Other secondary endpoints of clinical cure in the ITT and CE populations, various ME population subgroups, and per-baseline pathogen in the ME population were analyzed using a 95% CI calculated by the Wilson score methodology.
The measured values of scapular upward rotation were interpolated using the spline function, and scapular movements were analyzed using a line graph to calculate the kinesiological change point during scapular upward rotation.
Each dataset i was then analyzed using a sliding window to calculate the number of windows in which ω̂ under M0 is >1, W(i).
The efficiency of each type was analyzed using a mixing index, which is calculated using the variation of mass fraction, and the conversion of oil.
Dynamic swelling studies were performed and the results were analyzed using a first-order model to calculate the time constants of swelling and syneresis.
Continuous and dichotomous outcomes were analyzed using a random effects model to calculate a weighted mean difference (WMD) and risk ratio (RR) respectively, with 95% confidence intervals (CI).
Apoptosis rates of all of the four CRISPR/Cas system treated cell lines were analyzed using a FACS Calibur (BD Bioscience) to calculate the induced cell death.
The swimming path of the animal was analyzed using a computerized video tracking system which calculated the latency to reach the platform, the length of the swim path and swim speed.
Mean index and visual analog scale scores will be calculated and analyzed using a mixed effect analysis of variance model.
Recruitment intensity was analyzed using a macro written for ImageJ that calculated the ratio of intensity of a circumscribed laser spot A to the adjacent area B such that an RFU for each data collection point was calculated by the equation RFU = (A − C /(B − C), where C is the background intensity of an unpopulated area of the image.
