The phrase "advanced formulation" is correct and usable in written English.
It can be used in contexts where you are discussing a sophisticated or improved method of creating a product, such as in science, technology, or cosmetics.
Example: "The new skincare line features an advanced formulation that promises to hydrate and rejuvenate the skin more effectively than previous versions."
Alternatives: "sophisticated formulation" or "enhanced formulation".
Federal officials have disclosed that the powder in the Daschle letter was an advanced formulation, with a compound added to keep the anthrax spores from sticking together, enabling them to float more freely, spread more widely and potentially infect more people.
Along with the search for new therapeutic agents, advanced formulation and fabrication of drug carriers are required for better targeting, sensing, and responding to environmental stimuli as well as maximizing treatment efficiency.
In view of the fact that no new antibiotic entities against multi-drug resistant bacteria have come close to commercialisation, advanced formulation strategies are in high demand for combating respiratory 'super bugs'.
After one day, media was changed to the Advanced formulation treatment media containing TVB-3166.
One day after seeding, the media was changed to the Advanced formulation treatment media.
One day after cell seeding, growth media was replaced by Advanced formulation treatment media containing TVB-3166.
As a marketing exercise, Lanxess recently demonstrated a prototype tire called the AA Concept to showcase the performance of its advanced formulations.
The obtained results clearly show that the improvements achieved through the more advanced formulations of the propagation scheme are consistent with the level of sophistication in the design.
A point of particular attention is the formulation of the model boundary conditions, from the classical Dankwerts conditions to more advanced formulations including dynamic boundary conditions, which has a significant influence on the control performance.
Results were obtained through an advanced aeroelastic formulation based on higher-order 1D structural models coupled with the doublet lattice method.
In the process of the super-structure stiffness design, an improved and advanced inverse formulation is developed which regards the fundamental natural frequency of the interaction model as a principal design parameter.
