After applying the disk and allowing it to incubate, you can see the zone of growth inhibition, meaning that there is no bacterial growth around the disk.
<h3>What suggests that a blood agar plate contains Streptococcus pyogenes?</h3>
Blood agar plates are examined for the presence of colonies of -hemolytic bacteria in order to recognize <em>S. pyogenes</em> in clinical samples. <em>S. pyogenes</em> colonies typically have a dome-shaped, smooth or moist surface, and clear margins after 24 hours of incubation at 35-37°C.
You should anticipate seeing by the sensitivity to bacitracin if <em>Streptococcus</em><em> perogenous</em> is inoculated to a blood agar played with a tax or a disk. <em>Streptococcus perogenius</em> can be distinguished from other non-group A strains, as is well known. However, due to their increased sensitivity to etc., the hemolytic streptococcus. As you can see, a plate, a guard, and some bacterial manipulation are present.
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The answer to this question is <span>Synesthesia
</span><span>Synesthesia is a form of the disorder that <span>cause simulation</span> in a certain sensory pathway to lead in secondary experience in another pathway.
</span>This phenomenon wil cause a certain<span> sense information being interpreted as more then one sensation.</span>
Answer: they are called DNA polymerase and they’re proteins
Explanation:
Answer: actively pump water back into their cells to counter its loss due to osmosis.
Explanation:
The salt lake is the hypertonic solution that means it exhibit the high concentration of salt as compared to what is present in the cells of the organisms. Thus the cells of animals or plants in the hypertonic solution shrinks as they will loose water. The water moves from the higher concentration to the lower concentration.
The brine shrimp cells will shrink in the hypertonic solution of the salt water. Thus the shrimp will actively take or pump water inside the cell to counter balance the loss of water caused due to osmosis.
