#ExtraCellularMatrix #ArterialAging Sox9 #SmoothMuscleCell Sox9➡️#ExtracellularVesicle (PLOD3)➡️ECM Stiffness➡️SMC #Senescence & likely #ArterialStiffening +A feedforward loop Senscence+#MatrixStiffness⏫Sox9 expression & nucleation Senescent #SmoothMuscleCell, when seeded on

Excited to share our #SingleCell and #SpatialTranscriptomics analysis of #ExerciseTraining remodeling of #WhiteAdiposeTissue through innervation, vascularization, and #ExtracellularMatrix in mouse and human with #LaurieGoodyear #JanWillemMiddelbeek @PasqualeNigro9 @MVamvini

#Extracellularmatrix interaction with cell membrane receptors has mechanoresponsive effects on the #cytoskeleton to shield the nucleus from deforming & signals. Video & research by @ZanettaKechagia et al @PCusachs lab @IBECBarcelona in @naturemethods. On https://t.co/2gKlAuSynK

Leading Edge: Protein called SAM68 plays key role in #bloodvessel wall #cell interaction with the #extracellularmatrix regulating cell remodelling & migration. Image & research by @RekadZeinab et al @Univ_CotedAzur in @elife. On https://t.co/23B6wT6PHA

Rhobo6👹 An omnipotent cell-impermeable dye labels diol/glycan of #ExtraCellularMatrix ✅Fibrillar collagen/fibronectin, BM, sulfated proteoglycan, even HA weakly 👉STED microscopy-compatible 👉Penetrate mm-thick🐭muscle ex vivo 👉Retro-orbital injection to label the ECM

Beyond genetics: driving cancer with the tumour microenvironment behind the wheel https://t.co/xGSyxRK6q1 #extracellularmatrix #ECM

Did you know that there is a complex interplay between mammalian lymph node (LN) fibroblastic reticular cells and their unique #ExtracellularMatrix? 📚 Read about it in @TrendsImmuno: https://t.co/GRLBz3VbQd

🔬 Experiments detail the development of a novel #ExtracellularMatrix hydrogel, which entailed incorporation of adipose-derived #mesenchymal stem cell-derived exosomes into an ECM hydrogel. @AdvSciNews: ➡️ https://t.co/p3Pc7BzCKq

Remodeling & stiffening of the #ExtracellularMatrix is a well-recognized modulator of breast cancer progression. But how are these changes converted into biochemical signals that direct tumor cell migration and #metastasis? Insights in @emboreports: 📗 https://t.co/DJM58W6TAz

Join us at #AGEAnnualMeeting2025 for Session 7: Extracellular Matrix on May 13, 2025, 1:30–3 PM at Tikahtnu Ballroom. Speakers: Andrew Dillin, Subhasri Biswas, Katarzyna Cieslik, Jessica Proulx, Elizabeth Harper https://t.co/rixU77uKo6 #ExtracellularMatrix #AgingResearch

Building a Lung Tumor Microenvironment with Double-network #Hydrogel Decellularized Lung #ExtraCellularMatrix + Sulfated Alginate, mimicking Glycosaminoglycan A549 cells ⏫Proliferation, Both Epithelial & Mesenchymal markers, Mucins, Fibronectin, Stemness

#ThrowbackThursday Special Topic: Endothelial Cell and Pericyte Homeostasis and Pathogenesis article in JHC: "Diabetes as a Pancreatic Microvascular Disease—A Pericytic Perspective." Click to read for FREE: https://t.co/KmSaOwkFWg #diabetes #extracellularmatrix #ecmatrix

📣 Call for Papers on Cardiac Fibroblasts 📆Open until June 30 ✅Submit research highlighting cardiac fibroblasts as primary cell type responsible for deposition of #ExtracellularMatrix in the heart contributing to physiological signaling processes https://t.co/yNNIVHo7u7

👋Our latest issue is live! ☕️ 👉On the cover: #chaperone system 👉Read about #SARSCoV2, #organoids, #ExtracellularMatrix and #tumour derived #exosomes, #endosomes, #actin and #chromosomes in #meiosis, #heatshock proteins and #mitochondria and many more! https://t.co/eesT5e8NDK

MMP14 expression and collagen remodelling support uterine leiomyosarcoma aggressiveness 🔗 https://t.co/IGVfzNM7GG #MMP14 #UterineLeiomyosarcoma #ExtracellularMatrix #CaMets

Ready to present our work on #ExtracellularMatrix and cell movement at the @SECF_fisiologia and FEPS Conference in #Granada. @GlioMatrixLab @AchucarroGlia

Featured on our latest episode: Researchers at the Chinese Academy of Sciences used #organoids to show that the regenerative capabilities of the neonatal spinal cord may be due to proteins in the #ExtracellularMatrix. 📍 - https://t.co/5c2i8I1joM 🎧 - https://t.co/ahQgHOD0Kl

The authors of this @CellReports study found that mechanistically, #fibroblast activation protein was localized at invadopodia and required for invadopodia-mediated #ExtracellularMatrix degradation, independent of its proteolytic activity. 📓 https://t.co/FGjJmD4zaV

We are happy to announce that our program of work on the development & deployment of a novel anti-fibrotic in pancreatic cancer has just been published (OpenAccess) in @NatureCancer | → https://t.co/L2eJT2ASuo ← | @TCox_Lab @GarvanInstitute #extracellularmatrix #ECM #cancer