The phrase "advanced potential" is correct and usable in written English.
It can be used to describe a high level of capability or promise in a particular area, often in contexts like education, technology, or personal development.
Example: "The research team is exploring the advanced potential of renewable energy sources to combat climate change."
Alternatives: "high potential" or "enhanced capability".
Prof Martin Hibberd, from the London School of Hygiene & Tropical Medicine, said he hoped the researchers behind ZMapp could "receive sufficient funding to undertake these clinical trials straight away as this is by far the most advanced potential treatment option available to my knowledge".
In this paper the advanced potential of mean force by implicit ligand sampling (PMF/ILS) method is used to study the free energy landscape of Ngb for O2, NO and CO ligands.
Such procedure is equivalent to using the regular potential rather than the usual retardation potential [3]: begin{aligned} A_text {R}=frac{1}{2} (A_{text {ret}}-A_{text {adv}}), end{aligned} (13 where (A_{text {ret}}) and (A_{text {adv}}) are the retarded and advanced potential, respectively.
Experts say there is an urgent need for more effective TB vaccines and MVA85A -- being developed and trialed by Emergent BioSolutions in a joint venture with Britain's Oxford University -- is one of the most advanced potential candidates.
In one patient, positive nodes were shown on MRI to lie within 1 mm of the mesorectal fascia and therefore classified as advanced (potential CRM positive), but subsequent histological examination showed that this distance was 2 mm (CRM negative) indicating this was unfavourable tumour.
Legged robots have advanced potential to move in complex environment accomplishing operating, rescuing and detecting tasks.
The basic form of the present models is obtained by a combination of the Laplace-transformed retarded and advanced potentials with the weighting parameter as part of the model equation.
In addition, an advanced interaction potential which reproduces brittle fracture much more accurately is adopted.
However, further work and additional progress exploring an array of optimizing options will be required towards creation of modified strains of truly advanced biotechnological potential for commercial applications.
The approach is based on the phase-field theory, which includes the Ginzburg Landau equations with an advanced thermodynamic potential that captures the main features of macroscopic stress strain curves.
Despite the fact that CRC has all features which qualify this disease for mass screening, including high incidence and prevalence, high mortality in advanced disease, potential for cure in early stages, on average less than 30% of the eligible population in the US and Europe actually undergo these preventive procedures [3], [4].
