The phrase "allowed for the integrity" is correct and usable in written English.
It can be used when discussing the importance of maintaining integrity in a process, system, or organization.
Example: "The new policy was designed to ensure that all actions allowed for the integrity of the data collected."
Alternatives: "ensured the integrity" or "maintained the integrity".
This technique, which does not require a major abdominal incision, allows for the integrity and the functional status to be maintained.
Unmodified proteins can be used as substrates, thus allowing for the integrity of protein structure, which may be a requirement for successful recognition and phosphorylation by kinases.
The agreement allowed for the sale of logs as long as they were harvested according to "best practices" to "ensure the integrity and value of the land".
This allowed for the real-time viewing of the displacement process and enabled a direct observation of the preservation of the construct's integrity during implantation procedures.
Diffusion tensor imaging (DTI), which is a recently developed MRI technique, allows for the examination of the integrity of the white-matter microstructure and, thus, serves as an important tool for mapping the anatomical connectivities in humans [ 15].
Sequencing of the insert of interest with T7 and SP6 primers allows for the verification of the integrity of the insert as well as the coherence of the coding frame following in vitro transcription/translation. Amplification of the plasmid is all that is needed to obtain material for functional assays in cells.
The complexity of this relationship means that management responses will need to address a multitude of potentially conflicting priorities whilst at the same time ensuring that sufficient social and institutional capital exists to allow for the promotion of landscape integrity.
Cerebral white matter has been suggested as a primary site of alcohol-related damage and diffusion tensor imaging (DTI) allows for the quantification of white matter integrity in vivo.
The latter annealing conditions restore the integrity of the oxide and allow for the fabrication of non-volatile memory devices operating at low-gate voltages.
The objective of this work was to optimize the pore interconnectivity and to increase the porosity of an elastomeric degradable/polar/hydrophobic/ionic (D-PHI) polyurethane porous scaffold while maintaining its mechanical integrity in order to allow for the transfer of mechanical stimulus to vascular smooth muscle cells (VSMCs) seeded onto the scaffold.
