bioactive

Early attention was paid to changes in the bioactive glass surface.

They are important in the formation of many bioactive substances.

This will result in all bioactive components being present.

Using this powerful method it is possible to access bioactive compounds.

With this advancement, bioactive paper has become a product of interest for the military and the packaging industry.

Since 2004, the company has focused on commercializing identified bioactive natural products.

A variety of bioactive compounds have been identified in this fungus.

Many different marine organisms have been explored for bioactive compounds.

When bioactive paper is further developed, it will include the following applications:

The first sign of porous silicon as a bioactive material was found in 1995.

Microbes are used for preparation of bioactive molecules and enzymes.

It is also referred to as a bioactive lipid mediator.

A literature review of medicinal or bioactive compounds from this species.

The fungus produces several chemicals with a variety of bioactive properties.

Bioactive paper also has a good shelf life.

This feature is thought to be important in stabilizing the bioactive conformation.

Bioactive molecules that are detrimental to the environment have multiple sources.

Marine environments are potential sources for new bioactive agents.

Two main approaches exist for the finding of new bioactive chemical entities from natural sources.

Research has revealed the presence of several bioactive chemical compounds in the fruit bodies.

Several bioactive compounds are present in the mushroom.

The Nidula are known to produce a number of bioactive compounds.

While bioactive paper is not available to the public yet, it is getting closer to commercialization.

It produces bioactive compounds that can inhibit the growth of other fungi.

Current extensive research programs include isolation and structure elucidation of bioactive natural compounds.