Extracellular Matrix News (@extracellmatrix) 's Twitter Profile
Extracellular Matrix News

@extracellmatrix

An online resource for the extracellular matrix and tissue engineering research community. Part of the @STEMCELLTech Science News service.

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linkhttp://www.extracellularmatrixnews.com/ calendar_today11-06-2010 18:25:38

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Joel Boerckel (@jboerckel) 's Twitter Profile Photo

We are recruiting for a new Assistant Professor in the McKay Orthopaedic Research Laboratory Penn Medicine! Apply here! apply.interfolio.com/146051 Please submit applications by October 7th for consideration.

Naba Lab @ UIC (@nabalabuic) 's Twitter Profile Photo

πŸ”¬ Looking for validated anti-ECM antibodies? Check out our latest antibody list curated from the Human BioMolecular Atlas Program (HuBMAP) Human Reference Atlas #HRA Organ Mapping Antibody Panels #OMAP on the Matrisome Project Portal: sites.google.com/uic.edu/matris….

πŸ”¬ Looking for validated anti-ECM antibodies? 
Check out our latest antibody list curated from the <a href="/_hubmap/">Human BioMolecular Atlas Program (HuBMAP)</a> Human Reference Atlas #HRA Organ Mapping Antibody Panels #OMAP on the <a href="/Matrisome/">Matrisome Project</a> Portal: sites.google.com/uic.edu/matris….
Extracellular Matrix News (@extracellmatrix) 's Twitter Profile Photo

Bulk RNA-seq analysis revealed a unique ECM pattern in colorectal cancer tumors, with ECM abundance and composition significantly related to patient survival. bit.ly/3AuZipv

Bulk RNA-seq analysis revealed a unique ECM pattern in colorectal cancer tumors, with ECM abundance and composition significantly related to patient survival.

bit.ly/3AuZipv
Extracellular Matrix News (@extracellmatrix) 's Twitter Profile Photo

Scientists investigate a mild-alkalization strategy employing magnesium boride-alginate hydrogels to rejuvenate #senescent cells associated with age-related diseases, finding corroborative evidence in both in vitro and in vivo experiments conducted on rat intervertebral discs.

Scientists investigate a mild-alkalization strategy employing magnesium boride-alginate hydrogels to rejuvenate #senescent cells associated with age-related diseases, finding corroborative evidence in both in vitro and in vivo experiments conducted on rat intervertebral discs.
UConn Health (@uconnhealth) 's Twitter Profile Photo

Dr. Cato T. Laurencin and a team of researchers have made a potential breakthrough in understanding how porcine hydrogels can be applied for muscle and tissue regeneration. today.uconn.edu/2024/08/porcin…

Bartomeu Colom (@bartomeu_colom) 's Twitter Profile Photo

Check out our latest work on how the metabolic environment modulate the competitive fitness and clonal expansion of Pik3ca mutant epithelial cells. Hats off to the super talented Albert_Herms and Phil Jones's team at Wellcome Sanger Institute. Thread to follow soon nature.com/articles/s4158…

Check out our latest work on how the metabolic environment modulate the competitive fitness and clonal expansion of Pik3ca mutant epithelial cells.
Hats off to the super talented <a href="/AlbertHerms/">Albert_Herms</a> and Phil Jones's team at <a href="/sangerinstitute/">Wellcome Sanger Institute</a>. Thread to follow soon
nature.com/articles/s4158…
Extracellular Matrix News (@extracellmatrix) 's Twitter Profile Photo

🌱 A Columbia University team, including first author Dr. Rafaela Muniz de Queiroz, report a molecular mechanism where Mdm2 requires Sprouty4 to regulate #FocalAdhesion formation and metastasis independent of p53. πŸ“• Give it a read! go.nature.com/4fRZbV6

🌱 A <a href="/Columbia/">Columbia University</a> team, including first author Dr. Rafaela Muniz de Queiroz, report a molecular mechanism where Mdm2 requires Sprouty4 to regulate #FocalAdhesion formation and metastasis independent of p53.

πŸ“• Give it a read!
go.nature.com/4fRZbV6
Extracellular Matrix News (@extracellmatrix) 's Twitter Profile Photo

Get pumped!πŸ’ͺ A recent paper in PNASNews by Drs. Christopher Madl, Helen Blau, and team demonstrate that the mechanical memory #MuscleStemCells develop is rapidly acquired and not easily reversed by a change in stiffness. bit.ly/3XnVHTj

Get pumped!πŸ’ͺ 

A recent paper in <a href="/PNASNews/">PNASNews</a> by Drs. Christopher Madl, Helen Blau, and team demonstrate that the mechanical memory #MuscleStemCells develop is rapidly acquired and not easily reversed by a change in stiffness.

bit.ly/3XnVHTj
Extracellular Matrix News (@extracellmatrix) 's Twitter Profile Photo

There's a little wrinkle in this research.... πŸ₯ Scientists develop a tissue-scale in vitro epithelial bilayer folding model that incorporates an epithelium and ECM hydrogel, emulating various folding structures found in in vivo epithelial tissue. go.nature.com/3AwykOm

There's a little wrinkle in this research.... πŸ₯ 

Scientists develop a tissue-scale in vitro epithelial bilayer folding model that incorporates an epithelium and ECM hydrogel, emulating various folding structures found in in vivo epithelial tissue. 
go.nature.com/3AwykOm
Extracellular Matrix News (@extracellmatrix) 's Twitter Profile Photo

It is believed that exosomal miRNAs facilitate intercellular signaling, which is essential for the development of cancer. 😎 Learn about role of miRNAs and cancer-associated fibroblasts in the #TME in this new CDD press story. go.nature.com/4e1oIcz

It is believed that exosomal miRNAs facilitate intercellular signaling, which is essential for the development of cancer. 

