In recent years, the Langmuir Hinshelwood (L H) rate expression has been used successfully for heterogeneous photocatalytic degradation to elucidate the relationship between initial degradation rate and initial concentration [36].
Although it is now clear that ING1b can stabilize p53 through several pathways, including prevention of proteasomal degradation, the functional relationship between ING1b and p53, especially at the gene regulation level, is still largely undefined.
It was proposed to describe degradation effect using absorbance change, and prediction model of pesticide residues degradation was obtained according to the relationship between degradation time and absorbance.
This chapter summarizes the major progress that has been reported over the last decade, outlining the degradation mechanisms and the relationship between the morphological chemical and condensed structure of silk fibroin-based materials and biodegradation rate.
The relationship between degradation speed of soil-buried biodegradable polyester film in a farmland and the characteristics of the predominant polyester-degrading soil microorganisms and enzymes were investigated to determine the BP-degrading ability of cultivated soils through characterization of the basal microbial activities and their transition in soils during BP film degradation.
For example, at a hyphal growth rate of μ = 0.5 the relative difference between the penetration velocity at α c = 1 and α c = 4 is smaller than 1, whereas at μ = 5 the difference is larger than 2. The influence of the pit degradation rate on the relationship between the hyphal growth rate and the penetration velocity seems to be nonlinear.
As previously mentioned, the relationship between degradation pathways (such as the one in Figure 1) and decay patterns (such as those in Figure 2) is not trivial.
Whereas the previous model contained a complex synthesis model and a simple linear relationship between degradation and synthesis submodels, here we simplified the synthesis model significantly, revised regulation, and revised the interconnection between submodels.
The aim of this study was to identify and quantify NE-generated elastin degradation, and assess the relationship between levels of elastin fragments and pulmonary disorders such as lung cancer and IPF that involve excessive lung tissue remodeling.
Additional themes that have emerged over the past decade are novel mechanisms of cartilage degradation and repair, the relationship between biomechanics and biochemical pathways, the importance of inflammation, and the role played by genetics.
We then examined the genes most affected by RNA degradation and demonstrated a relationship between accuracy and length of the original transcript, with both longer than average, and very short transcripts being under- and overrepresented in quality-flagged samples respectively.
