The nucleotide sequence is the most fundamental level of knowledge of a gene or genome.
The periodic table has been given four new elements, changing one of science's most fundamental pieces of knowledge.
One of the most fundamental issues in knowledge representation and in providing theoretical foundation for the construction of an ontology is the first binary bifurcation for entities (i.e. beings that exist, and not limited to referential objects).
So let us now turn to Kant's successors to see how they tried to save Kant's insight into the idea that the most fundamental forms of knowledge ultimately depend on fundamental operations of self-consciousness the baself-consciousness theological idealism—without ending up with Kant's combasicinsightthat with indeterminate oftological repistemological
For all that, the capacity of synthetic biology to make progress in the most fundamental areas of knowledge must not be neglected, when, for example, it concerns distinguishing between contingency hypotheses, or physicochemical constraint hypotheses to explain the universality of a phenomenon.
At the most fundamental level, our knowledge about the distribution pattern of origins in each of the chromosomes, among different cell types, and whether the physiological state of the cells alters this distribution is at present very limited.
The focus of this study will be on one of the most fundamental concepts for the knowledge classification: the endurant/perdurant dichotomy for classification of entities.
Although his view likewise evolved over the course of his life, it reveals one abiding feature: philosophy should be not only the articulation but also the awareness of the most fundamental unities of experience, knowledge, action, and ultimately self and world.
Kant saw that Hume had posed a most fundamental challenge to all human knowledge claims.
