Answer: The technician would expect to see "purple, spherical-shaped organisms arranged in chainlike formations." This will give the gram stain confirmation of having streptococcus pyogenes. With the confirmation, the patient can receive antibiotics to kill off the bacterial organisms. Usually, penicillin is given in these cases unless the patient is allergic.
The technician is taught in school how to look for each strain since it is important to diagnosis this correctly. If the gram stain had of been pink or purple with grapelike clusters, it would have not of been Strep and there would have been a different diagnosis.
Bacteria strains are different shapes, various sizes, and can be found in multiple arrangements. Since the wall of the cell is rigid, the bacteria will not lose the shape. The bacteria have to separate parts, the shape and how they are arranged. When there are grape-like structures it indicates staphylo. The chains will indicate the presence of strepto. The shapes that are rods will be bacilli, the spiral ones will be spirillum, and the sphere shapes are cocci.
When a cell is "at rest" it is in a state called the resting potential. In this state, neurons are more negatively charged ions inside the cell than outside the cell.
Answer: Fear and anxiety are influenced by many genes; there is no such thing as a simple "fear" gene that is inherited from one generation to the next. The genes controlling neurotransmitters and their receptors are all present in several different forms in the general population.
Explanation: BRAINLIEST PLEASE and THANK yOU
Respect like caring of others feelings and doing them right.
Answer:
The Human Excretory System
Explanation:
The Human Excretory System is crucial in removing or discharging wastes from the body. Wastes may come in the form of urine, earwax, excrement, sweat, carbon dioxide, etc.
The "skin" is part of the Excretory System that is responsible for removing<em> salts</em> from its surface in a process called<u> sweating</u>. On the other hand, the "lung" is responsible for excreting <em>"carbon dioxide</em>." Having high levels of this element in the blood will lead to <u>failure of the respiratory system</u>.
