#biomaterials
W #hydrogels, passim
In small pilot trial with diabetic patients, the hydrogel reacted to the ulcers' chemical signals over time, released the appropriate therapeutic ions, & reduced the wound surface area by 94.57% "within 4 weeks, with no adverse events reported".
PeptiMatrix gel’s high transparency enables clear, high-resolution imaging with minimal background interference. Its uniform structure reduces light scattering, making it ideal for microscopy and live-cell analysis.
www.peptimatrix.com
#Biomaterials #Hydrogels #Imaging #Microscopy #LifeSciences
All-flexible self-cleaning hydrogel smart window with multifunctionality based on an electro-thermal manipulator
This study presents a flexible #Hydrogel #SmartWindow fabricated using an electro-thermal manipulator to enable rapid self-cleaning capabilities, transparency control, efficient thermal regulation, and pollutant removal.
#IJEM #OpenAccess: doi.org/10.1088/2631...
#SmartMaterials #Hydrogels
Injectable hydrogels for myocardial infarction: advancing cardiac repair strategies.
doi.org/10.15212/CVI...
#MyocardialInfarction #Hydrogels #CardiacRepair #Biomaterials
Switching to PeptiMatrix gels is simple!
Our ready-to-use gels follow a straightforward protocol, so you can get started without hassle.
Learn more: www.peptimatrix.com/knowledge-base
#animalfree #hydrogels #cellculture #organoids #research #stemcells #protocols
🔬 Cells sense mechanics via mechanotransduction, influencing growth & differentiation.
PeptiMatrix™ hydrogels offer tuneable stiffness, 3D structure & biofunctionalization — perfect for studying how physical forces shape cell behaviour.
#Mechanobiology #3DCellCulture #Hydrogels #cancer #oncology
Cryo-ultramicrotomy fabrication of ultra-thin conductive PEDOT:PSS hydrogel films
Ultra-thin conductive polymer #hydrogels, fabricated via #CryoUltramicrotomy, preserve porous #nanostructure & deliver high conductivity, rapid ion transport, and mechanical robustness, enabling defect-free #nanoscale films for flexible #bioelectronics.
#IJEM: doi.org/10.1088/2631...
Perspective by Morgan Le Du et al in #ACS Energy Letters (@ACSEnergyLett): #Hydrogels as functional media in #photocatalytic #energy systems: towards self-sustained #green H2 #generation
ACS Energy Lett. 11, 1208-1220 (2026)
doi.org/10.1021/acse...
This review explores sustainable #wearable #bioelectronics integrating skin-like materials, #hydrogels, wireless analytics, and #AI for continuous monitoring & therapy, while outlining challenges in biocompatibility, stability, and system integration. @tamu.bsky.social
Read: tinyurl.com/yebfx3tf
"It's been about two and a half years of full-time work to get where we are."
Check out our latest episode of the @biorasi.bsky.social Few and Far Between podcast.
Host Chris O'Brien welcomes Sinan Gölhan, CEO at #GelTechLabs. #clinicaltrials #biotech #hydrogels #robotics
youtu.be/Z8M7jDaW0AE
Abstracts of the 1st International Online Conference on Gels
www.mdpi.com/2673-4605/29...
Chaired by Esmaiel Jabbari
Organized by the Gels journal from MDPI
Welcome to discover the full spectrum of gel research
#GelScience #SoftMaterials #Hydrogels #IOCG2025
We’re at Frontiers in Stem Cell Innovation 2026 at the Babraham Institute!
Our BD Manager, Dr. Dammy Olayanju, is there. Say hi and chat peptide hydrogels, stem cells, and organoid research.
www.peptimatrix.com
#StemCells #Organoids #iPSCs #DrugDiscovery #Hydrogels
Watch the full video today on our YouTube Channel - youtu.be/6mGApLPhM6Q
#Biorasi2026 #clinicaltrials #CROs #biotech #hydrogels #robotics
"It's a new space and an emerging industry."
Sinan Gölhan, CEO at #geltechlabs, is our latest guest on the @biorasi.bsky.social Few and Far Between podcast. #Biorasi2026 #clinicaltrials #CROs #biotech #hydrogels #robotics
youtu.be/bmSTIKz5p9M
#Dehydration-resistant slippery #hydrogels!
Researchers show that adding #trehalose to slippery #hydrogels forms a #Bioinspired #skin that strengthens the network, prevents #dehydration, and preserves #lubrication, enabling precise #3DPrintedStructures and vascular phantoms.
#OpenAccess in #IJEM: doi.org/10.1088/2631...
