FlexiHydro D'Lab

Dr.-Ing N.Diana NORDIN

Knowledge Transfer,

Smart Technology Innovation,

For a Better Life...

FlexiHydro D'Lab: Pioneering the Future of Hydrogels and Microfluidics with Cutting-Edge NMR Spectroscopy.

Where innovative research meets advanced technology to redefine fluid dynamics and material science.

OUR FOCUS

Bio-Hydrogel

Smart Polymer Hydrogels

The chemical crosslinking occurs via radical graft polymerization of acrylamide and acrylic acid onto CS, while physical crosslinking is achieved through hydrogen bonding interactions and metal coordination bonds after immersion in ionic liquic solution. This remarkable dual crosslinking approach has been thoroughly analyzed using Nuclear Magnetic Resonance (NMR) spectroscopy, resulting in a hydrogel fiber with exceptional properties. Ideal for applications in biomedicine, tissue engineering, and more, this hydrogel represents a significant advancement in material science.

Microfluidic Devices

We specialize in the development of innovative microfluidic devices using simple, low-cost techniques. Our approach allows us to create both rigid and flexible designs, tailored for various applications in Bio-MEMS and sensor technologies. By integrating electrodes directly into our microfluidic devices, we enhance their functionality, enabling real-time monitoring and analysis in biological and chemical processes. Our commitment to affordability and ease of production ensures that our devices are accessible for research and industrial use alike. Explore how our cutting-edge solutions can advance your projects in the fields of biosensing, diagnostics, and beyond!

Advanced Experiment of Nuclear Magnetic Resonance (NMR)

🔍 Why Kinetic Monitoring?
In the ever-evolving world of metabolomics, understanding the kinetics behind metabolic changes is crucial. Our cutting-edge NMR techniques allow us to capture real-time fluctuations in metabolite levels, providing invaluable insights into biosynthesis.

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