Examples of using Hydrogels in English and their translations into German
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Other research groups are working on similar hydrogels.
A convenient combination of hydrogels and skin care creams are massage creams.
This research project is centered on a special class of polymers: the hydrogels.
Hydrogels are formed by covalent or non-covalent crosslinking of the polymers.
They are stabilized with the help of emulsifiers exceptions are DMS products or oily hydrogels.
Hydrogels are cross-linked polymers, which can absorb and release a high amount of water.
Polymer Brush-Functionalized Chitosan Hydrogels as Antifouling Implant Coatings.
The new method,based on a sampling technique with ion-resin embedded hydrogels.
Hydrogels, such as soft contact lenses for example, are likewise inaccessible for the standard arrangement;
Periodontal tissue regeneration using enzymatically solidified chitosan hydrogels with or without cell loading.
The chitosan(DDA 85%, Mw 500kDa) hydrogels were transplanted into rats with intrabony periodontal defects.
Water contents in a gel is crucial for its electrical and- in case of hydrogels- its adhesive performance.
In situ forming hydrogels for cell encapsulation based on triggerable reactions at physiological conditions.
The biomimetic gelsfrom Cellendes GmbH have key advantages over other hydrogels already on the market.
On the other hand, low-fat hydrogels are used if the skin comes into contact with work substances like oils and lipids.
In situ methods(captive bubble technique)to study the adsorption of surfactants and proteins or the wettability of hydrogels.
Chitosan hydrogels are suitable as scaffold materials for tissue engineering by mimicking the extracellular matrix.
In the further course of the project, cellulose nanocrystals containing hydrogels will also be used for the replacement of articular cartilage e. g.
The predictions of the model are in excellent agreement with experiments for fibroblast cells,both on elastic substrates and in hydrogels.
When they are subsequently treated with UV light, they link together to form hydrogels that neither dissolve when heated nor when placed in water.
Hydrogels Hydrogels are made of water and thickening polyacrylates(carbomers), xanthan gum, chemically modified cellulose, CM-Glucan, hyaluronic acid etc.
Other aspects of this project include the synthesis of model hydrogels and their characterization, especially their mechanical strength.
For example, hydrogels and soft tissues require a lower gripping pressure than rigid plastics or metal wire to prevent tearing and consequently failure in the grips.
The new method combines AFM with stereolithography,the use of light to pattern photo-reactive materials ranging from hydrogels to reinforced acrylics.
The new process is based on the use of hydrogels, polymers that are insoluble in water and whose polymer chains are linked in a three-dimensional network.
Interpretation of contact angle measurements approaches to estimate the surface free energy of polymer surfaces, drop profile analysis, contact angle hysteresis,contact angles on rough and heterogeneous surfaces, hydrogels.
Hydrogels and hydrogel coatings investigate the tribological and mechanical behavior of hydrogels for potential use as artificial tissue and in medical devices.
Research topics of the department"Bioactive and Responsive Polymers" are the development of multifunctional andbioactive carrier systems as well multicompartment systems based on hydrogels, polymeric vesicles and dendritic structures.
Chitosan/ß-GP hydrogels have improved mechanical properties and greater mucoadhesive properties for Chitosan/ß-GP hydrogels compared to reference mucoadhesive gel ReplensTM.
A range of special sample holders for contact lenses, hydrogels, and other accessories is available to optimally support labs in their biomedical research as well as manufacturers in biomaterial processing and quality control.