In recent years, gulls (Laridae) have become particularly studied since they have many characteristics which make them suitable for resistance dissemination studies [ 11, 12, 18, 19].
The coatings thickness, adhesion and abrasion resistance make them ideal candidates for corrosion and abrasion protection at elevated temperatures, where a chemically and mechanically stable coating is required.
Composites are of greatest use in the aerospace industry, however, where their stiffness, lightness, and heat resistance make them the materials of choice in reinforcing the engine cowls, wings, doors, and flaps of aircraft.
Vaccines and therapeutics, however, take years to develop and some pathogens, such as HIV and malaria, evolve ways to elude immunity or harbor resistance that make them difficult to target even when time and resources are not limitations.
Antiskid mixtures with tar-containing binders show apart from a high skid resistance, excellent adhesion of the antiskid layer to the underlying layer, and a extremely high fuel resistance, which make them more suitable for airfields than other materials.
Their lightweight and mechanical resistance also make them ideal materials for packaging protection in the transport industry.
So, instead of searching for new compounds, many scientists are pinning their hopes on "superantibiotics", essentially re-engineering existing drugs to overcome microbial resistance and make them thousands of times more potent.
Smaller openings that don't use a huge grill alone should increase element resistance and make them more durable, and Apple claims overall they're designed to better take a beating, and early impressions bear that out.
It was suggested that the pH-dependent activity and lytic mode of action of the His-rich peptide, in hindering development of resistance, will make them potential candidates for treatment of solid tumors.
This is because invasive plants commonly have life history traits that are associated with high-resource costs, such as rapid growth rates, high specific leaf area and low water-use efficiency (reviewed in Blumenthal 2006; Rejmánek et al. 2013), which may make them especially vulnerable to biotic resistance in harsh sites.
