When these losses are translated to the entire job sector, these losses become more substantial, with those employed in business, finance and administrative occupations, for example, having potential losses of over $230 million.
9 of the examples are active and of the 9, 4 examples have potential secondary toxicophores.
For example, magnetic nanoparticles have potential applications in catalyst, resonance imaging, drug targeting, and bio-conjugation.
Nearby supernovae, for example, have the potential to severely harm life on a planet; with excessive frequency, such catastrophic outbursts have the potential to sterilize an entire region of a galaxy for billions of years.
Congo's Inga dams, for example, have the potential to provide the equivalent of South Africa's existing capacity.
Efforts to create a circular economy in Europe, for example, have the potential to be hugely beneficial by driving a radical shift of both consumption and production.
Artificial intelligence and machine learning technologies, for example, have the potential to save CHROs time and money by taking charge of the initial stages of sourcing and screening job applicants.
Secreted aspartic proteases (Saps), for example, have the potential to destroy host tissue and liberate oligopeptides and amino acids, which are taken up by the fungus via oligopeptide and amino acid transportes (Naglik et al., 2004).
As the example suggests, South-South relations have potential tensions that are rooted in pre-existing inter-ethnic dynamics.
For example, the metallic TaN may have potential applications as Cu diffusion barriers [21], thin film resistors [22], and superconducting single-photon detectors [23], while nitrogen-rich Ta3N5 is used as photocatalytic material for water splitting [24, 25].
