Cell Metabolism

Autophagy, being the degradation of cytoplasmic components as well as other organelles, is generally done with the lysosomes. The lysosomes, contain enzymes (hydrolase and others)to digest these worn out, damaged, or infected parts, which keeps the cell healthy and clean. mTOR regulates this process (mammalian target of rapamycin). I don't know of any other organelles that are involved in this process but lysosomes do carry out a similar procedure to autophagy. It's called autolysis, and that is basically when the lysosome, excretes all of its digestive juices into the cell. It's like a self destruct and the entire cell is condemned to a digestive end. Don't worry, it only applies to damaged cells.

Energy is released.

Energy is released in the Mitochondria through a process called respiration.Heart muscle requires a lot of energy to keep its muscles contracting and working all the time , so it's cells have a lot of mitochondria.

Mitochondria are also present in cells which carry out Active transport (like cells in the gut wall) as active transport also require energy from respiration.

Common cellular activity includes cells taking in and using energy. Cells respond to the environment and regulate their internal environment.

bc the mitochrondia is also known as the power house of the cell and the power plant powers everything

Because nerves performe much more activity than skin cells. Where skin cells are dividing. nerves send electric impulses throught the body all the time. The impulses involve use of ATP which is produced in mitochondria.

You use the thermacol to cast the part. Then you use the resulting mold to reproduce the item.

Lysosomes are smaller. The mitochondria vary from 0.5-10 micrometers in diameter. The size of lysosomes vary from 0.1-1.2 micrometers.

O2 is required for aerobic respiration to take place. Aerobic respiration is required to make ATP. ATP is required in a very large number of biological processes. If there is no ATP, then these processes cannot take place (almost every biological process uses ATP at some point).

Provide a large surface area for the electron transport chain and the ATP synthase which are all located in these folds of the inner membrane.

Creatine phosphate is a better source of quick energy than glucose because in thermodynamic scale of energy potential Creatine phosphate is a super high energy phosphate compounds which has higher standard free energy of hydrolysis than that of ATP and can give its high energy phosphoryl group to ADP to generate ATP which is used to biosynthesis Glucose. so creatine phosphate stored in muscle is quick enery source to produce ATP than glucoe.

Mitochondria are sometimes called the "powerhouses" of the cell. The energy is released by combining food with oxygen, in a process called aerobic respiration. The oxygen from the food is needed to help the cell move and grow.

Mitochondria, is the part of the cell which converts oxygen into energy. It is the site of respiration in the cell and it produces energy so that the cell can carry out its basic functions. The end product it forms is ATP or Adenosine Tri-phosphate.

The red blood cells in our body do not have a mitochondria which ensures that the energy is transferred to the particular body part and is not absorbed by the RBC itself.

• Microsporidia Giardia lamblia Entamoeba histolytica. Trichomonas vaginalis.

Yes there is ammonia in human body. Most of the ammonia in body is obtained during digestion in the intestine. The bacteria break down proteins in food to form ammonia. Liver converts ammonia into urea which you urinate out.

If you write this as a balanced chemical equation, water will form as a result. You must account, in other words, for all the elements.

Active transportation needs energy.(ATP). ATP is produced by mitochondria

2, 8, 18, 18, 7.

This is water.

There are more mitochondria in muscle cell than in most other cells in the body because the muscles do more movement. This means that the muscles need more energy.