...Convert 70.0 mg/dL glucose to mmol/L glucose....
...glucose to mmol/L glucose. A. 3.89 mmol/L...
...a 20.0% w/v glucose solution? A. 0.111...
...g/100 mL of glucose. It is diluted...

...la concentration en glucose, dans l’urine primaire,...
...une surcharge en glucose, on administre du...
...on administre du glucose en quantité, et...
...à contenir du glucose. Cette courbe, de...
...de transport de glucose est saturé, c’est...
...les transporteurs de glucose en mettant de la...
...dégrade des polymères d’?-glucose. Le lysozyme dégrade toutes...
...un polymère de glucose à l’?-amylase, elle...
...en maltose (2 glucose), en maltotriose (3...
...en maltotriose (3 glucose). Quelques fois dans...
...sera absorbée, le glucose commence à l’être,...
...pour libérer maltose, glucose… Cette fois, elle...
...les polymères de glucose qui passent. Elle...
...vont stocker le glucose sous forme de...
...en galactose et glucose. La saccharase ou...
...le tréalose en glucose. On obtient des...
...Le transport de glucose est facilité, il...
...a un co-transport sodium-glucose. Le fructose a...
...une transformation en glucose avant d’être absorbé....

...up of many glucose units. Glucose is...
...many glucose units. Glucose is a major...
...and storage of glucose, a major cellular...
...• (1) When glucose levels rise above...
...the transport of glucose into body cells...
...cells to store glucose as glycogen, dropping...
...glycogen, dropping blood glucose levels. • (4)...
...• (4) When glucose levels drop below...
...the release of glucose into the blood,...
...increasing the blood glucose levels. The pancreas...
...up or release glucose to regulate levels...
...maltose into two glucose molecules. Sucrase splits...
...in milk, into glucose and fructose. These...
...peptides, vitamins, and glucose, are pumped against...
...the levels of glucose in the blood,...
...usually has a glucose concentration very close...

...useful to consider glucose: C6H12O6 + 6O2...
...The catabolism of glucose is exergonic, with...
...per mole of glucose. Some of this...
...the oxidation of glucose and other molecules...
...series of reactions, glucose is oxidized and...
...is transferred from glucose to oxygen, the...
...the oxidation of glucose transfers electrons to...
...food molecule like glucose would combine almost...
...supplied by igniting glucose, it burns in...
...per mole of glucose (about 180 g)....
...does not oxidize glucose in a single...
...one time. Rather, glucose and other fuels...
...stripped from the glucose. In many oxidation...
...trap electrons from glucose? Dehydrogenase enzymes strip...
...from the substrate (glucose), thus oxidizing it....
...the breakdown of glucose. The electrons carried...
...electrons extracted from glucose and stored in...
...electrons removed from glucose by NAD+ fall...
...following “downhill” route: glucose NADH electron transport...
...deriving energy from glucose use glycolysis to...
...catabolism by breaking glucose into two molecules...
...each molecule of glucose degraded to carbon...
...energy contained in glucose into the small...
...energy by oxidizing glucose to pyruvate During...
...pyruvate During glycolysis, glucose, a six-carbon sugar,...
...the oxidation of glucose. The net yield...
...2 NADH per glucose. No carbon is...
...original energy in glucose is still present...
...total yield per glucose from the citric...
...the respiration of glucose are produced by...
...energy extracted from glucose. These reduced coenzymes...
...flows as follows: glucose NADH electron transport...
...a molecule of glucose to six molecules...
...one molecule of glucose. Phosphorylation and the...
...ATP synthesis, one glucose molecule could generate...
...Complete oxidation of glucose releases 686 kcal/mol....
...kcal/mol times 32 ATP/glucose divided by 686...
...by 686 kcal/mol glucose, which equals 0.34,...
...respiration). Glycolysis oxidizes glucose to two pyruvate...
...of ATP from glucose by substrate-level phosphorylation....
...much ATP per glucose molecule as does...
...be hydrolyzed to glucose monomers that enter...
...including sucrose, provides glucose and other monosaccharides...
...in the diet. Glucose can be synthesized...

...such as ions, glucose and amino acids...
...substances such as glucose and amino acids...
...substances such as glucose and amino acids...
...blood such as glucose, amino acids and...
...net diffusion of glucose or amino acids...
...molecules, such as glucose, amino acids and...

...CH2O. For example, glucose has the formula...
...seven carbons long. Glucose and other six-carbon...
...atoms. For example, glucose and galactose, both...
...asymmetric carbons. Although glucose is often drawn...
...most sugars (including glucose) form rings in...
...solution. Monosaccharides, particularly glucose, are major nutrients...
...extract energy from glucose molecules in the...
...by joining two glucose molecules. Sucrose, table...
...formed by joining glucose and fructose. Sucrose...
...formed by joining glucose and galactose. Polysaccharides,...
...composed entirely of glucose monomers. Plants store...
...Plants store surplus glucose as starch granules...
...hydrolyze starch to glucose, making the glucose...
...glucose, making the glucose available as a...
...Most of the glucose monomers in starch...
...complex. Animals store glucose in a polysaccharide...
...it to release glucose to meet the...
...a polymer of glucose. However, the glycosidic...
...are different because glucose has two slightly...
...fixed above ( glucose) or below (...
...or below ( glucose) the plane of...
...of alpha () glucose monomers. Cellulose is...
...of beta () glucose monomers, making every...
...making every other glucose monomer upside down...
...built with ? glucose form helical structures,...
...built with ? glucose form straight structures....
...built with ? glucose allow H atoms...
...cellulose to its glucose monomers through the...
...appendage on each glucose monomer. Pure chitin...

...prepared by mixing glucose in water. Which...
...Both water and glucose are solutes. B)...
...Both water and glucose are solvents. C)...
...the solute, and glucose is the solvent....
...the solvent, and glucose is the solute....
...C) starch D) glucose E) ribose Answer:...
...an oligosaccharide? A) glucose B) DNA C)...
...following sugars? A) glucose and glucose B)...
...A) glucose and glucose B) deoxyribose and...
...D) maltose and glucose E) glucose and...
...and glucose E) glucose and fructose Answer:...
...human body? A) glucose B) steroids C)...
...A) lipids B) glucose C) amino acids...
...protein D) contains glucose E) is a...
...glycine, cysteine 11) glucose, cellulose, glycogen Topic:...
...saturated fat C) glucose D) glycogen E)...
...polysaccharide made of glucose known as ________,...

...Two molecules of glucose are linked together...
...the above 33. Glucose and fructose are__________...
...compounds, except_______. A. Glucose B. Phospholipid C....
...are polymers of glucose and amino acids,...
...fatty acids and glucose, respectively C. are...
...isomeric forms of glucose D. are both...
...both polymers of ?-glucose E. are both...
...both polymers of ?-glucose 52. Hydrolysis of...
...polymer of _______ glucose. A. unbranched /...
...47. Uptake of glucose in blood cells...
...A. FAD B. glucose C. NADPH D....
...five molecules of glucose D. three molecules...
...three molecules of glucose 15. Formation of...
...one molecule of glucose and completion of...
...aerobic respiration? A. glucose is completely oxidized...
...electrons associated with glucose is transferred to...
...1 molecule of glucose in presence of...
...anaerobic catabolism of glucose electrons from glucose...
...glucose electrons from glucose is used to...
...aerobic respiration, one glucose molecule is oxidized...

...2, CO 2, glucose, starch. 2. Size...
...CO 2, + glucose, starch, ethanol, Na...
...three molecules: a. glucose, a relatively small...
...large polymer of glucose c. I 2KI...
...A solution of glucose and starch will...
...be tested for glucose and starch. The...
...The presence of glucose will be tested...
...tested with a glucose test strip. The...
...Needed • 15% glucose solution • 1%...
...dropper bottle • Glucose test strip •...
...equal amounts of glucose and starch (approximately...
...the tests for glucose and starch, using...
...beaker solution: A. Glucose test: Dip the...
...test: Dip the glucose test strip into...
...separate. Add the starch/glucose solution that you...
...beaker solution for glucose and starch, as...
...the presence of glucose. Record the results...
...Beaker Bag Beaker Glucose present? Starch present?...
...with the smallest: glucose molecules, water molecules,...
...experiment started with glucose and I 2KI...

...used to make glucose. 3. Glucose can...
...make glucose. 3. Glucose can be a....
...consumers). 2. Inputs: glucose from food and...
...a molecule of glucose. The chemical energy...
...the breakdown of glucose is used to...
...to “burn” sugar (glucose, C6H12O6), producing CO2...
...One molecule of glucose is split into...
...of energy from glucose. It produces far...
...per molecule of glucose than cellular respiration....
...to break down glucose, producing CO2, H2O,...
...metabolic processes. 1. Glucose is the primary...
...CO2 to make glucose. + – ??Point...
...link among G3P, glucose, and glucose polymers...
...G3P, glucose, and glucose polymers (starch and...
...used to make glucose for several purposes....
...are polymers of glucose. ? Emphasize the...
...not go from glucose to CO2 in...
...the relationship between glucose/CO2 and O2/H2O. ?...
...students to memorize glucose as an ingredient...
...respiration without connecting glucose to their food...
...students focus on glucose, they may think...
...is turned into glucose and taken through...
...a molecule of glucose in food through...
...Hydrogens Glycolysis Cytoplasm Glucose Pyruvic few none...
...each. They are glucose. ??In glycolysis, you...
...is left of glucose? • What are...