Sentence examples for the current advancement from inspiring English sources

A nationwide movement among students of color united with the goal to make institutions of higher education inclusive in campus life and curriculum, as well as in admissions, is a necessary part of the current advancement of racial justice in this country.

The current advancement in 3DP has expanded the material availability and the relevant ability in material mixing during production.

With the current advancement in nanotechnology, it is possible to design materials with desired properties for specific applications.

With the current advancement in 3D technology, which leads to faster and cheaper 3D acquiring equipment, many 3D facial expression databases have emerged.

Thus it is important to look into the current advancement in the literature to draw appropriate comparisons and to provide appropriate designs for their nano science aspects.

The current advancement in 3DP material is common in thermoplastics, such as nylon and polylactic acid (PLA), but has also expanded to metals, such as stainless steel and silver, glass, and even paper materials.

This article highlights a few of the current advancements in nanotechnology that aim to improve agricultural bioproducts.

The intent of this article is to provide information regarding the current advancements in the adaptive sports technology and biomechanics in the field of prosthetics, and to assist clinicians and their patients in facilitating participation in sporting activities.

The current advancements in understanding and manipulating the molecular and cellular biology of secondary metabolism provide a basis for optimism regarding the commercial production of secondary products in cell/organ cultures and/or transgenic plants.

This paper, presenting a first-time comprehensive review of EBB, discusses the current advancements in EBB technology and highlights future directions to transform the technology to generate viable end products for tissue engineering and regenerative medicine.

With the current advancements in DNA technology, from cheap synthesis to synthetic biology, it is now possible to design, in a modular and combinatorial fashion, not only the genes that will structure the heterologous metabolic pathways, but also the regulatory elements that will ensure the optimal expression levels of such genes.