DAINTech
DAINTech offers an approach to adaptable gel phase materials that are highly shear-thinning with potential application as liquid lubricants.
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Showing all in Technologies
DAINTech offers an approach to adaptable gel phase materials that are highly shear-thinning with potential application as liquid lubricants.
A system for monitoring user gestures
Protocol merges classical hardware secure modules, using physical unclonable functions, with quantum communication to perform key-exchange and key-agreement.
A new detection method for amyotrophic lateral sclerosis and frontotemporal dementia using single-stranded RNA aptamers to selectively detect TDP-43 protein aggregates.
A diagnostic platform that gives engine manufacturers real-time, spatially resolved measurements of exhaust temperature and gas composition.
A new method of identifying peptides that retain the structural, conformational and/or antigenic properties of a particular region of a full protein.
Small molecule inhibitors of mTOR kinase featuring sub-nanomolar potency and a high level of selectivity over the rest of the kinome.
A novel enzyme with increased catalytic efficiency for the biosynthesis of adipic acid from sustainable sources.
Smart furniture with flexible wireless sensors integrated into its textiles provides an unobtrusive and non-invasive monitoring system for care environments.
Data compression framework for single photon lidar offering step-change gains in data processing and on chip memory efficiency without sacrificing depth information.
A novel adsorption-based desalination method for water purification that efficiently works with low-grade heat.
DAINTech is a new gel phase formulation chassis technology that offers long-term stability, unique and beneficial flow characteristics, and is ecologically responsible.
High-Performance 3D Shape Reconstruction and Tactile Sensing of Soft Systems
The discovery that human adult cells can be reprogrammed to become pluripotent cells with the potential to produce all cell types in the body is a major scientific achievement.
This novel morphing blade concept is based on innovative structural design features that enable the trailing edge to effectively adapt to the flow conditions and enhance its fluid mechanics characteristics in response to uneven and variable loading conditions.
A novel technique that allows the production of highly conductive micro-wrinkled layers on flexible substrates, that can be repeatedly deformed without loss of their electrical properties.
A collection of induced pluripotent stem cell lines from a Parkinson’s disease patient with triplication of the α-synuclein locus and an unaffected first-degree relative has been produced.
PSA-SPUR (Pressure Swing Adsorption – Selective Purge Gas Recirculation) is an innovative gas separation technology that enhances commonly used PSA method.
The novel pressure sensor is unique in its ability to wirelessly detect and monitor pressure ranges not easily accessible by other means.
FaTTy is an immortalized, non-genetically engineered, cell line from pig with sustained ability to generate mature fat cells (adipocytes) with very high efficiency in culture.
Novel method for the diagnosis, detection and/or monitoring of autoimmune diseases.
Targeted antisense oligonucleotide treatment of a range of neurodegenerative diseases involving compromised biology of the protein, TDP-43
These urine biomarkers show strong prognostic value; and can improve patient selection and therapy monitoring in clinical trials of new CKD therapies.
The novel 3D body-on-chip developed has an innovative multi-organ design and capillary flow that uniquely facilitates homogenous drug circulation to all organs simultaneously.
This technology tailors the cross-section of carbon fibre composites during 3D printing, ensuring optimal structure and strength whether crafting straight or curved rasters.