The phrase "allow for translation" is correct and usable in written English.
It can be used when discussing the need to make something translatable or to accommodate different languages in a text or context.
Example: "The document was designed to allow for translation into multiple languages to reach a wider audience."
Alternatives: "facilitate translation" or "enable translation".
Nakagaki spoke in English, pausing to allow for translation into Mandarin.
Under such conditions, the use of a luciferase reporter assay, which requires sufficient treatment times to allow for translation and accumulation of firefly luciferase, may not accurately depict the subtle changes at individual promoters at shorter time points.
Restoration efforts could address this uncertainty by focusing on estuarine regions that would allow for translation of the oysters in response to shifts in forcing and by continuously monitoring environmental conditions and oyster population response to better inform subsequent restoration efforts.
Given that the rate-limiting step during protein synthesis is the diffusion of charged tRNAs to the A site of the ribosome, where peptide bond formation is accomplished [28], a high concentration of tRNA molecules in the cell will allow for translation to occur more rapidly.
Leaderless mRNAs allow for translation during a range of physiological conditions, without competition for 30S ribosomes [ 55, 56].
An in-frame AUG, 15 nt downstream of the deletion, may allow for translation of a truncated protein of 123 aa, compared to 147 aa predicted for CL Brener.
Websites of competent authorities are written in their local language and resource constraints did not allow for translations.
Splicing of this intron allows for translation of the HAC1 mRNA (translatable HAC1 i) and subsequent activation of the UPR via transcription of ER genes [ 64- 68].
Affine registration, i.e., linear registration, allows for translation, rotation, scaling and skew of the images.
Based on voxel-invariant elastic properties of dense CEL2 glass ceramic, continuum micromechanics allows for translation of the voxel-specific nanoporosity into voxel-specific elastic properties.
We review here a recently developed method rooted in X-ray physics and continuum micromechanics, which allows for translation of data from computed tomography at micrometre resolution (known as microCT data) into finite element models.
