Agarose from seaweed is the main component of the gel.
The correct option is B.
<h3>What is seaweed is good for?</h3>
The use of seaweed as a component in food is becoming more widespread. The best nutritional source of iron, which supports the thyroid gland, is in this food. It also contains antioxidants that shield your cells from oxidative stress, along with additional minerals and vitamins like vitamin K, B vitamins, zinc, and iron.
<h3>Which seaweed is healthiest?</h3>
Iodine, which supports healthy thyroid function, can be found in red seaweeds. Additionally, they contain heme copper (a form of iron that can actually prevent iron-deficiency anemia). If you live a vegans, vegetarian, or other plant-based lifestyle, these incredible nutritional advantages will be extremely beneficial to you.
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Can you provide a picture
In the 1960s Hess proposed that the crust separates along the rifts in the mid ocean ridges and that new seafloor forms by upwelling of hot new crust into these cracks. Magnetic anomaly patterns on the sea floor provide evidence. They are peculiar banded magnetic patterns found on the sea floor. By using the age of magnetic reversals they could calculate the rate of seafloor spreading using the equation speed=distance/time. Another line of evidence is the fact that rocks closest to the spreading ridge are younger and older rocks are further away. <span />
Answer:
Microtubules have an inner diameter of 25 nm and an outer diameter of 30 nm.
Explanation:
Microtubules is a microscopic tubular structure that is present in the cytoplasm of cells; they are polymer structures that form part of the cytoskeleton that gives shape to cytoplasm of eukaryotic cells and some prokaryotic cells. A microtubules can be as long as 50 nm in diameter. The average inner diameter of microtubules is 25 nm while that of the outer diameter is 30 nm.
Answer:
Answer in explanation
Explanation:
The article by the author is an interesting read and contains a whole lot of facts.
The main point the author is driving at is that the ozone hole is getting a kind of healing from its otherwise thought depletion continuation.
What he is trying to say is that, although over the years there has been a rate of decline in the layer, a recent study has shown that the decline rate has in fact slowed down and the hole thought to be on regular depletion is in fact getting healed at a rate in which the depletion has slowed
