Answer:
A direct connection exists between the pancreas and diabetes. The pancreas is an organ deep in your abdomen behind your stomach. It’s an important part of your digestive system. The pancreas produces enzymes and hormones that help you digest food. One of those hormones, insulin, is necessary to regulate glucose. Glucose refers to sugars in your body. Every cell in your body needs glucose for energy. Think of insulin as a lock to the cell. Insulin must open the cell to allow it to use glucose for energy.
Explanation:
Each type of diabetes involves the pancreas not functioning properly. The way in which the pancreas doesn’t function properly differs depending on the type. No matter what type of diabetes you have, it requires ongoing monitoring of blood glucose levels so you can take the appropriate action.
Ummmm yikes now thats confusing....
Answer:
Dragonflies are important for our environment.
Explanation:
Dragon flies belongs to the ancient family of insects. They are found on every parts of the world and have been from around 300 millions years ago. There are more than 5000 different species of them found in different parts of the world. Conserving dragonflies is important as they considered as a valuable environmental indicators.
Dragon flies are found in the areas where water is available and near grasslands. Their life cycle is an example of an incomplete metamorphosis. The dragon flies lays their eggs near the water or in the water. Dragon flies spends most of the life time as a nymph in the water where they turn into an adult and leave the water. The dragon flies rely on the aquatic ecosystems all through their life. Thus dragonflies are an important indicators of the environment and water quality.
Most of the life cycle of the dragon flies depend on the availability of water and its quality. Polluting water and destroying their habitat will result in the decline of the population of the dragon flies.
Answer:
C. The reactions take up too much space in the cell if the enzymes are missing.
Explanation:
Explore a wide variety of cells, from bacteria to human neurons, using a compound light microscope. Select a sample to study, then focus on the sample using the coarse and fine focus controls of the microscope. Compare the structures found in different cells, then perform tests to see if the sample is alive.
