The phrase "artificial segregation" is correct and usable in written English.
It can be used in discussions about social, political, or economic issues where groups are separated or divided by non-natural means, often referring to policies or practices that create divisions.
Example: "The study highlighted the effects of artificial segregation in urban planning, which led to unequal access to resources for different communities."
Alternatives: "man-made division" or "constructed separation".
In a citation in 2001 honoring Mr. Bawa, the Aga Khan Foundation said: "He has broken down the artificial segregation of inside and outside, building and landscape; he has drawn on tradition to create an architecture that is fitting to its place, and he has also used his vast knowledge of the modern world to create an architecture that is of its time".
Due to this drastic difference, temperature changes during the experimental procedure may induce artificial segregation of the esters.
The Highlander experience strengthened Parks' resolve, showing her that it was possible for blacks and whites to live in "an atmosphere of complete equality" and without what she called "any artificial barriers of racial segregation".
And third, artificial Hox4 borders stimulate cell segregation, apical remodelling and molecular characteristics of boundaries.
While ITD was found to be ineffective for segregation of certain artificial stimuli, it is around as effective as ILD when more natural stimuli are used.
Similar results were observed with the segregation analysis of artificial nonexchange chromosomes that are of comparable or different sizes within a twofold range (Ross et al. 1996).
This suggested that if the Ndc80 complex could be artificially localized to an ectopic chromosomal locus, then that locus might function as an artificial kinetochore and direct chromosome segregation.
More recently, a study provided contradictory evidence based on allelic divergence and segregation analysis using artificial crosses, suggesting that the mating-type-specific region was small and roughly one quarter the length of the mating-type chromosomes (Votintseva and Filatov 2009).
To study the effect of artificial oocyte activation (AOA) on chromosome segregation errors in the meiotic divisions.
HWE is a useful metric for wild populations, but artificial crosses may have issues with segregation distortion or non-random mating.
After phenotypic selection, F2 seeds from the artificial cross were planted for co-segregation analysis of phenotype, genotype, and RNA expression.
