The phrase "adaptive production" is correct and usable in written English.
It can be used in contexts related to manufacturing, technology, or processes that adjust to changing conditions or requirements.
Example: "The company has implemented adaptive production techniques to respond more effectively to market demands."
Alternatives: "flexible manufacturing" or "responsive production".
With the right policies and practices in place, pastoralism can be a highly productive and adaptive production system that is resilient to climate change, can support food security through meat and dairy products, and can provide income and employment to dryland communities.
Selective and Adaptive Production Systems (SAPS) are widely used in the mechanical component manufacturing to deliver high precision products from relatively low precision sub-assemblies.
ADACOR holonic manufacturing control architecture introduces an adaptive production control mechanism that balances between two states, combining the optimization provided by hierarchical structures with agility and responsiveness to condition changes offered by decentralized structures.
Unexpectedly, failure to undergo fusion does not acutely affect mitochondrial adaptive energy production; instead, it causes excessive production of mitochondrial reactive oxygen species and oxidative damage, a defect suppressed by an acetylation-resistant MFN1 mutant.
These mitochondrial electron transport chain inhibitors also did not further increase the ECAR above levels observed with XCT 790 alone, suggesting that XCT 790 had induced the maximal adaptive lactate production downstream of mitochondrial respiratory defects.
Adaptive and flexible production systems require modular and reusable software especially considering their long-term life cycle of up to 50 years.
This combination synergistically enhances innate and adaptive IFN-γ production.
Besides, γδ T-cell-derived innate IL-17A has been demonstrated to promote adaptive IL-17A production in Th17 cells, suggesting an addition role of γδ T-cell in host defence and inflammatory diseases (Sutton et al, 2009).
Here we propose that the constraints can also be used to solve the inverse problem to predict from the dynamics of the nervous system the environment to which they are adapted, and so reconstruct the production of the adaptive behavior by the entire coupled system.
production and adaptive immunity in vivo.
Here, we explored the genetic diversity provided by natural populations of the model species Arabidopsis thaliana to identify potentially adaptive differences in biomass production and root morphology in response to nitrate availability.
