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bazaltina [42]
3 years ago
11

In animals the sensory capabilities evolved over hundreds of millions of years. It is therefore not surprising that different se

nsory aspects use similar transduction mechanisms. In terms of transduction (i.e., the way energy or chemicals are sensed and transduced into an electrical signal), which distinct human sensory systems use the same molecular mechanisms? Please list two pairs of systems and explain the similarity.
Biology
1 answer:
BARSIC [14]3 years ago
3 0

Answer:

Visual framework:  

In visual framework, sensory cells replace physical vitality of light signals into electrical motivations that movement to the mind. Tangible cells in visual framework are bar cells and cone cells. The light creates a conformational changes in rhodopsin. This change brings about a decrease of the electro-chemical inclination of the photo-receptor which brings about decrease of electrical signs setting off to the cerebrum.  

Aulfactory framework:  

In the olfactory framework the atoms that giving smell stuck the bodily fluid tough situation to G protein receptors on olfactory cells. The G protein does initiates a downstream flagging course that causes progressively level of cyclic AMP which causes synapse discharge

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Ans:

Please read the explanation section.

Explanation:

Vegetative propagation does not require seeds or spores to produce offspring. In this propagation, offspring grow from a specific part of the parent plant. In different plants, vegetative propagation happens in different ways. Here are a few examples.

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  • Potato plants reproduce using tubers. These underground growths propagate new plants from stems or growing points, which is called eyes.
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liq [111]

Answer:

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Phototropism is the phenomenon that is causing the bean seedling to bend as shown.

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This phenomenon usually occur in plants but it can also occur in organisms in fungi.

When the plants grow towards the direction of sunlight, it is known as positive phototropism while when the plants move away from the direction of sunlight, it is known as negative phototropism (skototropism).

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Answer:

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