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Collect energy from the high-energy metabolites.

For each molecule of glucose that passes through the preparatory phase atwo molecules of glyceraldehyde 3-phosphate are formed. The preparatory phase, steps 1 to 5, converts the six-carbon glucose into two three-carbon units, each of them phosphorylated.

Destinos del Piruvato by Cristian Moscoso on Prezi

A and B represent amino acid residues that serve as general acid A or base B. The required adjustment in the rate of glycolysis is achieved piruavto a complex interplay among ATP consumption, NADH regeneration, and allosteric regulation of festinos glycolytic enzymes—including hexokinase, PFK-1, and pyruvate kinase—and by second-to-second fluctuations in the concentration of key metabolites that reflect the cellular balance between ATP production and consumption.

Importance Sequence of enzyme-catalyzed reactions by which glucose is converted into pyruvate Pyruvate can be further aerobically oxidized Pyruvate can be used as a precursor in biosynthesis Some of the oxidation-free energy is captured by the synthesis of ATP and NADH Research of glycolysis played a large role in the development of modern biochemistry Understanding the role of coenzymes Discovery of the pivotal role of ATP Development of methods for enzyme purification Inspiration for the next generations of biochemists.

To produce pyruvate, the chemical eel must occur in the order shown.


Glucólisis Carlos I. González, Ph.D. Catedrático Asociado

Allows glycolysis to proceed by one pathway Aldolase creates two triose phosphates: While aspartame, like other peptides, has a caloric value of 4 kilocalories destihos kilojoules per gram, the quantity of aspartame needed to produce a sweet taste is so small that its caloric contribution is negligible. The proton light red initially at C-2 is made more easily abstractable by electron withdrawal by the adjacent carbonyl and nearby hydroxyl groups. Activate it by phosphorylation Second: The reactive carbon atom in the thiazolium ring of TPP is shown in red.

Movimiento destinow de C-3 a C Oxidation of GAP Rationale: Aldol Cleavage of F-1,6-bP.

After its transfer from C-2 to the active-site Glu residue a weak acidthe proton is freely exchanged piruvwto the surrounding solution; that is, the proton abstracted from C-2 in step 2 is not necessarily the same one that is added to C-1 in step 3. The reaction shown here is the reverse of an aldol condensation. Sobre el proyecto SlidePlayer Condiciones de uso. Funciones de estos compuestos fosforilados: On a slightly longer time scale, glycolysis is regulated by the hormones glucagon, epinephrine, and insulin, and by changes in the expression of the genes for several glycolytic enzymes.

To use this website, you dstinos agree to our Privacy Policyincluding cookie policy. It is times sweeter than sugar in typical concentrations, without the detinos energy value of sugar.

Keep in mind that each phosphoryl piruvago, represented here as Phas two negative charges —PO32—. Extremely active muscles use glycogen as energy source, generating lactate via glycolysis.


Chlorine is present naturally in many of the foods and beverages that we eat and drink every day ranging from lettuce, mushrooms and table salt. Migration of the Phosphate.

Migration of the Phosphate Rationale: Pyruvate is the end product of the second phase of glycolysis. It is made through a patented, multi-step process that starts with sugar and converts it to a no calorie, non-carbohydrate sweetener. Oxidation of the three-carbon units is initiated in the payoff phase. Remember that destlnos and fructose are present mostly in their cyclized forms in solution, although they are transiently present in linear form at the active sites of some of the enzymes in this pathway.

For each molecule of glucose that passes through the preparatory phase atwo molecules of glyceraldehyde 3-phosphate are formed; both pass through the payoff phase b.

DDT Zoloft Vancomycin sucralose. Generation of a high-energy phosphate compound Incorporates inorganic phosphate Which allows for net production of ATP via glycolysis!

Triose Phosphate Interconversion Rationale: The numbered reaction steps correspond to the numbered headings in the text discussion. This glucose is released to the blood and returned to the muscles to replenish their glycogen stores.

How to extract free energy from glucose anaerobically?