Sentence examples for extrinsic force from inspiring English sources

The extrinsic force is derived from the host countries (market opportunities and networking resources and social capitals of the firm leaders).

We hereby review that a unique feature of damaged cells resulting from DNA-targeting therapeutics, namely cell non-autonomous secretion, may contribute major extrinsic force towards acquired resistance of cancer cells.

Anderson (2005a) criticizes this approach, however, pointing out that survivors of what she calls "all-American rape" (nonconsensual sex without extrinsic force or violence, usually committed by an acquaintance) suffer trauma at least as severe as do survivors of forceful rape.

Born globals that are driven by the "extrinsic" force from the foreign country, may be less influenced by obstacles derived from social and cultural inertia from the home country, and therefore might enjoy to a greater extent the "learning advantages" of newness.

The latter interaction would constitute an "extrinsic" force that adds another restriction and acts against cell elongation.

A fall is defined as an event that results in a person coming to rest unintentionally on the ground or another lower level, not due to any intentional movement, major intrinsic event, or extrinsic force.

Because lymph vessels have minimal or no musculature in their walls, the circulation of lymph is sluggish and largely controlled by such extrinsic forces as pressure, skeletal muscle action, massaging, and heat.

It remains to be determined whether this activity resulted from extrinsic forces, such as one or more shattering collisions in the moon's early history, or intrinsic ones, such as eruptions from its interior caused by past tidal heating (as now occurs on Jupiter's volcanically active moon Io).

The genetic programs underlying tissue formation are well studied, but less is known about how this formation is influenced by extrinsic forces derived from other concomitant morphogenetic events.

In an effort to identify genes specifically expressed in tissues lateral to the chick neural plate tissues known to generate extrinsic forces for primary neurulation we designed a subtractive scheme and identified a positive clone as the gene encoding chick cartilage linking protein 1 (CRTL1).

Bite forces have effectively been scaled on the basis of regression and these same forces have been applied as extrinsic forces.