The phrase "ageing concept" is correct and usable in written English.
It can be used when discussing theories, ideas, or frameworks related to the process of ageing or the perception of ageing.
Example: "The ageing concept in sociology explores how different cultures perceive and treat the elderly."
Alternatives: "aging theory" or "ageing framework".
This paper describes an analytical method of preload design using the "artificial aging" concept that has been applied to a number of projects in recent times.
Figure 8 shows the impact of the aging concept on the number of undecoded messages.
The distribution of association-weights for the aging concept had a maximum score indicating that the common genes between OPMD and elderly indeed represent well-known aging genes.
This "active aging" concept was officially adopted by the World Health Organization 12, 13 in 1990, which emphasized the desire of seniors to participate in social, cultural, and physical activities.
Next to the aging concept, the UPS also rated with a maximum score, suggesting that UPS genes have highest impact for both OPMD and elderly.
This network-related generalization of the aging concept will allow us to understand the aging and age-related diseases of our body from a number of entirely novel perspectives.
Our methodology could be applied to data from other longitudinal cohorts to generalize these findings, identify additional predictors of long-term survival, and to further develop the "healthy aging" concept.
In the introduction to this review we showed that the network approach can grossly expand the aging concept from quantum systems up to the complex ecosystem of the Earth (Table 1).
This is why we must analyze all the possibilities of the programmed aging concept rather than treat it as an idea that can at present be eliminated due to existence of "compelling arguments".
The molecular dynamics of the constrained and unconstrained mobile amorphous fractions in semi-crystalline polylactide (PLA) was investigated in the presence of both flow-induced crystalline structures and spherulites by fast scanning calorimetry (FSC) through cooperativity and physical aging concepts.
