Sentence examples for application has expanded from inspiring English sources

Since then, the notion of informed consent has supported the right of participants in self-determination, and the scope of its application has expanded alongside the dramatic advances in biomedical and clinical research.

With the evolution of graphics processing units (GPUs) into powerful and cost-efficient computing architectures, their range of application has expanded tremendously, especially in the area of computational finance.

Recently, its application has expanded to include rheumatoid arthritis, fracture, failed arthroplasty, and fracture and infection sequelae [ 5– 7].

It is a testament to the power of phylogenetic methods that its application has expanded far beyond its original inception, now including the study of human culture, such as language and cultural memes [ 7].

The BioSense application has expanded functionality but lacks key features such as the ability to perform free-text searches or to create custom syndromes using terms such as "fever and cough".

With the dissemination of SPECT/CT, the range of applications has expanded from myocardial perfusion imaging to oncology indications, such as torso imaging in patients with neuroendocrine tumors (NETs), differentiated thyroid carcinomas, lymphoma, and sentinel node lymphoscintigraphy [2].

Over the years, the field of engineering applications has expanded dramatically, from residual stress determination, to fundamental studies of deformation behaviors in polycrystalline structural materials, to mechanical response to electric and magnetic fields in function materials, and lately to the dynamics of structure evolution during phase transition or precipitation.

The development of radiolabeled peptides for diagnostic and therapeutic applications has expanded exponentially in the last decades [ 8, 13, 14].

Proteins have emerged as viable treatments for a broad range of diseases, and their therapeutic applications have expanded considerably during the past decade.

In the last two decades there have been substantial developments in the mathematical theory of inverse optimization problems, and their applications have expanded greatly.

The constant demand for new implant materials and the multidisciplinary design approaches for stent applications have expanded vastly over the past decade.