What happens with glucose-glutamic acid reaction?
361734
Not sure which reaction you are talking about, but a web search gives >300000 hits.
786178
In glycolysis, glucose eventually becomes pyruvate. Glucose and pyruvate are small molecules. The production of pyruvate does not happen at once: glucose first has a phosphate molecule attached to it, then it's oxygen bonds get tweaked a bit, then another phosphate gets attached... After ten small alterations, we have two pyruvates (glucose gets split in half along the line). The pathway starts with glucose and ends with pyruvate, but after the first step, it is not just glucose anymore, it is glucose-6-phosphate. After the second step it is fructose-6-phosphate. These molecules that are not the start or the finish of a pathway are called intermediates.\n\nAll the intermediates are small molecules. Enzymes are not small molecules (relatively speaking). Enzymes are proteins, the smallest of which are still hundreds of times more massive than glucose, pyruvate, and the glycolysis intermediates. Enzymes serve very specific functions and the transformation of glucose into the first intermediate of glycolysis is controlled by an enzyme. The transformation of the first intermediate into the second is also controlled by an enzyme (a different one). Just about every molecular transformation occuring in any organism is controlled by an enzyme. The enzymes do not change. They just cause the molecular transformation of other molecules to occur much faster than they would naturally.
907444
I think (only think) it's because pyruvate (a product of glycolysis) is able to cross the internal membrane thus allowing ATP production with carbon dioxide as a by-product, whilst glucose is unable to do so.\nI would read my two references to check.\nGood luck.
263027
Glucose is oxidized with bromine.
82368
U get precipitate of Lead Iodide. The reaction is already mentioned!!!!\n\nPb(NO3)2 (aq) + 2KI (aq) --> 2KNO3 (aq) + PbI2 (s)
960676
There is a delicate balance of Krebs Cycle intermediates, as different physiological conditions require different amounts of each one.  For example, if the body needs to make glucose (gluconeogenesis), it may remove oxaloacetate for this pathway.  Or if it is low for a specific amino acid, it may pull out certain Krebs Cycle intermediates to synthesize it, or it may use citrate to synthesize fatty acids. \n\nGenerally there is also reverse reactions that FILL UP Krebs Cycle intermediates.
823965
Glycolysis is not an oxygen consuming process. During Glycolysis, two molecules of a polysacharide split ('lysis') up to a monosaccharide. The is an OH-H bond, therefore, when the molecules split up, a molecule of Water is required.\n\nTherefore, it is a hydrolysis reaction.
618401
A chemical reaction that takes place in a plant (with the aid of sun light) to create glucose, which is a type of sugar.\n\nWater + Carbon dioxide > Glucose + oxygen\n\nhttp://www.scienceaid.co.uk/plantnutrition.html
619926
atp phosphorylses the glucose to form glucose phosphate - this energises glucose and makes it more reactive, so that the subsequent steps of glycolysis (anaerobic respiration) are able to occur.\n\nif the glucose was not energised, it would not split into two to form triose phosphate, and would not form pyruvate (and therefore lactate) as it is not reactive enough.\n\n\nglycolysis reaction:\n\nglucose +atp => glucose phosphate + adp => 2triose phosphate  => 2 pyruvate\n\nThen NADH, a hydrogen carrier, supplies H+ ions to the pyruvate so it is converted into lactate.
140382
Glycogen is the polysaccharide which your body produces in responce to high blood glucose levels.  It is starch like in that both glycogen and starch are carbohydrate polymers. Glycogen is produced from glucose in a process known as glycogenesis which is often triggered by the concentration of insulin in the blood plasma.\n\nNote: Glucose it's self is not starch like, starch is a polymer of glucose.  Glucose is starch like in the same way a brick is house like.
109521
I remember learning about this very complex process, its called Gluconeogenesis and if you do a simple search you can find the step by step processes!
117088
its b from glucose see Glycosis for a futher understanding
1166624
False. One glucose enters glycolysis. That glucose is then converted to 2 pyruvate which then go onto become Acetyl CoA to enter the Kreb cycle. The Kreb cycle then spins twice creating CO2, 2-ATP, and 6-NADH & 2 FADH. These protons are then sent to the electron transport chain to produce ATP.
1099901
http://www.amarillomed.com/howto.htm#Glucose:
434155
Sugars in the diet.  Next, would be gluconeogenesis from the liver.
523190
Glycolysis is a process that breaks down glucose without the presence of oxygen. This process occurs in the cytoplasm and involves 10 reactions that convert glucose to 3 carbon pyruvate. The first stage is priming of glucose. Glucose is converted to glucose 6 phosphate using a molecule of ATP, a process called phosphorylation. Then the glucose 6 phosphate is converted into fructose 6 phosphate through the process of isomerization. This is further phosphorylated to fructose 1, 6 bisphosphate (phosphorylation). This fructose 1, 6 bisphosphate is cleaved into two molecules of glyceraldehyde 3 phosphate. The two G3P undergo substrate level phosphorylation, a sequence of 5 reactions, involving dehydrogenation where NAD+ is reduced, dephosphorylation where two molecule of ATP is formed, isomerization where the phosphate group moves, dehydration where the molecule lose water and dephosphorylation where 2 molecules of ATP are generated and two molecule of pyruvate is formed. \n\nThe fact that glycolysis produces ATP fulfills a minor energy requirement of the cell, since ATP is the energy currency required for cellular functions to work. Another minor energy requirement is the formation of NADH, because the proton in NADH is required to activate the proton pump at the electron transport chain, which, in turn, activates the enzyme ATP synthase responsible for the synthesis of many ATP molecules (aerobic respiration = with oxygen)\n\nThe major relation of glycolysis to the energy requirements of the cell is the transformation of glucose to pyruvate. Pyruvate is decarboxylated and attached to coenzyme-A to form acetyl-coA, which then goes through krebs cycle. Both these processes form NADH (and ATP in the case of the krebs cycle), which can then provide many protons to activate ATP synthase. (aerobic respiration = with oxygen)\n\nMoreover, pyruvate can also be used in the absence of oxygen through anaerobic respiration. Through this process, ATP can be formed without oxygen and can thus fulfill energy requirements of the cell.\n\nVery long but hope this helps =)
92610
generally glucose is the intial substrate in glycolysis .......