Sentence examples for considerable implications in from inspiring English sources
In recent years, manufacturing industries have begun to choose the fluids based on the heat transmission property: This has considerable implications in the performance of many devices such as in air-conditioning, electronic, chemical, and power.
The notion that nonmonetary activities associated with sports lottery gaming have a consumption value has considerable implications in terms of designing lottery products and delivering value to its consumers.
Such data suggest then, that neurogenic tissues are also regenerated during fracture healing, which has considerable implications in terms of using this model to study specific aspects of post natal neural regeneration.
The finding that allosteric MEK and PAK inhibitors have parasiticidal activity has considerable implications in strategies for antimalarial drug discovery.
The gradual changes in CRC molecular features along the bowel may have considerable implications in colon and rectal CICs.
The gradual changes in CRC molecular features within the bowel may have considerable implications in colon and rectal CICs.
The data has considerable implication in design of FGF materials for optimizing structural crashworthiness.
Nanoparticles (NPs) have various considerable implications, especially in agriculture, biomedical engineering, and environmental remediation techniques, making it critical to evaluate their role in the environment and plant species.
The discovery of clear differences in run timing of 1SW salmon originating from different populations within a river system has considerable implications for the estuary and in-river management of salmon.
Given that the magnitude of the reduction was comparable with what would be hoped for using pharmacological therapy, such as sulfonylureas, these data have considerable implications for nutritional strategies in the management of diabetes.
On the basis of several unexpected molecular responses that were opposite to the anticipated acute toxicity, we propose that chronic pesticide exposure induces an adapting phenotype in roach, which may have considerable implications for interpreting molecular biomarker responses in field-sampled fish.
