Sentence examples for metals in cells from inspiring English sources

X‐ray absorption spectroscopy (XAS) has emerged as one of the premier tools for investigating the structure and dynamic properties of metals in cells and in metal containing biomolecules.

Spectroscopic signals from these electronic transitions can be used to dissect the chemical architecture of metals in cells, in cellular components, and in biomolecules at varying degrees of structural resolution.

As these techniques continue to grow in their capabilities and ease of use, so too does the demand for their application by chemists and biochemists interested in studying the structure and dynamics of metals in cells, in cellular organelles, and in metalloproteins.

Some of these basic unanswered questions include: What is the amount and speciation of metals in cells?

Plumbagin is thought to undergo redox cycling, which has effects on reactive oxygen species and the chelating of metals in cells.

Maintaining healthy amounts of metals in cells should be simple: cells have access to a large pool of metal ions and all they need to do, in principle, is to select the metal ions they need from this pool.

Table 2 summarizes removal efficiencies for these metals in cell 2 for a typical summer and winter sampling event.

Drug candidates clioquinol (CQ) and PBT2 (Prana Biotechnology Ltd) have a moderate affinity for metal ions, and rather than deplete biological metals in cell culture, promote the uptake of Cu and Zn [10].

Metallothionein proteins provide cysteine thiolate ligands for metals and constitute a part of the metal-buffer in cells, both for storing biologically important metals and for sequestering toxic ones.

This may partly help to explain the cell toxicity of heavy metals in mammalian cells.

The intracellular poisoning of microbes by heavy metals in immune cells may also involve other ions, such as copper.