Answer:
retrograde axoplasmic transport
Explanation:
The retrograde axoplasmic transport is a type of fast axonal transport that moves the substances at a fast rate by using proteins. These proteins transport the substances along the surfaces of the microtubules of the cytoskeleton of nerve cells. The retrograde axoplasmic transport moves the substances towards the soma or cell body from the terminal ends of the axon. This type of axonal transport mostly moves the substances that are to be recycled or broken down.
Biomes
are very large ecological areas on the earth’s surface, with fauna and flora
(animals and plants) adapting to their environment. Biomes are often defined by
abiotic factors such as climate, relief, geology, soils and vegetation.
A biome<span> is NOT an ecosystem,
although in a way it can look like a massive ecosystem. If you take a closer
look, you will notice that plants or animals in any of the biomes have special
adaptations that make it possible for them to exist in that area. You may find
many units of ecosystems within one biome.
There are five major categories of biomes on earth. In these five, there are
many sub-biomes, under which are many more well defined ecosystems.
</span>
<span>The Desert Biom - Deserts
makeup about 20% of total land cover on earth and are characterized by
little (less than 50cm/yr) or no rainfall. Desert biomes come in four major kinds—
each of these having their unique features but have similarities in their
biotic and abiotic makeup. They are the Hot and Dry Deserts, Semi Arid
Deserts, Coastal Deserts and Cold Deserts, and within these are many
deserts located in many places of the world.</span>
The Aquatic Biome<span> - This
includes all water bodies on the earth’s surface. Aquatic biomes are grouped
into two, Freshwater Biomes (lakes and ponds, rivers and streams,
wetlands) and Marine Biomes (oceans,
coral reefs and estuaries). These biomes make up about 73% of the total
earth’s surface.</span>
The Forest Biome<span> - Forests
makeup about 30% of the total land cover on earth and are of incredible value
to life on earth. They are a
store of carbon and play a very important role in climate control. They have a watershed role and are a source of many raw materials that humans depend on. </span>
The
Grassland Biomes:<span> <span>There are
two main types of grassland biomes: the Savanna Grasslands and the Temperate
Grasslands. </span></span>
The Tundra
Biomes:<span> <span>There are
two major tundra biomes—The Artic Tundra and the Alpine Tundra. </span></span>
1) Homeostasis describes the carefully maintained optimal physiological conditions in our body, regardless of our outside conditions. Viruses can disturb this homeostasis by growing in our body, where they do not below, and producing toxins. Viruses are very much like the effect of a storm at sea on a sailing ship, as the ship is unable to rect as normal to feedback controls to maintain a course.
2) The feedback loop in a sailing ship to maintain it's course would be the ships captain checking the course and detecting that the ship is off course, giving a signal for the ship's rudder and sails to be adjusted. The wind that first pushed the ship off course then plays a role in bringing the ship back on course.
The correct answer is angiosperms.
The angiosperms, also known as the flowering plants, they are the most varied group of land plants with more than 400 families, and about 13000 known genera.
Similarly to gymnosperms, the angiosperms are seed-bearing plants. However, they are separated from gymnosperms by the features like endosperm within the seeds, flowers, and the generation of fruits, which comprise the seeds.
Tuberculosis mostly infects and destroys the lungs.