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Gram negative bacteria generally have a much thinner cell wall than gram positive bacteria and, therefore, are easier to break.
Gram bacteria have a much thinner cell wall compared to Gram bacteria, and the content of PG, a compound relatively resistant to oxidative damages, in their cell wall is quite low.
The cell wall is an important target of mutations that confer antibiotic resistance, and thus intuitively, it seems possible that there may be a difference in fitness costs associated with antibiotic resistance between Gram-positive, which has a much thicker layer of peptidoglycan in their cell wall, and Gram-negative bacteria, which has a much thinner cell wall.
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Mutants unable to produce both signals (double mutant) were able to produce a biofilm, but unlike the wild type, their biofilms were much thinner, cells were more densely packed, and the typical biofilm architecture was lacking.
Next, the tip was positioned at the peripheral region of the cell where the cell is much thinner and hence the effective stiffness is higher due to the underlying hard substrate.
Semiconductors in thicknesses of about one-hundredth of a centimetre or less can absorb all incident visible light; since the junction-forming and contact layers are much thinner, the thickness of a solar cell is essentially that of the absorber.
Gram-positive bacteria remain purple because they have a single thick cell wall that is not easily penetrated by the solvent; gram-negative bacteria, however, are decolorized because they have cell walls with much thinner layers that allow removal of the dye by the solvent.
Here we report an alternative manufacturing approach that utilizes patterned polymer layers to yield much thinner, lighter laminar flow-based fuel cells (LFFCs).
The primary Isogrid has thick and high ribs and contains several sub-Isogrid cells whose rib is much thinner and lower.
The primary orthogrid has thick and high ribs and contains several sub-orthogrid cells whose rib is much thinner and lower.
The mutant stems are much thinner, with excessive pigment accumulation in the epidermal cells (Fig. 8c and d).
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com