Here we briefly highlight three implications of the principle: (1) the strategies a cell can use to regulate protein complex function, (2) the trajectories by which eukaryotes can evolve new proteins, and (3) how perturbations of gene expression in human disease can be connected to disease phenotypes.
The implication of this principle is that you cannot always wait until cash changes hands to record an expense.
This has immediate implications for the Principle of the Identity of Indiscernibles which, expressed crudely, insists that two things which are indiscernible, must be, in fact, identical.
A second implication of the progress principle is that managers needn't fret about trying to read the psyches of their workers, or manipulate complicated incentive schemes, to ensure that employees are motivated and happy.
So, the most important implication of the progress principle is this: By supporting people and their daily progress in meaningful work, managers improve not only the inner work lives of their employees but also the organization's long-term performance, which enhances inner work life even more.
One particularly empowering implication of the Pareto Principle is that it is never too late to get a new start in life.
Accordingly, this implication of the regression principle is often deployed in a corresponding reductio ad absurdum (Hurley 1993, 183; Hurley 2003; Nozick 1974, 225; Sher 1997, 67 69; Zaitchik 1977, 371 373).
The Olympians, such as Bohr (with his obiter dicta on the implication of the Complementarity Principle for biology) and Schrödinger, ruminated languidly on the nature of life, but biologists who, as Peter Medawar put it, 'operate at the frontier between bewilderment and understanding', were not generally regarded in such quarters as altogether scientifically house-trained.
We highlight some of the implications of this principle for understanding the regulation and evolution of biological systems.
An important implication of this principle is that assay performance can be defined in terms of quantitative accuracy; that is, how well a quantitative determination correlates with the actual number of target molecules within a sample [7].
