Answer:
B
Explanation:
The technique of fluorescent microscopy allows the observation of living cells by using fluorescent dyes or proteins to label specific structures or molecules within the cell.
Microscopy is a valuable tool in biology for studying cells and their structures. When it comes to observing living cells, one technique that stands out is fluorescent microscopy. This technique involves using fluorescent dyes or proteins to label specific structures or molecules within the cell. When these labeled structures are illuminated with a specific wavelength of light, they emit fluorescence, which can be captured and visualized using a specialized microscope.
Fluorescent microscopy is particularly useful for studying dynamic processes within living cells. For example, researchers can use fluorescent microscopy to track the localization of proteins within a cell, observe cell division in real-time, or investigate cellular interactions. By labeling specific structures or molecules with fluorescent markers, scientists can gain insights into the behavior and function of living cells.
Learn more about microscopy techniques for observing living cells here:
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The correct answer is D.) Second Sucession.
The type of muscle filaments that are arranged in a disorderly manner are known as smooth muscle filaments.
Smooth muscle is one of the three types of muscle tissue found in the human body, along with skeletal muscle and cardiac muscle. Unlike skeletal and cardiac muscle, which have a highly organized arrangement of filaments, smooth muscle filaments are arranged in a more random and disorderly manner.
Smooth muscle is found in the walls of organs and structures such as the intestines, blood vessels, and uterus. The disorderly arrangement of smooth muscle filaments allows for greater flexibility and adaptability in these organs, as they can stretch and contract in different directions.
The lack of a highly organized pattern in smooth muscle filaments contributes to the smooth muscle's ability to generate slow, sustained contractions over extended periods of time. This is important for functions such as peristalsis in the digestive system or maintaining blood pressure in the blood vessels.
In summary, smooth muscle filaments are arranged in a disorderly manner, which allows for flexibility and sustained contractions in organs and structures throughout the body.
Blueberry: 1st Trophic Level
Rabbit: 2nd Trophic Level
Snake: 3rd Trophic Level
Cat: 4th Trophic Level
Hope this helps :P
plz give me the brainliest if it does : )
Answer:
The blueberry we go on the fourth the The rabbit would go next I think the snake would go after that and then the cat.
Explanation:
The snake and the cat might be switched but I’m pretty sure that the cat would be able to eat the snake easier than the snake would be able to get the cat so all I can say is go with your gut on that one .
Answer:
50-50%
Explanation: