
The Mata Lab
@mata_lab
We are an interdisciplinary group working on developing supramolecular biomaterials and fabrication processes to tackle challenges in regenerative medicine
ID: 3909692536
http://www.mataresearch.com 09-10-2015 14:25:32
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Self-Sorting in Multicomponent Supramolecular Gels Using Different Assembly Triggers and Calcium Ion-Induced Diffusion Patterning By Chayanan Tangsombun & David K Smith University of York Read the paper š go.acs.org/ac6


Our Advanced Materials review on neuromorphic biomaterials is now out! Led by Jiongyi Yan, together with Adam Perriman and Fabrizio Scarpa: doi.org/10.1002/adma.2⦠@AdvSciNews BRistol Medical School (BRMS) Research

š¢ We're so excited to share our new review paper on engineered protein hydrogels! Yueming Liu and Aidan Gilchrist discuss how amino acid sequences can be designed for tunable control over scaffold properties in cell culture applications. @AdvSciNews onlinelibrary.wiley.com/doi/10.1002/adā¦



Gentle dis-assembly of peptide-based hydrogels for growing, extracting, and reusing cells Cosimo Ligorio European Research Council (ERC) AOCMF_BOOST NIHR Nottingham BRC Smart Materials Hub UoN RMCT @UoN_BDI




šØ The Whelan lab is hiring! šØ We are looking for a PDRA to join our lab at U of Manchester. We & collab The Mata Lab are seeking someone interested in interdisciplinary techniques to est a hydrogel biofilm model to study microbe-pathogen interactions jobs.manchester.ac.uk/Job/JobDetail?ā¦

Please check out our recent paper led by Cosimo Ligorio and Soraya on a biocooperative approach to turn whole blood into personalised and tuneable regenerative implants @iskratsch European Research Council (ERC) AOCMF_BOOST Nottm NIHR BRC MSK Surgery Inflammation & Recovery @UoN_BDI UoN RMCT onlinelibrary.wiley.com/doi/10.1002/adā¦


Our article entitled āDisassembly of self-assembling peptide hydrogels as a versatile method for cell extraction and manipulationā, has been featured in the J of Mater Chem B 2024 Most Popular Articles collection. Free to access until 28 Feb 2025 shorturl.at/ETcQM The Mata Lab


ā¼ļøSymposium alertā¼ļø šWorking on #supramolecular #biomaterials based on #peptide and/or #proteins & planning to attend ESB 2025š®š¹ ?š¤ šÆSubmit your abstract for #oral comm to our #symposium until March 15! š esb2025.org/abstract-submiā¦ šš» RSCbiomatchem group for sponsorship š


Check out Cosimo Ligorio paper co-assembling peptides with skin ECM components and their non-invasive monitoring for skincare applications. Great collaboration with EstƩe Lauder, David Scurr, and Guy German. AOCMF_BOOST Smart Materials Hub Nottm NIHR BRC MSK Surgery Inflammation & Recovery UoN RMCT @UoN_BDI


Check out Alex's review comparing mech properties of fibrous ECM components and self-assembling peptide nanofibres. An effort to contribute towards the rational design of tissue engineered matrices. AOCMF_BOOST Nottm NIHR BRC MSK Surgery Inflammation & Recovery Smart Materials Hub UoN RMCT @UoN_BDI Engineering UoN Phil Williams


Couldn't be prouder about having Jeffrey Hubbell NYU Tandon, a #bioengineer & a giant in #biomaterials, in our 1st MOBILIsE symposium i3S-Instituto de Investigação e Inovação em Saúde. He is developing innovative biomaterials to stimulate the #immune system to fight #cancer or #infection.


Great talk by Helena Azevedo Molecular Biomaterials Group from i3S-Instituto de Investigação e Inovação em Saúde on smart peptide-based strategies for immunomodulation. We were lucky @UoN_BDI UoN RMCT to have her visit.


š„³Our review on #Swarming Intelligence in #nanomotors, idea conceived years ago, the basis of my European Research Council (ERC) CoG (i-Nanoswarms), is now published in NatRevMaterials nature.com/articles/s4157⦠Great collaboration with Catalyst Ana HortelĆ£o, PhD Shuqin Chen Tania PatiƱo

Check out our Perspective on emerging #biofabrication and #biomanufacturing technologies, with Prof Arnold Lining Ju With innovative design & system #EngineeringBio, we hope to move closer to making functional human tissues and organs at scale.
