Sentence examples for understanding the composition of from inspiring English sources
Understanding the composition of comets gives scientists a snapshot of the materials that were blowing around in the clouds of dust and gas from which the planets in our solar system formed around 4.6bn years ago.
Characterizing, analyzing, and understanding the composition of a campus' residential waste stream is a critical first step toward developing successful and effective waste management strategies across university campuses.
Understanding the composition of the adsorbed protein layer on a biomaterial surface is of an extreme importance as it directs the primary biological response.
Understanding the composition of their soil helps farmers plant, fertilize, and irrigate with greater efficiency something that can make all the difference for small-acreage landholders in India and the millions of laborers they employ.
As European Space Agency scientist Detlef Koschny puts it: "Understanding the composition of comets will teach us about how Earth came into being and about the ingredients that allowed the formation of life". The problem is that comets are tricky objects for spacecraft to get near.
One of the critical issues in designing efficient therapies is understanding the composition of heterogeneous melanoma tumors in order to target cancer stem cells (CSCs) and drug-resistant subpopulations.
Understanding the composition and formation of these two granules will provide insight into how mRNA fate is controlled during stress and during normal growth.
Metagenomics is a powerful new tool for understanding the composition and function of complex microbial communities.
This is a significant result because particle solubility is key to understanding the composition and behavior of SSA.
Understanding the composition and the sources of Arctic aerosols requires further integrated studies with joint multi-component ocean-atmosphere observation and modelling.
However, deploying RNA-seq analysis at single-cell resolution can provide an even deeper level of understanding the heterogeneous composition of tumour samples by identifying constituents otherwise masked in bulk RNA-seq [54, 55].
