The phrase "accessible for application" is correct and usable in written English.
It can be used when discussing the availability or usability of something in a practical context, such as software, tools, or resources.
Example: "The new software update is now accessible for application in various projects across the organization."
Alternatives: "available for use" or "usable for implementation".
Two general types of designer ZFRs may be envisaged; one type, with evolved low-specificity catalytic domains, is reported here, and is likely to be the most accessible for applications in the immediate future.
Therefore, it is important to make BioC functionality easily accessible for applications that have been developed with these languages to take advantage of the aforementioned tools.
We reflect upon the methodological and philosophical issues raised by the practice of theory synthesis, concluding that it has the potential to reinvigorate theory and make it more robust and accessible for practical application.
Until now localized infections of the skin, wounds, infections of the oral cavity, infections related to periodontitis, and endodontitis as well as infection of the middle ear are especially suitable for PDI treatment, because they are relatively accessible for PS application and illumination [ 103].
The military is waiting for the civil sector to make more advances that make this technology a little more accessible for military applications.
Additionally, the increasing availability of RFID commercial portable readers for active RFID tags could make this approach even more accessible for pedestrian applications in the close future.
"The SpotMini robot is one that was motivated by thinking about what could go in an office — in a space more accessible for business applications — and then, the home eventually," Raibert said onstage.
The tremendous advances in DNA sequencing technologies that have taken place over the last few years have made large-scale sequencing and genome comparison studies accessible for many applications.
(3) The use of DNA-coated microparticles dramatically reduces the cost of DNA-mediated assembly relative to conventional DNA nanotechnologies and makes this material accessible for macroscale applications.
