It is also possible to extend each of our three algorithms, without any increase in their time complexities, to consider more complex biological scenarios, such as transfers from potentially extinct or unsampled lineages, or transfer from a species that then loses its copy of that gene.
Alternatively, C. elegans operonic genes may be under more pressure evolutionarily to enhance their transcript complexity, e.g., in order to perform more complex biological functions.
But we are now seeing crop production being constrained by more complex biological and physical processes that need our attention.
In addition, the interactions of liposomes with more complex biological systems, in vitro and in vivo, are discussed.
Several lines of evidence also support the involvement of mucins in more complex biological processes such as epithelial cell renewal and differentiation, cell signaling, and cell adhesion.
The prevalence of HSCT makes it an ideal case study to prepare for more complex biological manufacturing with more challenging regulatory classifications.
Furthermore, these simulations are extended to apply to a more complex biological system involving the systolic phase of the pulse pressure.
As the fields of engineering and biology continue to merge, the in vitro fabrication of more complex biological structures is becoming a reality.
Quantitatively accurate models will facilitate the engineering of more complex biological behaviors and inform bottom-up studies of natural genetic regulatory networks.
Given the low Reynolds number investigated in the present paper, this dependency appears not only controlled by mass transfer evolution but may also involve more complex biological regulation (biological response to physical chemical stresses).
The fledgling development of techniques to visualise and analyse how these complex colloids interact, in vivo, with even more complex biological surfaces will lead to new understanding on how to increase the efficiency and effectiveness of crop protection products.
