Sentence examples for this chapter will address from inspiring English sources
This chapter will address a number of lower urinary tract pathologies and how animal models can help in understanding them.
This chapter will address the diversity of insect SRVs, and attempts to harness their simplicity in the engineering of transgenic plants expressing viruses for resistance to insect pests.
This chapter will address the basic principles and elementary functions of EIT sensors, systems and also engineering data conversions, providing inside knowledge of EIT for process application.
This chapter will address the type of stem cells that have proven useful in cartilage differentiation as well as several polymers and composites used to make both synthetic and natural scaffolds.
This chapter will address why equating compliance with quality is a false premise for the care and use of laboratory animals, and how quality may be better defined within the complex and varied milieus of institutional programs for the benefit of all stakeholders.
The second part of this chapter will address these requirements and discuss a novel approach to engineering semantic models, which allows seamlessly supporting existing software engineering models in Unified Modeling Language or other modeling languages in semantic model-based enterprise application development.
The chapter will address technologies and techniques that are available for home and travelers' use and will relate them to their specific capabilities for managing specific contaminants.
The first chapter will address topics of relevance for the rehabilitation stay such as "setting individual rehabilitation goals", "motivation for change", "positive self-talk", "choosing what to pay attention to" and "worth remembering".
This chapter will cover these topics.
The subsequent chapters will address hydrogels that allow for the control of their physical qualities followed by a discussion of their use in tissue-engineering applications.
In this chapter will be addressed the signaling mechanisms related to oxidative stress underlying cold ischemia associated with liver transplantation and the involvement of oxidative stress in marginal livers undergoing liver transplantation.
