The phrase "approach for reverse" is not correct and lacks clarity in written English.
It may be intended to describe a method or procedure for reversing something, but it is ambiguous without additional context.
Example: "The pilot was instructed to approach for reverse after landing to clear the runway."
Alternatives: "method for reversing" or "procedure for reversal".
The deltopectoral approach for reverse shoulder arthroplasty (RSA) requires subscapularis tenotomy or lesser tuberosity osteotomy.
The anterosuperior (AS) approach for reverse total shoulder arthroplasty (RTSA) has been reported as a risk factor for baseplate malposition because of potential difficulty in glenoid exposure.
This discussion is in reply to the comments made by Dr. Azamathulla (in press) on the results presented in D'Oria et al., 2012 concerning a comparison between a deterministic and a stochastic approach for reverse level pool routing.
In this paper, we present an approach for reverse engineering electronic services in order to create knowledge items of high levels of abstraction, which can be used in knowledge sharing environments as well as in service development platforms.
Briand et al. [8] have proposed an approach for reverse engineering UML sequence diagrams using dynamic analysis.
This suggests that a purely data-driven inferential approach for reverse engineering transcriptional networks is improbable if not impossible in practice.
Our results demonstrate an approach for reversing resistance and specific targeting of tumors using 'US-detonated nano bombs'.
Second, it demonstrates that the treatment with an arginase inhibitor is a promising and efficient approach for reversing endothelial dysfunction in RA, as originally suggested in animal models of "traditional" cardiovascular diseases [ 58].
Our findings shed novel light on the roles of miR-224/p21WAF1/CIP1 signalling in the DDP resistance of LA cells, and targeting it will be a potential strategic approach for reversing the DDP resistance in human LAs.
This is illustrated in this issue by Cantone et al. (2009), who construct a synthetic gene network in yeast and use it to assess and benchmark systems biology approaches for reverse engineering endogenous gene networks.
Aiming to combine approaches for reverse genetics in pathogenic fungi with methods for their application in in vitro and in vivo models of disease, the book includes methods for the culture and genetic manipulation of the primary fungal pathogens and the opportunistic pathogens, as well as methods for investigating host-fungus interactions in model systems.
