Sentence examples for cell focusing on from inspiring English sources

This paper investigates the efficiency of a naturally ventilated double-skin façade (DSF) built in a test cell focusing on the airflow and heat convection of the cavity formed by DSF.

Therefore, in this review the literature pertaining to role of the mitochondria in the sperm cell, focusing on morphology, maintenance of trans-membrane potential, mechanism involved in generation of reactive species, and comparative analysis of a number of probes used for evaluating mitochondrial function in sperm cells are discussed.

One cell focused on "cooperating with members of the Argentine police, corrupting them or threatening them to collaborate with the attack," Mr. Mesbahi said, according to the transcript.

Hamburg Cell focuses on a group of young Middle Easterners who arrived in Germany during the 1990s, and their unlikely transformation from nondescript students to key players in the 9/11 conspiracy.

Reaction systems, a mathematical formalism inspired by the mechanisms within a biological cell, focuses on an abstract set-based representation of chemical reactions via facilitation and inhibition.

It explains the essential properties of cells, focusing on those attributes that are relevant to the tissue engineer.

This chapter provides a history of fuel cells focusing on the main types of fuel cells, their characteristics and development status and discusses the thermodynamics and the process engineering aspects of fuel-cell systems.

During his postdoc, Gray studied how HIV replicates in brain cells, focusing on the region of the virus the promoter responsible for kick-starting the production of all the viral proteins.

The purpose of this review is to describe the current status and to highlight several emerging trends in the manufacture of recombinant therapeutic proteins in cultivated mammalian cells, focusing on Chinese hamster ovary cells as the major production host.

In this paper we will apply such considerations to the optimisation of interfacial electron transfer dynamics in dye sensitised, nanocrystalline solar cells, focusing on the dynamics of electron injection and charge recombination between sensitiser dyes and nanocrystalline TiO2 electrodes.

Here we provide an overview of the possible mechanisms modulating mitochondrial energy production and homeostasis in the intriguing scenario of neoplastic cells, focusing on the double-edged role of 5′-AMP activated protein kinase in cancer metabolism.