The phrase "allow for proportion" is correct and usable in written English.
It can be used when discussing the need to consider or account for proportionality in a situation, such as in measurements, distributions, or comparisons.
Example: "When designing the layout, we must allow for proportion to ensure that all elements are visually balanced."
Alternatives: "account for proportion" or "consider proportion".
However, a well-defined affirmative strategy would allow for the proportion of women in Wikipedia to grow and make women easier to find, alleviating several asymmetries found.
Although the target number was 164, extra patients were recruited to allow for the proportion of patients for whom the question of trial entry at visit 2 was no longer applicable as they were no longer eligible or, for administrative reasons, the study was no longer available.
Data relating to the numbers of missed and kept appointments for patients who were not registered for the entire year prior to their missed appointment were adjusted to allow for the proportion of the year that they were registered and rounded to the nearest integer.
To allow for a proportion who are cured and never die from the cancer, we modify the Weibull model as follows: S t) = k + (1 - k) exp (-(λ t)γ) (2) where k is the proportion who never die from the cancer, λ is the location parameter (1/λ is the time at which 50% of those will die have died) and γ is the shape parameter.
It loosens the strict balance of starch, liquid, fat and sugar that baking requires to allow for higher proportions of sugar — thus, sweeter cakes.
Likewise, it is important that patients undergo imaging quickly after arrival to allow for a larger proportion of patients to be imaged within the six hour window.
As the drought resulted in an abbreviated growing season in 2004, this could allow for a greater proportion of individuals to be in flower at the same time thereby reducing the likelihood of potential crosses between closely related individuals.
For example, the shared characteristics between driver and other disease-causing mutations allow for a significant proportion of cancer-associated mutations to be identified (high-sensitivity/true positive rate); however, these methods are incapable of reliably distinguishing between driver and other disease-causing mutations.
Here we set the heritability to 0.99 to allow for some small proportions of genotyping and haplotyping errors and recombination.
