” journey supported by a small startup fund, with a focus on research and personal development.
❗ Financial support through fellowships is better than support through professor’s funding (on average).
After >15 years in academia, I am fully convinced in it.
▫️
10x more fellowships is really hard to achieve.
But, in general, this can be done:
- by moving funding from less ‘productive’ funding programs
- by encouraging industry through (federal/local) co-funding
- by creating partnership programs between industry and academia
To me, this seems to be more straightforward way to giving students a happier PhD time without completely restructuring the way academia works.
It's not ideal. But (in principle) it is doable.
▫️
p.s. Same goes for postdocs.
#AcademicChatter #AcademicTwitter
Dr Jess Chadwick retweeted
Are you a woman in research looking for career support? The 12 month SUSTAIN programme at @acmedsci, aims to support female academics in their first independent post with their career development. Enquire and apply now - the deadline is 14 September 2023: acmedsci.ac.uk/grants-and-sc…
Dr Jess Chadwick retweeted
I’m over the moon to share my postdoc work @Nature, where we provide an answer to the longstanding question: how is the body’s stress response system (the HPA axis) activated during starvation? nature.com/articles/s41586-0…
























