The phrase "are expected to segregate" is correct and usable in written English.
It can be used in contexts where there is an anticipation or requirement for separation or division of items, groups, or categories.
Example: "In this study, participants are expected to segregate the recyclable materials from the non-recyclable ones."
Alternatives: "are anticipated to separate" or "are required to divide".
RADseq markers in testcross and intercross configurations are expected to segregate 1 1 and 1 2 1, respectively, markers displaying a segregation distortion (according to the criteria described in "Methods") were excluded from analysis.
However, some families are expected to segregate high to moderate penetrance genes inherited in a dominant manner [ 13- 15].
According to our findings, most QTPs for both groups of traits are expected to segregate independently in germplasms with low LD.
This limitation of the Parental design can be alleviated with the comparison of Extremes, where animals are specifically selected for the phenotype of interest and regions not harboring QTL are expected to segregate randomly relative to the phenotype.
Conversely, selection on GC content should be acting differentially depending on the background GC content of SNP flanking regions; in particular, AT->GC variations are expected to segregate at higher frequency in GC rich regions, irrespective of recombination rate.
In either case, alternate sexual phenotypes (male and female) are expected to segregate as simple Mendelian traits, with a resulting 1 1 sex ratio among siblings of a large cross.
The coarsening rate could be reduced by microalloying with Ce and Re, two elements which were chosen because they were expected to segregate to the Cr Cr3Si interfaces.
Ti was selected because it is representative of an element that is hardly soluble and thus is expected to segregate at dislocations.
F2 populations were genotyped only for the loci that were expected to segregate in each cross.
This hypothesis specifically suggests that receptor-ligand complexes with similar dimensions would be expected to co-localise, whereas those differing in size would be expected to segregate.
If the multiple copies of a probe sequence are not closely linked in the Mo17 genome (i.e., in a trans configuration) they would be expected to segregate among RILs, potentially yielding novel hybridization signals (i.e., not similar to either of the parental signals).