Collaborator J.Yu et al in #Advanced #Science (@romandavydov): #Efficient #light #harvesting and #water #retention realized by #soybean protein-based microgels embedded in hybrid sodium #alginate #hydrogels containing #photocatalyst for #hydrogen evolution
Adv. Science 13, e05118 (2026)
Check out the latest episode of the @biorasi.bsky.social Few & Far Between podcast with guest Sinan Gölhan, CEO at #GelTechLabs. We'll be exploring life in a #biotech startup, #hydrogels in lab robotics, and more.
Watch this episode on our YouTube channel >> youtu.be/6mGApLPhM6Q
Collaborator Chen et al in Solar RRL (@TroegerAnna): #Enhanced #photocatalytic #hydrogen #evolution via multi-scattering of incident #light by embedded CNC #nanoparticles in #hybrid #hydrogels containing g-C3N4/Pt #nanosheets
Solar RRL 10, e202500878 (2026)
doi.org/10.1002/solr...
NEXT WEEK on the @biorasi.bsky.social Few & Far Between podcast...
Host Chris O'Brien welcomes Sinan Gölhan, CEO of #GelTechLabs, for a fascinating discussion on #hydrogels, #biotech entrepreneurship, and lab robotics.
See you then!
youtu.be/nUVQSMV_Jis
New from Cellendes!
𝗣𝗵𝗼𝘁𝗼-𝗶𝗻𝗱𝘂𝗰𝗶𝗯𝗹𝗲 𝗵𝘆𝗱𝗿𝗼𝗴𝗲𝗹𝘀: 𝘛𝘰𝘓𝘶𝘮𝘪𝘯𝘢𝘵𝘦 𝘏𝘺𝘥𝘳𝘰𝘨𝘦𝘭 𝘚𝘺𝘴𝘵𝘦𝘮
If you have struggled in the past with #hydrogels based on the methacrylate chemistry (e.g. 𝘎𝘦𝘭𝘔𝘢) this could be your solution!
Learn more: ilexlife.com/blogs/news/t...
#cellculture #3Dcellculture #hydrogels #bioprinting
This #IJEM review explores the working of multimaterial DLP #3DPrinting, material switching mechanisms, contamination solutions, and advances in integrating #Hydrogels and ceramics for #SoftRobotics & #FlexibleElectronics.
#OpenAccess:
Bioactive Materials officially unveils its 2024-2025 Top 20 Highly Cited Papers list. The Top 20 papers cover 5 core research areas, with #hydrogels, #wound healing, and regenerative medicine forming a "triple pillar" that directly addresses unmet clinical needs: https://ow.ly/aR5350XQBm7
Bioactive Materials officially unveils its 2024-2025 Top 20 Highly Cited Papers list. The Top 20 papers cover 5 core research areas, with #hydrogels, #wound healing, and regenerative medicine forming a "triple pillar" that directly addresses unmet clinical needs: https://ow.ly/aR5350XQBm7
From e-Polymers:
This work develops a multifunctional hydrogel (silk fibroin + thermosensitive polymers) for osteomyelitis treatment — combining structural support, responsiveness, and antimicrobial delivery in one smart material.
www.degruyterbrill.com/document/doi...
#Hydrogels #Biomaterials
new publication out before the end of the year: the synthesis and application of a star-shaped poly(2-methyloxazoline) functionalized with boronic acid derivatives, designed to form stable #hydrogels in the presence of poly(vinyl alcohol) under physiological conditions.
pubs.acs.org/doi/full/10....
Morgan Le Dû at at the #University of #Rennes giving a presentation about his research in green #hydrogen and #hydrogels as well as about the use of #large-scale #facilities to the #bachelor #students in #physics and #chemistry
Increasing the dimensionality of transistors with #hydrogels
#ELMs #livingmaterials
Better wound healing? Review shows chitosan-alginate hydrogels boost recovery—promising for wound care. #WoundHealing #Hydrogels
www.rimpacts.com/rd/p?c=10037... 📄DOI: doi.org/10.1016/j.he...
Synthesis of PEGylated polypeptides bearing thioether pendants for injectable ROS-responsive hydrogels
Synthesis of mPEG₂k-b-PMLG₁₅ block #copolymers that self-assemble into injectable, #biocompatible #hydrogels with #antioxidant properties, showing promise for localized #DrugDelivery and ROS‑responsive tissue protection.
#OpenAccess in e-Polymers: doi.org/10.1515/epol...
We said goodbye to Sophie (centre), who joined us from #Germany 🇩🇪 for 3 months through a #DAAD RISE Scholarship She worked on #biopolymers, #nanomaterials & #hydrogels, bringing great energy to the lab! All the best, Sophie! #WichLab #UNSW #UNSWChemEng
