Comparable observations were made when data on progression of joint destruction were studied in relation to baseline clinical data.
The distribution of radiological destruction of the small joints was studied by comparing the erosion score and joint space narrowing score of the metacarpophalangeal (MCP) and proximal interphalangeal (PIP) joints of the hands.
The distribution and degree of radiological destruction and swelling of these joints was studied by comparing the variance of these scores for the individual joints.
To simultaneously decrease the investment costs and the component-related (manufacturing or construction-related) environmental impacts, their relationship with exergy destruction must be studied in parallel.
The influence of damage on the intensity of the destruction of materials is studied as well.
However, the effect on severe cartilage destruction has not been studied in detail.
Further studies related to the mechanisms through which EGCG inhibits inflammation and tissue destruction in RA were studied by us and others.
In the next case, the exergy destruction of the BNPP is studied and the exergy efficiencies of all components in the BNPP are evaluated.
In the other long-term cohorts, the predictive value of the initial joint destruction was not studied.
The influence of the operating parameters like initial phenol concentration, ozone flow rate and pH for the destruction of phenol by ozonation were studied.
Finally, the histology of cartilage destruction and signs of apoptosis were studied.
