ArrayPatch Successfully Secures €3M Seed Funding for Nail Fungus Treatment Innovation ArrayPatch Ltd has secured €3 million in seed funding to advance its innovative ITZ-DerMap™ treatment for nail fungus, aiming for clinical trials soon.

ArrayPatch Successfully Secures €3M Seed Funding for Nail Fungus Treatment Innovation #Ireland #Cork #Microneedle #ArrayPatch #ITZ-DerMap

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This study unveils a bee-stinger-inspired two-stage #microneedle patch with smart sensing, #insulin release, and electrical stimulation that accelerates #DiabeticWoundHealing, reduces infection, and enables real-time monitoring. #Bionic

#OpenAccess in #IJEM:

Etching Atomically Fine Needle Points Vik Olliver] has been extending the lower resolution limits of 3D printers with the RepRapMicron project, which aims to print structures with a feature size of ten micrometers. A molten […read more

Etching Atomically Fine Needle Points Vik Olliver] has been extending the lower resolution limits of 3D printers with the RepRapMicron project, which aims to print structures with a feature size of ten micrometers. A molten […read more

Etching Atomically Fine Needle Points Vik Olliver] has been extending the lower resolution limits of 3D printers with the RepRapMicron project, which aims to print structures with a feature size of ten micrometers. A molten […read more

Etching Atomically Fine Needle Points Vik Olliver] has been extending the lower resolution limits of 3D printers with the RepRapMicron project, which aims to print structures with a feature size of ten micrometers. A molten […read more

I visited the Northwest Minzu University, China, and spoke about our transdermal #microneedle technology - in Mandarin. Thanks to Dr. Ding GongTao for his kind invitation and generous hospitality. I look forward to many fruitful collaborations ahead!

非常荣幸受邀到西北民族大学参与有关微针的学术交流。万分感谢丁功涛副教授的盛情邀请及全程关照。

Innovative Microneedle Technology Partnership Between I-ne and University of Tokyo I-ne collaborates with the University of Tokyo on groundbreaking microneedle technology for cosmetics, aiming for product development and patent application.

Innovative Microneedle Technology Partnership Between I-ne and University of Tokyo #Japan #Osaka #Tokyo_University #I-ne #Microneedle

Formulation approaches and strategies for transdermal delivery of insulin: special emphasis on microneedle-based systems <p xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" class="first" dir="auto" id="d1280308e163">The prevalence of diabetes is increasing and expected to become a major global health bu...

This article reviews the advancements and challenges in #transdermal #insulin delivery systems, with a special focus on #microneedle transdermal delivery, and discusses current limitations and future prospects.

#OpenAccess:
www.scienceopen.com/hosted-docum...

Assessing the integrity and mechanical properties of commercial microneedles: innovation or fad? - Drug Delivery and Translational Research With the rapid advancements in microneedle technology, the translation of microneedles to end users is now achievable. However, concerns about microneedle product quality persist due to the absence of...

New paper out 📄👓: What can cosmetic #microneedle products teach us about pharmaceutical microneedle product translation and commercialisation? An international 🇬🇧 🇲🇾 collaboration. Read the OA paper here: doi.org/10.1007/s133... @nclpharmacy.bsky.social

Small Lab Co., Ltd. Achieves FDA OTC Approval, Paving the Way for K-Beauty SmallLab Inc. has gained FDA approval for its OTC drug facility, marking a significant milestone in the K-Beauty sector and global pharmaceutical manufacturing.

Small Lab Co., Ltd. Achieves FDA OTC Approval, Paving the Way for K-Beauty #South_Korea #Seoul #K-Beauty #SmallLab #Microneedle

Plant patch can detect stress signals in real time Environmental conditions can cause damaging stress to plants, posing challenges for home gardeners and farmers. Therefore, early detection—before leaves visibly discolor, wilt or wither—is crucial.

#Plant patch can detect #stress #signals in real time.

#sensor #hydrogen_peroxide #crops #agriculture #biohydrogel #microneedle

phys.org/news/2025-03...