WHERE DOES OUTLAST 2 TAKE PLACE HOW TO
WHERE DOES OUTLAST 2 TAKE PLACE SERIES

Fructose 1,6-bisphosphate is cleaved into GAP and DHAP. Step 4: This is the actual cleavage step. This step traps the molecule in the fructose form and uses one molecule of ATP. Step 3: Fructose 6-phosphate is converted to fructose 1,6-bisphosphate by another round of phosphorylation, which means both sides of the chain now have a phosphate group attached. This step is important because fructose 6-phosphate is readily cleavable while glucose 6-phosphate is not.

Step 2: Glucose 6-phosphate is converted to fructose 6-phosphate, an isomer of glucose 6-phosphate. This is catalyzed by the enzyme hexokinase and uses one molecule of ATP. Step 1: Our molecule of glucose is converted to glucose 6-phosphate by phosphorylation so that it stays in the cell and has phosphoryl transfer potential. Now letвЂ™s go into a little more depth, starting with one molecule of glucose in the cytoplasm.

WHERE DOES OUTLAST 2 TAKE PLACE SERIES

Glycolysis occurs in the cytoplasm and involves two stages which break up glucose вЂ“ a 6-carbon molecule.Дuring the first stage, glucose is broken into two phosphorylated 3-carbon compounds through a series of reactions.Дuring the second stage, each of the 3-carbon compounds is oxidized to form pyruvate and net two molecules of ATP. Our scope for todayвЂ™s video will focus only on glycolysis, which is the first step in this larger process. In order to give you some context, itвЂ™s important to note that glycolysis is part of a larger process called cellular respiration that involves glycolysis, the Krebs cycle, the electron transport chain, and ATP synthase. Glucose is also the only fuel for the brain under non-starving conditions, the only fuel for red blood cells, and the most stable hexose so it has a low tendency to modify proteins, making it a great primary energy source. Since a large part of our diet consists of glucose, this is the primary process for energy production in our cells. Glycolysis is used for breaking down a common carbohydrate called glucose into useful energy for the body. Today we are going to talk about a specific type of catabolic reaction called glycolysis. If our body builds up more complex molecules from other simpler precursors, we consider it an anabolic pathway, which requires energy to complete. This process releases energy in the form of ATP. If our body breaks down a substance into its macromolecules, we consider it a catabolic pathway. There are two pathways our body uses to metabolize nutrients.

WHERE DOES OUTLAST 2 TAKE PLACE HOW TO

But we eat all kinds of food that contain all kinds of nutrients, so how do our bodies know how to break everything down?ДЇirst, letвЂ™s look at this generally. Metabolism comes from the Greek root that means вЂњchange.вЂќ Our bodies change food into usable energy for our cells. But what does this process look like, and how does it work? LetвЂ™s take a look! Hi, and welcome to this video on glycolysis! Generally speaking, glycolysis is something that happens inside the body to process food.

Where does outlast 2 take place