The initial development of the nonsurgical patient questionnaire was based on questionnaire tools provided by eight centers around the globe that have collected nonsurgical information from endometriosis cases and controls on a large scale (criterion: publication on > 100 cases).
During workshop I and a subsequent consultation round, we identified 18 centers worldwide that collect biologic fluid samples from endometriosis cases and controls on a large scale (criterion: publication on >100 cases); all provided SOPs for sample collection, processing, and storage.
After a full-text review, another 35 articles were excluded by the criteria that neither large-scale quality improvement, success criteria nor lean thinking were issued.
The method has been extensively applied, especially in large-scale problems where many criteria must be considered and where the evaluation of alternatives is mostly subjective.
To this end, key investigators examined vector design, transduction method, criteria for large-scale clinical-grade vector manufacture, hematopoietic cell preparation, and eligibility criteria for FA patients most likely to benefit.
In addition to using the data as a local failure criterion in large-scale simulation of structural joints, it can be used to estimate the residual fracture energy of the E-glass/polyurea/steel joints in service.
When the grouping parameter λ is fixed, according to the improved scheme based on large-scale fading coefficients, the grouping criterion can be represented by S_{{ik}}^{sig} ge lambda rho_{i} to left{begin{array}{cl} text{Yes} &to text{center users} text{No} &to text{edge users} end{array},right.
However, the latter is an important criterion for large-scale applications as it could presumably be used to design sequences with better transcription rates and/or structural plasticity.
Based on our results, we suggest a conservative approach that initially uses a "strict" tree-based criterion in large-scale assignment systems.
We identified only 9 large-scale studies that fit these criteria.
The reusability and stability are very important criteria for large-scale production of biodiesel using CaO catalyst prepared from Pomacea sp. shell.
