However, simultaneous production of MBLs and ESBLs by the same strain is known to promote further complexity in phenotypic detection [ 7, 47, 48].
These findings raise the concern about the future of antimicrobial therapy and the capability of clinical laboratories to detect resistant strains, since simultaneous production of MBLs and ESBLs is known to promote further complexity in phenotypic detection.
Hence, organismal complexity promotes protein complexity as well as protein connectivity to behave differently due to different dosage effect on these two organisms.
In ecological forest management, silvicultural and harvesting systems are intentionally designed to promote natural complexity, maintain soil productivity, and meet human needs at a variety of spatial scales.
This new discovery defines mechanisms of failure that although incompletely understood, provisionally link lower breakdown stresses with mechanisms that promote fracture complexity with the potential for improved hydrocarbon recovery.
This suggests there is a need to change cutting and regeneration methods to more closely resemble natural disturbance regimes and promote structural complexity in stands of harvested forest to enhance their value for wildlife.
Higher duplicability of essential genes in the case of humans may promote organismal complexity, as gene essentiality is positively correlated with protein connectivity.
Chinese thought promotes complexity absorption (Boisot & Child, 1999; Cone & Everett, 2003).
Retrograde transport of autophagosomes might play a role in neuronal signaling processes, promoting neuronal complexity and preventing neurodegeneration4,5,6.
Retrograde transport of autophagosomes might play a role in broader neuronal signaling processes, promoting neuronal complexity and preventing neurodegeneration.
