Sentence examples for fate due from inspiring English sources

The Pärnu Gypsies' ultimate fate, due to scarcity of evidential sources, remains unknown.

Meanwhile, my aforementioned feelings of compassion don't change the fact that she largely suffered her fate due to an overdose of stupidity.

"She largely suffered her fate due to an overdose of stupidity," wrote VICE's David Bienenstock, who scoffed at the columnist for apparently not doing any "research regarding a proper dosage of THC for a novice user, the amount of time the drug will take before you begin to feel its effects, or even the overall potency of the product she selected".

In 2009, another climate-sensing satellite riding on the same type of rocket, called a Taurus XL, met the same fate, due to the identical problem: a door on the side of the rocket failed to open and release the satellite.

We set out to test whether iPSCs possess this same kind of plasticity and do not show any obvious bias towards some lineage fate due to the reprogramming process they went through or because of memory of the germ layer they originate from.

Chondrocytes represent the sole cellular component of cartilage, and regulate its fate due to their ability to synthesize matrix-degrading enzymes and matrix proteins such as collagens and proteoglycans, which are responsible for the tensile strength and compressive resistance, respectively, of cartilage to mechanical loading.

Harlow voters will decide Halfon's fate in due course.

But they must surely recognise that their fate is due to a combination of the digital revolution and newspaper economics.

That disabled people in the United States have a different fate is due in no small part to the ADA, a piece of legislation won from a historic campaign waged by people with disabilities and their advocates.

Wings with a bs14 mutant posterior compartment exhibited a transformation of all cell types to vein fate - due to a well established requirement for SRF in vein patterning that is independent of Mal (Fig. 1F) [8].

P53 is a pivotal cell fate determinant due to its role in regulating cell-cycle progression and apoptosis in response to cellular stress and constitutes the most commonly mutated gene in human cancers [33].