Sentence examples for subsequent evolution of the from inspiring English sources

The lunette-shaped landscapes that Annibale painted for the Palazzo Aldobrandini, especially the Flight into Egypt and the Entombment (both c. 1604), proved important in the subsequent evolution of the heroic landscape as painted in Rome by Domenichino and Nicolas Poussin.

The subsequent evolution of the progeny was investigated, along with a variation in the activation time.

The subsequent evolution of the localized process zone and of the shape of the strain profile is studied numerically.

The subsequent evolution of the corresponding protocols (IEEE 802.11a/b/g), made Wi-Fi a ubiquitous communications mean for the provision of multi-Mbps internet access.

In obtaining these results careful consideration was given to the role of the initial microstructural features in the subsequent evolution of the system.

If the companion star were to continue expanding to a larger extent, its radius would encompass the neutron star in systems that remain bound, complicating the subsequent evolution of the system.

Taking these population differences, known as "substructuring", into account for early humans living in Africa, Manica and his colleague Anders Eriksson worked out that modern humans and Neanderthals must have shared a common ancestor some 500,000 years ago and that the subsequent evolution of this species was enough to account for the DNA crossover.

In terms of the nascent anticodon-codon interaction and the subsequent evolution of coded protein synthesis, the proto-anticodon loop (N CCA sequence created by the ligation of the two hairpins may have been absolutely required (the requirement for a purine in position 37 is discussed further in a later response to this reviewer).

The evolution of insemination that bypasses the genital system and the subsequent evolution of an extragenital system in the female is an example of the coevolution mediated by sexual conflict [ 6- 11].

Hybridization can be of great importance to the ecological adaptation and subsequent evolution of offspring because of the novel genetic recombination and spatial selection [ 38- 40].

Subsequent evolution of eukaryotes followed the divergent paths of genome streamlining which led to elimination of the majority of introns and tightening of the splice signals, or genome complexification which involved evolution of functional alternative splicing and other intronic functions.