Operational level decisions are local decisions related to situations where operations must be undertaken or executed in a short time frame in response to system status or changes (e.g. order quantity, equipment breakdown, weather or road changes).
Specifically, we investigated aggregate cartilage longevity markers combining markers of breakdown, quantity, and quality.
We evaluated combinations of biochemical and MRI-based markers for cartilage breakdown, quantity, and quality.
The improved performance is therefore probably due to the combination of the complementary aspects of cartilage quantity, quality, and breakdown measured from different modalities.
The results demonstrated that aggregate markers may indeed provide superior diagnostic and prognostic markers; the proposed cartilage longevity marker combining aspects of cartilage quantity, quality, and breakdown performed well both as a diagnostic and a prognostic marker.
Antidepressant, antipsychotic, and antianxiety drugs are thought to achieve their therapeutic results by the selective inhibition or enhancement of the quantities, action, or breakdown of neurotransmitters in the brain.
We previously showed that significant quantities of organic breakdown compounds are produced from B. napus straw when steam exploded at severities required to achieve reasonable saccharification yields (>60%%) [ 18].
As calcium carbonate is present in paper, we hypothesised that a combination of wheat straw and paper might yield smaller quantities of inhibitory breakdown products when compared to wheat straw alone when steam exploded.
Markers combining the quantity, quality, and current breakdown could conceivably be comprehensive markers for cartilage longevity.
From the available markers, such a combination could be CTX-II (cartilage matrix breakdown), volume (quantity), and homogeneity (quality); we denote this aggregate marker longevity-basic.
In addition, Kaufmann et al. [33] reported more recently that many AHLs are capable of decomposing to form substantial quantities of tetramic acid breakdown products over the prolonged incubation times used (24 to 48 hours in many proliferation assays).
