When and why might repeatability be a useful thing in science?
Currently, poor safety and processing repeatability are two primary problems that restrict the development of cone flow meters.
Test rapidity, convenience, cost, safety, accuracy, and repeatability are all critical characteristics.
Selective laser trabeculoplasty (SLT) is a well-established treatment for POAG with a comparable efficacy to medications and its high safety profile and repeatability being its greatest strengths [ 3– 9].
PEI spread rapidly thanks to its ease of execution, safety, low resection cost, repeatability, therapeutic efficacy, and survival rates comparable to those of surgical resection.
Human subject test clearances, safety and the lack of repeatability associated with human trials can be reduced or eliminated with automated testing, and test modalities are possible which are dangerous or inconvenient to attempt with patients.
Participation in these programs has provided repeatability, efficacy and safety through independent trials both in vitro and in vivo.
The objective of this study was to examine the repeatability of the safety and efficacy findings from the RCT by analysing data from patients initially treated with placebo who crossed over to receive rifaximin during the OLM study.
Cone flow meters with upstream and downstream support structures can improve the safety performance and the level of processing repeatability.
In this field, the use of microarrays has been expanding exponentially to several areas such as genetic screening, safety assessment and diagnostics [ 14], but repeatability of published microarray studies is apparently limited [ 15, 16].
