Sentence examples for growing heterogeneous from inspiring English sources

It is widely accepted that metastasis originates from CSCs with tumor-initiating capabilities that allow most disseminated tumor cells to reconstitute growing, heterogeneous secondary tumors.

The propensity to opt for a partner of another migrant origin may also reflect the growing heterogeneous urban environments, where meeting people from other ethnic origins is increasingly likely (Blau 1994).

The next generation of software systems includes systems composed of a large number of distributed, decentralized, autonomous, interacting, cooperating, organically grown, heterogeneous, and continually evolving subsystems, which we call IT Ecosystems.

When interconnected ramets of clonal plants are growing in heterogeneous environments, ramets may specialize to uptake locally abundant resources rather than scarce resources.

Europe is growing increasingly heterogeneous, and if France is to thrive in it, the state needs to consider its immigration policies more important than a piece of cloth in a day care center.

In Africa and Asia, villagers grow such heterogeneous mixes in their back yards that no one disease can imperil them.

The state's mainly Yoruba population has grown more heterogeneous with the migration of other Nigerians and West Africans to Lagos city.

Particles grow with heterogeneous chemical vapor deposition and by scavenging powder produced in homogeneous gas phase reaction.

As data centers and applications grow more heterogeneous, allocating the proper resources to various applications increasingly depends on understanding the tradeoffs between different allocations, because mixed workloads may benefit from different resources e.g. GPU, Solid State Drives(as SSD).

The numerical simulations predict that several pathways involving linear and polycyclic silicon hydride molecules result in formation of particle "nuclei," which subsequently grow by heterogeneous reactions on the particle surfaces.

OB NSCs grew as heterogeneous forms with adherent property and neurosphere morphologies (Fig 3A, right).