The phrase "allow for retention" is correct and usable in written English.
It can be used in contexts where you want to indicate that something is designed to enable or facilitate the retention of information, resources, or other elements.
Example: "The new training program is structured to allow for retention of key concepts, ensuring that employees can apply what they learn effectively."
Alternatives: "facilitate retention" or "enable retention".
Another provision of the bankruptcy code – Section 328 – does allow for retention of professionals under "any reasonable terms and conditions of employment".
Entrapment of bubbles in EPS would allow for retention of the bubble structure while allowing for internal, inward radiating crystallization of anatase during hydrothermal alteration of the biofilm.
Three individual colonies were inoculated in SC-trp to allow for retention of the pGBKT7 episomes and for loss of pARS1wt and grown for 20 generations.
We aim to recruit sufficient participants to allow for retention of 300 following attrition.
Dilution series of pooled standards were run at the beginning, middle, and end of each day to generate a standard curve, and PMIX standards were run at the beginning and end to allow for retention time calibration (Kovats retention index).
Until now, encapsulation using the method of swelling, which allows for retention of uniform particle size distribution, has been efficient only for encapsulation of hydrophobic substances into hydrophobic particles.
Therefore, anti-CD20 mAbs target B cells in this intermediate stage of development, sparing early pre-B cells and plasma cells, thus allowing for retention of long-term immune memory and B cell reconstitution following depletion.
Only one humanized version was tested and it retained the in vivo and in vitro properties of the parental antibody, suggesting that humanization guided by both biological and sequence information allows for retention of full antibody activity.
This process may be accompanied by gene duplication allowing for retention of parental gene function while a new function evolves (Ohta 2003; Saito et al 2003).
This study indicates the evolutionary importance of reciprocal expression patterns between gene duplicates, showing that they are common, often associated with regulatory neofunctionalization, and may be a factor allowing for retention and divergence of duplicated genes.
