The phrase "a platform to produce" is correct and usable in written English.
It can be used when referring to a system, environment, or medium that enables the creation or generation of something, such as content, products, or services.
Example: "We have developed a platform to produce high-quality educational materials for students."
Alternatives: "a medium for creation" or "a system for generating".
"Wide World" became the focus of ABC Sports, providing it with a platform to produce Olympic sports, which came in handy when it televised 10 of the 13 Olympics from 1964 to 1988.
has been increasingly employed as a platform to produce metabolites of varying origin.
Genetic engineering of plants for the production of novel polymers and platform chemicals can help to alleviate the demands for limited resources and potentially provide a platform to produce valuable compounds in bulk quantities.
But blame must also scale beyond any one individual who is being algorithmically managed (read: manipulated) on a platform to produce content that literally enriches Google because people are being guided by its reward system.
In our study, we aimed to establish a platform to produce influenza A virus subunit vaccines via tobacco plants in South Africa, in order to minimise the impact of a potential pandemic on our population.
"Artemisinin is a hydrocarbon, and we built a microbial platform to produce it," Keasling said.
'I'm making a bet on you on fuel; I want you to focus on that.' What they didn't really understand is our platform is a focused platform to produce oils".
The search for a renewable platform to produce high-value biochemicals and energy that are environmentally correct has been a current concern.
With the ability to fix CO2 photosynthetically, cyanobacteria have attracted increasing interest as a biosynthesis platform to produce fuels and chemicals from alternative renewable resources.
This will not only establish the biotechnological potential of the ethylmalonyl-CoA pathway, but will also introduce M. extorquens AM1 as a potential platform to produce value-added chemicals.
The fact that yeast can tolerate multiple stresses and produce one gram of artemisinic acid per liter in a laboratory scale bio-reactor suggests that yeast may be an ideal platform to produce artemisinic acid or other related lipophilic weak acids.
