In the present work, a systematic and an alternative multiple attribute decision making methodology is presented for selection of facility layout design selection problems.
To efficiently and effectively achieve the aim of eco-friendly electronic product design, this paper develops a decision-making methodology for low-carbon electronic product design.
This paper develops a decision-making methodology for computational model validation, considering the risk of using the current model, data support for the current model, and cost of acquiring new information to improve the model.
By presenting the N-way Hierarchical Cluster-based Partial Least Squares Regression (N-way HC-PLSR) method, we here combine multi-way analysis with regional cluster-based metamodelling, together making a powerful methodology for extensive exploration of the input-output maps of complex dynamic models.
The distance between the primary antibodies needs to be less than 40 nm for the PLA to generate a signal, making the methodology highly specific for physically interacting protein-protein complexes, and this method works in fact very well in our cell system [24].
Moreover, the rapidity and relative simplicity of the HRMAS technique, well coupled to the inherent reduction of solvents consumption and waste production, represent further elements in making this methodology very attractive for a wide spectrum of scientific investigations.
The distance between the two primary antibodies needs to be less than 40 nm to generate a signal in this assay, making the methodology highly specific for physically interacting protein-protein complexes.
This makes a synthetic methodology for obtaining the individual enantiomers of the chiral diastereoisomer highly desirable.
Importantly, 73.36% of 244 genes predicted by our method were experimentally confirmed to co-express with the LEA genes in maturing rice embryos, making this methodology a promising tool for biological systems analyses.
Authors' response: Again, we apologize for not making our methodology sufficiently clear.