😎 Learn about role of miRNAs and cancer-associated fibroblasts in the #TME in this new <a href="/cddpress/">CDD press</a> story. 

go.nature.com/4e1oIcz
Extracellular Matrix News (@extracellmatrix) 's Twitter Profile Photo

Researchers from Frankfurt Cancer Institute report that genetic and pharmacological inhibition of SOD1 leads to sensitization to hypoxia-induced cell death πŸ’€ and disruption of redox balance under conditions of the #glioma microenvironment. go.nature.com/3XoOnH2

Researchers from <a href="/FCI_health/">Frankfurt Cancer Institute</a> report that genetic and pharmacological inhibition of SOD1 leads to sensitization to hypoxia-induced cell death πŸ’€ and disruption of redox balance under conditions of the #glioma microenvironment.

go.nature.com/3XoOnH2
The BATLLE Lab (@batllelab) 's Twitter Profile Photo

🌟Are you passionate about cancer research and eager to make a significant impact in the cancer field? πŸŽ“We offer a PhD position to study the immunological landscape of colorectal cancer and the role of the tumor microenvironmentΒ in metastasis. πŸ‘‰πŸ» irbbarcelona.org/en/careers/you…

Extracellular Matrix News (@extracellmatrix) 's Twitter Profile Photo

πŸ•ΆοΈ Check it out! An implantable bioelectronics was developed that enabled the synchronization of the three stages of #WoundHealing, offering accelerated and high-quality healing of large skin wounds. bit.ly/4e32tmE

πŸ•ΆοΈ Check it out! An implantable bioelectronics was developed that enabled the synchronization of the three stages of #WoundHealing, offering accelerated and high-quality healing of large skin wounds.

bit.ly/4e32tmE
Extracellular Matrix News (@extracellmatrix) 's Twitter Profile Photo

Curious about πŸ’• heart valve #regeneration? Scientists formed a double network hydrogel on decellularized heart valves, showcasing robust anti-calcification and anti-thrombosis properties post fatigue testing. πŸ”— go.nature.com/3AK20HP

Curious about πŸ’• heart valve #regeneration? 

Scientists formed a double network hydrogel on decellularized heart valves, showcasing robust anti-calcification and anti-thrombosis properties post fatigue testing.

πŸ”— go.nature.com/3AK20HP
Extracellular Matrix News (@extracellmatrix) 's Twitter Profile Photo

Targeting the tumor vasculature: from vessel destruction to promotion. 🧐 CCB_VIB_KUL researchers alongside Dr. Sophie Guelfi from BergersLab provide an overview of #vascular targeting approaches. πŸ”— go.nature.com/3ALwmtp

Targeting the tumor vasculature: from vessel destruction to promotion. 🧐

<a href="/vib_ccb/">CCB_VIB_KUL</a> researchers alongside Dr. Sophie Guelfi from <a href="/BergersLab/">BergersLab</a> provide an overview of #vascular targeting approaches. 

πŸ”— go.nature.com/3ALwmtp
Extracellular Matrix News (@extracellmatrix) 's Twitter Profile Photo

Modulating #hyaluronan matrix functions by targeting its binding partners holds promise as a therapeutic strategy for restoring tissue homeostasis and mitigating pathological processes. Learn more in this Nature Reviews Nephrology review! πŸ‘‡ go.nature.com/4ecmo2A

Modulating #hyaluronan matrix functions by targeting its binding partners holds promise as a therapeutic strategy for restoring tissue homeostasis and mitigating pathological processes. 

Learn more in this <a href="/NatRevNeph/">Nature Reviews Nephrology</a> review! πŸ‘‡ 

go.nature.com/4ecmo2A
Extracellular Matrix News (@extracellmatrix) 's Twitter Profile Photo

Hot off the press! 😍 Yueming Liu, Aidan Gilchrist, and Sarah Heilshorn discuss the modular design of engineered protein-based #hydrogels from both a molecular- and network-level perspective. Heilshorn Lab Find out more in πŸ‘‰ Advanced Sci News | bit.ly/3z7HiRE

Hot off the press! 😍 

Yueming Liu, <a href="/aidan_gilchrist/">Aidan Gilchrist</a>, and <a href="/HeilshornSarah/">Sarah Heilshorn</a> discuss the modular design of engineered protein-based #hydrogels from both a molecular- and network-level perspective. <a href="/heilshornlab/">Heilshorn Lab</a>

Find out more in πŸ‘‰ <a href="/AdvSciNews/">Advanced Sci News</a> | bit.ly/3z7HiRE