The phrase "aims for generating" is correct and usable in written English.
It can be used when discussing goals or objectives related to the creation or production of something.
Example: "The project aims for generating innovative solutions to environmental challenges."
Alternatives: "strives to produce" or "seeks to create".
Thirty-six organd and response-specific arrays were analyzed with the initial aims of generating a reference dataset for molecular responses to Pistarv to provide additional insights for those responses and to identify new Pi-responsive candidate genes.
Here, optimized conditions are described with the aim of generating for first time, sufficient quantities of human recombinant cyclin A2 in a soluble and active form for crystallization and ligand characterization purposes.
In the absence preclinical data indicating a lack of activity in non-translocation-related sarcomas at the time the protocol was written, all histotypes were eligible, with the aim of generating data for subsequent studies on selected subtypes.
Here, we describe methodology that has been used to exploit and characterize the sequence-specific recognition of DNA nanostructures, with the aim of generating functional assemblies for bionanotechnology and synthetic biology applications.
In some cases, as Stott of Oxonica says, scientists spend a lot of their working time reading patents and publications, with the aim of generating new ideas for research.
These data were evaluated with the aim of generating new hypotheses for improving the micropropagation protocol using the expression of specific genes as physiological markers.
With the aim of generating molecular markers for genetic mapping of the guppy, cDNA libraries were constructed from embryos and different adult organs to generate expressed sequence tags (ESTs).
Recently, an international, multicentre, prospective registry of OHCA across the Asia-Pacific region was developed with the aim of generating best practice protocols for Asian EMS systems by reflecting on regional characteristics, and ultimately to improve OHCA survival.
This review provides an introduction to such considerations with the aim of generating more extensive discussion for study design, assay performance, and regulatory approval in the process of translating new proteomic biomarkers from discovery into cancer diagnostics.
To reach this aim, a method for generating drumming patterns is proposed which is able to generate rhythmic and periodic trajectories for a NAO humanoid robot.
This present independent evaluation conducted by external experts aims at generating evidences for promoting the generalization of the QCFS approach.
