Examples of 'hydrogels have' in a sentence
Meaning of "hydrogels have"
hydrogels have: This phrase signifies that hydrogels possess certain qualities or characteristics. It is used in discussions related to the properties or behavior of hydrogels
How to use "hydrogels have" in a sentence
Basic
Advanced
hydrogels have
Hydrogels have been also used as gene carriers.
Further studies of silk hydrogels have been performed in vivo as well.
Hydrogels have been disclosed for use in a variety of biomedical applications.
Various other methods for preparing hydrogels have been described in the prior art.
Other hydrogels have been previously discussed.
Our results show that both types of curdlan hydrogels have distinct microscopic architectures.
Hydrogels have been used to form articles such as optical lenses.
Such ABA block copolymers and hydrogels have the advantages described above.
Hydrogels have potentially viable elastic properties to treat ivd injuries.
Adhesives and sealers Polymeric hydrogels have also been used as tissue adhesives and sealants.
Hydrogels have also been used as coatings for various biomedical applications.
In addition, certain of the hydrogels have a low elastic modulus.
Hydrogels have been used in biomedical applications in various areas such as contact lenses.
For example, chemically cross-linked polymer hydrogels have been used as implants.
Dehydrated hydrogels have a number of advantages.
See also
These articles would include, for example, any article that hydrogels have been traditionally used for.
Conventional hydrogels have poor levels of oxygen permeability.
Recently, disulfide-bond crosslinked hydrogels have been investigated.
Physical polymeric hydrogels have been widely explored for biomaterials applications.
Glass, polymethyl methacrylate ( PMMA ), various plastics, polymers, and hydrogels have been tried, with variable success.
In situ forming hydrogels have been prepared by physical and chemical crosslinking methods.
Background of the Invention Up until recently, hydrogels have been based only on hydrophilic components.
Hydrophilic hydrogels have large water contents at equilibrium and good biocompatibility.
Also, these high water content hydrogels have a very low refractive index of around 1.36.
Hydrogels have also been used in the preparation of delivery systems for protein drugs.
For example, acrylic-based hydrogels have been used extensively for bioadhesive devices.
Hydrogels have a high equilibrium water content and can quickly absorb water.
Thus, when formed in-situ, the hydrogels have the ability to hydrate and increase in size.
Hydrogels have long been a desirable class of material for the preparation of biomedical devices.
Preferred polymer hydrogels have the structures set forth as described above.
Hydrogels have also been used as sustained-release formulations for peptides.
Stimuli responsive hydrogels have primarily been used as controlled drug delivery vehicles.
Hydrogels have been used in biomedical applications, such as contact lenses and wound dressings.
Various natural and synthetic hydrogels have been studied and developed in many tissue regeneration purposes.
But hydrogels have disadvantages if used as the matrix instead of the present composition.
High water-containing hydrogels have at times exhibited undesirable mechanical properties.
PAA hydrogels have the potential to act as scaffold structures in tissue engineering applications.
Biodegradable hydrogels have been used in the preparation of delivery systems for protein drugs.
NFC hydrogels have the potential use as drug releasing medical devices with larger compounds.
The monophase hydrogels have good mechanical strength with improved properties for injection.
Such hydrogels have high viscosity and require considerable force to extrude through a fine needle.
Said collagen-based hydrogels have usually been used in different conformations for cryopreservation.
Hydrogels have a series of particular characteristics, such as,.
Polymer hydrogels have been explored for drug delivery and controlled release.
Hydrogels have been used to separate As ( V ) from water.
For this reason, hydrogels have also been suggested as a useful material for nucleus replacement.
Hydrogels have been extensively used as drug delivery vehicles with biomedical applications ( Roy and Gupta, 2003 ).
PH-sensitive hydrogels have been the most widely studied of the hydrophilic hydrogels.
Hydrated hydrogels have various benefits and advantages for this purpose, including the following,.
In addition, hydrogels have high permeability for oxygen, nutrients and other water-soluble metabolites.
You'll also be interested in:
Examples of using Hydrogels
Show more
Hydrogels can be produced using emulsion polymerization
They are used to form hydrogels after crosslinking
The hydrogels used consist of polyether polymers
Examples of using Have
Show more
These documents have been in my family for centuries
Have this done by the customer service only
He could not have chosen a worse time
