Examples of 'hydrogels can' in a sentence
Meaning of "hydrogels can"
hydrogels can: Refers to the capability or potential of hydrogels to perform certain actions or functions. It suggests the ability of hydrogels to exhibit specific properties or behaviors
How to use "hydrogels can" in a sentence
Basic
Advanced
hydrogels can
Hydrogels can be produced using emulsion polymerization.
In some embodiments, crosslinkable hydrogels can be crosslinked ex vivo or in situ.
Hydrogels can be prepared with natural biomolecules.
When stimuli responsive polymers are crosslinked, stimuli responsive hydrogels can be obtained.
These hydrogels can be used for wound dressing.
Depending on the peptide / peptoid sequence these hydrogels can show thermoresponsive or thixotropic character.
Hydrogels can be prepared from crosslinked hydrophilic polymers.
Finally, the degradation of the hydrogels can be programmed according to the therapeutic need.
Hydrogels can be designed in a wide variety of shapes as desired.
Depending on the gelation process, hydrogels can be classified as physical hydrogels or chemical hydrogels.
Hydrogels can also be prepared from these acrylates.
The physical network in PAN-based hydrogels can be formed by clusters of polyacrylonitrile sequences.
Hydrogels can be responsive to their environment.
In addition, hydrogels can be employed.
Hydrogels can be prepared using either a covalent or a noncovalent approach.
See also
In order to mimic the 3D-environment in cell culture, hydrogels can be used.
Hydrogels can also be useful as localized drug delivery devices.
The porosity of the hydrogels can be modulated according to the polymer concentration.
Hydrogels can act as scaffolds mimicking the environment of extracellular matrix.
Degradable PEG hydrogels can also be prepared in two steps.
Hydrogels can be combined with other biocompatible materials to make implants.
Viscosity of these hydrogels can be extremely high at low shear rates Eur.
Hydrogels can be modified to rapidly degrade in vivo to release host cells.
For example, the hydrogels can be coated on a medical device.
The hydrogels can be used as delivery carriers for bioactive drugs.
In addition, biocompatible hydrogels can be used in supports and devices described herein.
Hydrogels can exhibit a generally high degree of swelling when hydrated.
The degradable hydrogels can also be made by a two-step process.
Hydrogels can be used as a carrier for the sustained release of active compounds.
Non-limiting examples of hydrogels can be used in the present application are described herein.
Hydrogels can also be used to deliver the curcumin to the olfactory mucosa.
Therefore, CNF based hydrogels can be used as 3D cell culture matrix.
The hydrogels can conveniently be used for controlled drug delivery at physiological pH or lower.
In addition, hydrogels can be easily cast into any shape and size.
Hydrogels can be produced that are stable, biodegradable and bioresorbable.
Selected hydrogels can become scattering when heated to a certain temperature.
Hydrogels can be described physically as three-dimensional networks of hydrophilic polymers.
Nanocomposite hydrogels can be engineered to possess superior physical, chemical, electrical, and biological properties.
Hydrogels can be sub-categorised into 2 groups accordingly to the nature of their crosslinking.
However, hydrogels can also be used as an elongation-dependent sensor.
Hydrogels can be delivered in a minimally invasive manner, such as injection to the target área.
Hydrogels can be classified into two broad categories, reversible or physical and irreversible or chemical.
Such hydrogels can be obtained also by Y, microwave irradiation or by other ionizing radiations.
Such hydrogels can be obtained also by Y-ray, microwave irradiation or by other ionizing radiations.
Hydrogels can protect the drug from hostile environments, e . g.
Hydrogels can occur in the cross-linked form or in the uncross-linked form.
These hydrogels can retain water up to 99.9 % and possess sufficiently high mechanical strength.
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 Can
Show more
You can have all the rest
Things that you can barely imagine
Sou can manage the company alone
