Examples of using Hydrogel in English and their translations into Chinese
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So they designed a second, protective hydrogel layer to encapsulate the fast-swelling particles.
Ameer's team incorporated A5G81 into an antioxidant hydrogel bandage that it previously developed in the laboratory.
They incorporated A5G81 into an antioxidant hydrogel bandage that it previously developed in the laboratory.
The two groups teamed up to integrate Lu's genetically programmed bacterial cells into Zhao's sheets of hydrogel material.
The resulting alginate-PDMS can then participate in a cross-linking reaction that forms an alginate hydrogel.
In the Asian market, silicon hydrogel lenses have a 46% market share in South Korea, 42% in Singapore, 31% in Japan and 23% in Taiwan.
Using this hydrogel as a basis, the researchers can add bacteria with the desired"range of properties" and then print any three-dimensional structure they like.
Advances in hydrogel bioelectronics will usher unprecedented opportunities toward ever-close integration of biology and electronics, potentially blurring the boundary between humans and machines.
However, the team observed that the natural microenvironment around bone fractures is very similar to the fastest- relaxing hydrogel the team developed in the lab.
The researchers fabricated finger like actuators composed of two hydrogel materials that can retain water and respond to temperature- in effect,“smart” sponges.
Biocompatible hydrogels could help heal wounds, deliver drugs and treat cancer.
They began to use hydrogels.
She said,“Most hydrogels are very weak, since they're made up of mostly water, and will often collapse on themselves.
But hydrogels, shape-memory polymers and liquid crystal elastomers are slow to respond, changing shape over the course of minutes to hours.
However we found that stem cells stored in hydrogels maintained a survival rate of 80% which compared favorably to current transport solutions.
Omar's research focuses on using theoretical and computational tools to understand the molecular origins of many of the appealing mechanical properties of hydrogels.
GG hydrogels are produced by physical crosslinking methods induced by temperature variation or by the presence of divalent cations.
Hydrogels, hydrophilic networks of polymeric chains capable of retaining a large amount of water, have been widely used in a variety of applications.
This hot area of chemistry is known as photoredox catalysis, and it's dramatically expanded the usability of Barnes lab's hydrogels.
The team's results show that the lobster membrane is the toughest material of all natural hydrogels, including collagen, animal skins, and natural rubber.