The phrase "applicable for a broad" is not correct in English.
It seems to be an incomplete expression and lacks clarity. A more appropriate phrase would be "applicable to a broad range" or "applicable for a broad audience."
Example: "The new policy is applicable to a broad range of employees across the organization."
Alternatives: "relevant to a wide audience" or "suitable for a diverse group."
Our results demonstrate a great promise of our approach, which is additionally applicable for a broad range of other intercalation chemistries.
Due to advancements in technology, chemistry and biology, high-throughput screens are now applicable for a broad scientific community.
It uses imitation learning, an AI/DL technique, that learns from human demonstrations and teaches the robot real-time tactile and visual behavior that is applicable for a broad spectrum of industrial use cases characterized by unpredictability.
This study showed that scFv phage are applicable for a broad range of anti-VEEV diagnosis assays: antigen ELISA on purified virus particles, ELISA on cell lysate and immunoblot.
It was essential that focus group participants were aware that the instruments they were being asked to discuss were designed to be applicable for a broad range of different populations.
In summary, this trial will provide insight into the effect of fall prevention exercise applicable for a broad population and setting, both in community and sporting groups and at home.
There was also consensus on a minor change of name, in that the word 'controlled' in STRICTA should be replaced by 'clinical', to indicate that it was applicable for reporting a broad range of clinical evaluation designs, including uncontrolled outcome studies and case reports.
The absence of diagnosing in this study has to do with our intention to make this kind of Internet-based self-help interventions applicable and accessible for a broad population with clinically relevant depressive symptoms.
Using this unified sooting tendency database, we have developed a predictive model for sooting behavior applicable to a broad range of hydrocarbons and oxygenated hydrocarbons.
Group contribution correlations are presented for the boiling temperatures at (101.33 and 1.33) kPa and for critical temperature applicable to a broad range of organic compounds.
Given that molecular and morphological data are two of the easiest and most commonly collected kinds of data for many species, our approach should be applicable to a broad range of situations for other taxa.
