Sentence examples for imaging engineering from inspiring English sources

Bioinformatics is quickly becoming the central core that integrates the many disparate bodies of data, scientific knowledge and computational infrastructure from fields as diverse as genetics, structural biology, medical and animal models of disease, imaging, engineering, etc.

In this article, we focus on selective protein labeling methods that rely on specific molecular recognition in complex living systems, and describe these applications toward in situ imaging, engineering, and analysis of proteins in their native habitats.

Advances in molecular biology and new developments in imaging, engineering, and novel contrast agents position molecular imaging to play a major role in disease management.

Advances in molecular biology and new developments in imaging, engineering, and novel contrast agents position molecular imaging to play a major role in disease management [ 1– 16].

Biomedical technology usually involves drug delivery, imaging technology, tissue engineering, and other applications.

Recent advances in the fields of engineering and imaging technology and their applications in palaeontology have allowed the digitization, modelling and 3D printing of skeletal remains of P. tiliensis for the first time.

The resulting literature pertaining to genetics, stem cells, imaging, tissue engineering, epidemiology, and endocrinology was reviewed.

EJNMMI Physics welcomes original materials and studies with a focus on applied physics, mathematics, as well as imaging system engineering and prototyping in nuclear medicine.

The combination of microscopy and femtosecond laser illumination turns out to be very attractive and useful for imaging in engineering, physics and biomedicine.

The development of systems combining biology, informatics, imaging and engineering can allow automation of repetitive fastidious tasks, enabling the technician and microbiologist to focus on 'high value add' activities.

These properties offer a variety of opportunities for applications in nanomedicine, such as diagnosis, disease treatment, imaging, and tissue engineering.