The observations suggest that the architecture of rumen and leachate derived biofilms may be significantly different with rumen derived organisms forming stable, dense biofilms while the leachate derived organisms formed less tenacious surface attachments.
Influential authors have increasingly referred to emotions as evolutionarily derived, "organism-ready solutions" to face major survival problems [24], as brain representations of internal body states [25], and more specifically, as images of the "material me" arising from "the homeostatic condition of each individual's body" [26].
This observation has led some to hypothesize as to the possible adaptive significance of non-coding DNA [e.g., the skeletal DNA hypothesis, 14] [i.e. the buffering DNA hypothesis, 11], and others to suggest a primary role for neutral processes owing to the generally smaller effective population sizes of more derived organisms [2].
It is possible that the Dp260 and Dp140 promoters are more ancient but have been lost in teleosts, which are in many respects highly derived organisms; examining cartilaginous fish might resolve this.
Mycoplasma species are highly derived organisms with extremely reduced minimal genomes and their proteomes may be specifically adapted, e.g. the features used for their SVM classifiers differ entirely from those of the other species, but the paradoxical cross-species performance is still difficult to explain by this fact alone.
Their analysis, especially the comparison of split genes in both species, confirm that Nanoarchaea are not the most primitive archaeon, as it has been sometimes suggested, but highly derived organisms that evolved by reduction from free-living ancestors with larger genomes and non split genes.
Organic fertilizers such as cottonseed meal, dried blood, bone meal and the like are derived from organisms and may not have as high nutrient ratios as the other formulated fertilizers.
Comparative structural studies on proteins derived from organisms with growth optima ranging from 15 to 100°C are beginning to shed light on the mechanisms of protein thermoadaptation.
For this, GMOs that are constructed with modern techniques of genetic engineering display a significant advantage over random mutagenesis derived live organisms.
1,358 ingredients specified in the INCI list are natural substances derived from organisms (according to the selection criteria as described in the 'Methods' section) (Table 1).
