Answer:
1. Spherical shape: <em>coccus</em>: from the Latin <em>coccinus</em> (meaning scarlet) and derived from the Greek <em>kokkos</em> (meaning berry).
2. Rod shape: <em>bacillus</em>: from the late Latin and diminutive of the Latin word <em>baculus</em> (meaning stick; walking stick).
Explanation:
Bacteria are generally classified by their shape and morphology. Numerous microbiologists use the words "rod" or "rod-shaped" and "sphere" or "sphere-shaped" to refer to the morphology of bacteria, these are actually coloquial termd. The correct names for the shapes of bacteria come from Latin and Greek, as many scientific names do, this is known as their etymology, that is, <u>their origin</u>.
The proper or scientific name of a spherical shape or the word 'sphere', is <em>coccus</em>, <u>which comes from the Latin </u><u><em>coccinus</em></u><u> (meaning scarlet) and derived from the Greek </u><u><em>kokkos</em></u><u> (meaning berry).</u>
The proper or scientific name of a 'rod' shape is <em>bacillus</em>, <u>which derives from the late Latin and diminutive of the Latin word </u><u><em>baculus</em></u><u> (meaning stick; walking stick). </u>
<span> I think Sea otters are an iconic species, representing the beauty and diversity of marine life found along California’s coastline. They’re also considered a keystone species because of their critical importance to the health and stability of the nearshore marine ecosystem. They eat sea urchins and other invertebrates that graze on giant kelp. Without sea otters, these grazing animals can destroy kelp forests and consequently the wide diversity of animals that depend upon kelp habitat for survival. Additionally, kelp forests protect coastlines from storm surge and absorb vast amounts of harmful carbon dioxide from the atmosphere. Sea otters are also considered a sentinel species because their health reflects that of California’s coastal waters.</span>
Nutrients are transported throughout the body in blood through capillaries.
Explanation:
because animals bacteria on n on that live in the rainforest nothing actually lives in a tundra
Answer:
Catalase behaves as a catalyst for the conversion of hydrogen peroxide into water and oxygen.
Explanation:
Catalase is an antioxidant enzyme that plays a very important role in the protection against oxidative damage by breaking down hydrogen peroxide. It is a very highly conserved enzyme that has been identified from numerous species including bacteria, fungi, plants and animals.
Catalase has one of the highest turnover numbers for all known enzymes (40,000,000 molecules/second). This high rate shows an importance for the enzymes capability for detoxifying hydrogen peroxide and preventing the formation of carbon dioxide bubbles in the blood.
