The modified peptides obtain different chromatographic properties and segregate from the bulk of unaltered peptides in the second run.
Alternatively, an X can pair with and segregate from the Y chromosome (as they would do normally in male meiosis) leaving the unpaired X to segregate at random.
During this event, the endomesodermal cells, which will form the digestive system and mesodermal derivatives, internalize and segregate from the external ectoderm.
The object of the program was to concentrate rural populations into more defensible positions where they could be more easily protected and segregated from the Viet Cong.
By contrast, devices made for more specialist applications were designed with security in mind and segregated from the public internet, making them far more difficult to exploit, added Sims, who has worked on a range of industrial IoT projects.
Called the Swine Flu, for a while it seemed that it could be contained at the entrepots of the country where the incoming passengers could be quickly quarantined and segregated from the general population.
Except from their immediate families, today's volunteer and professional armed services are so compartmentalized and segregated from the rest of society (apart, perhaps, from the now and frankly patronizing labels of "returning heroes" or "wounded warriors") that the campaigns they serve in have no direct impact on most Americans' daily lives.
Interestingly, our previous study on porcine spermiogenesis has provided evidence that sperm TFAM protein is ubiquitinated and segregated from the mitochondria of elongated spermatid to nonmitochondrial region, the principal tail piece of fully differentiated boar spermatozoa.
The focus of activation was selective and segregated from the activation of neighboring visual areas, in contrast to some localizers that also activate surrounding areas (e.g., motion vs. stationary activated areas beyond MT).
In Bridges' competitive pairing model, the two X chromosomes pair and segregate from each other, leaving the unpaired Y to segregate at random and generating X and XY eggs with equal frequency (both of these gametes are considered "regular" because the X chromosomes have segregated properly even though the XY egg has an unusual chromosome constitution).
In these XXY L females, the observed frequency of secondary nondisjunction fell to half of the value observed in XXY females bearing the same X chromosomes but a normal Y, presumably because the single-armed Y could not form a trivalent but was only able to pair with and segregate from one X chromosome, leaving the remaining X to segregate at random.
