Eileen Gentleman Lab
@GentlemanLab
Followers
2K
Following
2K
Media
142
Statuses
639
Professor of Bioengineering @KingsCollegeLon 🇬🇧 & University of Lausanne 🇨🇭 #stemcells #biomaterials #organoids #diseasemodelling
UK & Switzerland
Joined August 2018
Delighted to share our paper out today in @NatureMaterials where we show that type-1 #innate lymphoid cells (ILC1) drive gut epithelial & matrix remodelling through TGFβ1&MMP9, which has implications for patients with inflammatory bowel disease (IBD). A🧵
15
19
159
RT @ShukryHabib_Lab: Join us in Lausanne 🇨🇭 for the Lac Léman Regenerative Medicine Symposium, Sept 17–19, 2025! 🔬. Stem cells, aging, bioe….
0
14
0
RT @KoechlLab: We are recruiting a postdoc to work on T cell mechanobiology together with the fabulous Marco @FritzscheLab. Post based a….
0
5
0
Only a few days left to apply for this funded PhD studentship using mechanobiology tools to study t-cells 🙌 with @LeoneRossetti & @KoechlLab.
📢We're recruiting! Please RT. Fully funded PhD studentship starting Oct 2025. Interested in #mechanobiology #CancerResearch #Immunology? Awesome project w/ @LeoneRossetti & @KoechlLab studying the impact of tissue mechanics on T-cells 👩🔬. Deadline 19 Jan
0
8
15
📢We're recruiting! Please RT. Fully funded PhD studentship starting Oct 2025. Interested in #mechanobiology #CancerResearch #Immunology? Awesome project w/ @LeoneRossetti & @KoechlLab studying the impact of tissue mechanics on T-cells 👩🔬. Deadline 19 Jan
0
17
20
RT @MoL_DSP: Today at 15:00 GMT - #ForceTalk with Dr Morgan Huse of @MSKCancerCenter - online and open to all, details on how to join 👇.
0
1
0
Congratulations Haneen! 🎉.
Happy to share that our manuscript from my PhD work “ Morphogen-driven differentiation is precluded by physical confinement in human iPSCs spheroids,” has been published in Frontiers Bioengineering and Biotechnology.
1
0
6
📢We're looking for a new lecturer 👩🏫interested in craniofacial and stem cell biology, innovative approaches to regeneration and repair, and big data approaches to understand the complexity of development and disease. Apply by 6 October: @CCRB27.
0
4
3
RT @thechowlab: #MollyFest was a spectacular trip down memory lane 🥰 So thankful to be part of this outstanding #labfamily & get to celebra….
0
4
0
Proud professor moment at the January graduation 🥹. Congratulations again to @SuzetteLust and Nick! Also thrilled every time I get to wear by fab green robes 😎@Tulane
1
2
30
Awesome work 🙌 @TamaraFawzi and @caoimhe_kerins.
And well done to the Young Investigators @TamaraFawzi & @caoimhe_kerins from @GentlemanLab, L.Zanieri from @BonfantiLab, A.Ahmed from Rognoni lab and T.Saleh from @paolodecoppi 🔬 👏
0
0
8
Amazing stuff! 🙌.
HUGE NEWS! In our new preprint, we introduce “grayscale image z-stack-guided multiphoton optical-lithography” (GIZMO) to rapidly photomodulate materials in full 3D non-binary patterns at sub-µm resolutions spanning large volumes (>mm3). Paper 🧵 (1/19)
1
0
3
And a huge thank you to all our collaborators in @CCRB27, @Femtoscopist, @kclchemistry, @manuelmuellerlab, @RandallDivision, @KCLBMBioscience @suzettelust @KCLcancer_pharm (end)
0
0
2
When you look this cool doing science, nothing can stop you!. Yes, this is an invite to reply with photos on the theme of looking cool doing science 😅😎👨🔬(22/23)
1
0
4
Cells & organoids within hydrogels can remodel their surroundings through pericellular/peri-organoid ECM secretion. Thus, our system, could map the dynamics of pericellular matrix remodeling, and be harnessed to create tissues for regen med. (20/23).
1
0
0
We also incorporate the FRET sensor into hydrogels using a cysteine’s thiol group. This should allow for its use in a range of synthetic and biologically derived hydrogels or cell-derived ECMs (Matrigel, e.g.) with little to no additional modification. (19/23)
1
0
0
The enzyme cleavage site we used can also be replaced by sequences recognized by specific MMPs. So, the platform can be tailored to look at (e.g.) MMP9 for studying inflammatory bowel diseases or MMP3 for looking at branching morphogenesis in models of development. (18/23)
1
0
0