Cell migration | Extracellular Matrix | Image Analysis @KingsCollegeLon @stramerlab@mstdn.science
London
Joined May 2020
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Stramer Lab retweeted
📢We are recruiting! 3y postdoc position available in our interdisciplinary team @institut_curie #Paris.
Join us if you're interested in live imaging, quantitative biology & (opto)genetics of Drosophila epithelia during morphogenesis.
institut-curie.org/team/bell…
Please RT!
Stramer Lab retweeted
🥁Meet the Invited Speakers at #MBE2024🥁 + numerous short talks available + an entire session - ECM breakthrough - with all talks selected from abstracts + a beautiful city to visit - So, don’t wait: Register and submit abstracts now! 👉🏼mbe2024.sciencesconf.org/
Stramer Lab retweeted
Join us as a RIKEN Special PostDoc Researcher!
Areas of our focus include:
-Developing tools for visualizing & manipulating ECM
-Directing stem cell behavior via ECM manipulation
-Exploring principles of skin development, regeneration & evolution
riken.jp/en/careers/programs…
Stramer Lab retweeted
Our paper on early nephron morphogenesis in human renal organoids is now out in @Dev_Cell , great work from @jpnigby and collaboration with @AstraZeneca
Online now: Identification of a core transcriptional program driving the human renal mesenchymal-to-epithelial transition dlvr.it/T2XHYH
Stramer Lab retweeted
If ECM is your favorite field, look no further than #MBE2024!
Register now! 👇🏼 Please RT!
mbe2024.sciencesconf.org/
#MatrixIsEverywhere #MatrixInLyon
Stramer Lab retweeted
We are excited to have this opening in the Shaw Lab at KCL to study skin biology at the intersection of developmental biology and regeneration. It’s a great team with awesome collaborators! Closing date 23rd Feb. Please get in touch with any questions. kcl.ac.uk/jobs/083427-resear…
Stramer Lab retweeted
We are excited to have this opening to help finish a project about skin biology at the intersection of developmental biology and regeneration.
Stramer Lab retweeted
The Anatomy Department at KCL is recruiting! I hope you agree this is an exciting opportunity to join a great team, with excellent facilities, a rich history, and limitless potential. Please spread the word, and get in touch if interested.
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Stramer Lab retweeted
Please RT: We are recruiting a Senior Laboratory Research Scientist in our lab @TheCrick to study cell and tissue mechanobiology. @ERC_Research #biophysics #mechanobiology #ECM #organoids crick.ac.uk/research/labs/al…
Stramer Lab retweeted
We've moved to UCLA and are hiring post docs, a lab manager & a lab technician. If you are intrigued by the cell bio of immune cell tissue interactions and mitochondrial function in immunity, come join us! tinyurl.com/k4z8pr3k. See job ads section in join us tab on website
Stramer Lab retweeted
The go to #Matrix biology meeting of 2024 will be in Lyon in September.....see you all there.
organised by @TheRuggieroLab and @SFBMEc.
Bursaries will be available as always from @BSMB1
mbe2024.sciencesconf.org/
Stramer Lab retweeted
Tissues have neighbors and border disputes just like us, and border formation determines how we heal and grow! Some more details (and eye candy) on tissue collisions ppr: doi.org/10.1038/s41467-022-3…
We discovered some rules of tissue collisions. Video: role of tissue shape/size. 1/n
Stramer Lab retweeted
embopress.org/doi/full/10.15… Here we show that TGF-β and insulin signalling converge in the fat body to control ECM secretion via short gastrulation (sog), a TGF-β antagonist.
Stramer Lab retweeted
The @Lennon_Lab are recruiting😀
Are you interested in #basement membranes? How they form vital tissue connections? How these are affected in human disease?
Then join our collaborative team @wtccmr & @DukeBiology
wellcome-matrix.org/vacancie…
@amsocmatbio @BSMB1 @IntSocMatBio
Stramer Lab retweeted
Exciting news! Our new research paper is published! This exciting study was done with a amazing collaborator Scott Early (@vesselman) lab. Congratulations🎉🍻🥳
In a model of #GouldSyndrome, researchers connect brain lesions and hemorrhages to disruptions in #CalciumSignaling in smooth muscle cells from misfolded collagen, impairing vessel’s ability to regulate cerebral blood flow. @UCSFGouldLab @CobreUnr scim.ag/4Qh
Stramer Lab retweeted
Our review is out on how mechanical signals, such as tissue stiffness or cellular forces, regulate the development, homeostasis, and disease of the nervous system. @NeuroCellPress Fun project with @EvaPillai from @PDN_Cambridge . @Cambridge_Uni @UniFAU sciencedirect.com/science/ar…
Stramer Lab retweeted
I have a fully funded PhD project opportunity for 2024, let me know if you have questions!
ucl-epsrc-dtp.github.io/2024…
Stramer Lab retweeted
Our preprint"Col4a2-eGFP mouse model reveals the molecular and functional dynamics of basement membrane (BM) remodelling in hair follicle morphogenesis"is out
Collagen IV turnover influences, BM expansion, progenitor behavior & organ shape
Homo🐭 normal
biorxiv.org/content/10.1101/…
Stramer Lab retweeted
We’re looking for a #postdoc to investigate long-range mechanisms of #growth regulation in mouse ventral body wall formation. See kcl.ac.uk/jobs/077227-postdo… for details
Stramer Lab retweeted
Delighted to share our new pre-print and introduce the mTurq2-Col4a1 mouse model in which collagen IV is endogenously tagged - thanks to all authors! A Window into Mammalian Basement Membrane Development: Insights from the mTurq2-Col4a1 Mouse Model biorxiv.org/content/10.1101/…