Sentence examples for possible fate for from inspiring English sources

The future seems to hold almost every possible fate for the corporation except one: being bland and boring.Much of this is hype, of course: bland and boring does not sell books.

However, when neofunctionalization is included as a possible fate for duplicate genes, subfunctionalization is still important in short time frames after duplication.

While this may be a possible fate for some lineages through the course of evolutionary history, there is a myriad of recent literature documenting cases of just the opposite: divergence with gene flow and long-term maintenance of species boundaries in the face of secondary contact [ 89, 90, 92- 94, 96].

ANCHORAGE — Two biologists who measure field time with polar bears in decades sat in a federal building here, envisioning two possible fates for this denizen of ice in a warming world — and neither future looked bright.

Search for "achondroplasia" at Google or Yahoo!, for example, and you will be steered towards results sorted under the headings of treatments, causes, research and so on.All of which suggests three possible fates for vertical-search sites.

In the 1990 motion picture "Misery" (based on a book by Stephen King), a novelist is subjected to what may be the worst of all possible fates for a writer: the undivided attention of a fan who locks him up and forces him not only to produce but to produce the kind of material with which he made his name — and which he has been trying to put behind him.

As mentioned above, there are various possible fates for genes duplicated via polyploidy.

Following a duplication event there are three possible fates for the duplicate genes: deletion, silencing (nonfunctionalization), or selection [ 2].

There are several possible fates for a fluorophore in a TrIQ or TyrIQ study (see Figure 2).

After gene duplications, there are several possible fates for duplicated genes (or paralogs), which include subfunctionalization through purifying selections (Ka/Ks < 1) [ 6], neofunctionalization through positive selections (Ka/Ks > 1) [ 7], pseudogenization [ 8], and loss in genome (fractionation) [ 9- 11].

There are three possible fates for forest tree populations in a rapidly changing environment: persistence through migration to track ecological niches spatially; persistence through adaptation to new conditions in current locations; and extirpation.