Glucose derivatives can produce a number of different molecules, including sugar acids. Below are three sugar acids. (1) Indicate which carbon has been oxidized in glucose to produce the sugar acid and (2) match the function of the sugar acid by selecting the letter associated with a description. This will require you to investigate functions!a. This sugar acid is used as a substrate in glucuronosylation reactions to modify other insoluble molecules, forming glucuronides that are water soluble and can be more efficiently eliminated from the body as waste. b. Produced in small amounts in mammals, but found in higher amounts in fruits, including apples and grapefruits. This sugar acid has been shown to limit hormone-dependent cancers through inhibition of β-glucuronidase. c. Found in honey, where the pH is kept acidic to inhibit growth of microorganisms. This sugar acid is produced by the enzyme glucose oxidase and serves to enhance flavor.
i. Gluconic Acid: oxidation at __________, function description letter ____ ii. Glucuronic Acid: oxidation at _________, function description letter ____ iii. Glucaric Acid: oxidation at _________, function description letter ____

Answers

Answer 1
Answer: Gluconic Acid: oxidation at carbonyl (1st) carbon, function description letter c.
Glucuronic Acid: oxidation at last (6th) carbon, function description letter a.
Glucaric Acid: oxidation at both carbonyl and last carbon, function description letter b.

According to the site of oxidation, sugars are classified into different groups. The name of the sugar suggest which group it belongs:
1. Aldonic acids - carbon is oxidized at carbonyl carbon -  e.g. gluconic acid.
2. Uronic acids - carbon is oxidized at last carbon - e.g. glucuronic acid. 
3. Aldaric acids - carbon is oxidized at both carbonyl and last carbon - e.g. glucaric acid.

Related Questions

Why might some people find it difficult to follow the MyPlate recommendations?
What happens when there is an error with the cell cycle?
Is it true that mosses create tiny crevices in the rocks with acid​
Why is it difficult to reduce human population growth
The temple ruins at Pozzuoli, Italy, have displayed rapid rises and falls, relative to sea level.a. True b. False

Air has a density of 0.001293 g/cm³. Which of these gases would make a balloon float in air? Check all that apply.*nitrogen, density: 0.001251 g/cm³
*carbon monoxide, density: 0.001977 g/cm³
*helium, density: 0.000178 g/cm³
*carbon dioxide, density: 0.001977 g/cm³
*hydrogen, density: 0.00009 g/cm³
*oxygen, density: 0.001429 g/cm³

Answers

helium,density;0.000178

Answer:

I put A,C,E

Explanation:

Difference between El Nino and La Nina

Answers

The main difference between El Nino and La Nina is their weather occurrences.

El Nino occurs in a summer-like fashion while La Nina occurs in a more heavy rain-like fashion in weather. These two extremes mostly occur in tropical areas, countries that are in the Equator most probably.  

Answer:

Explanation: The difference is that El Nino warms and La Nina cools.

Which of the following hormones is currently thought to decrease plasma calcium levels in pregnant women and children? A) CalcitoninB) Thyroid HormonesC) Parathyroid Hormone (PTH)D) Calcitriol

Answers

I'd say it's (A)/ Calcitonin since it actually decreases blood calcium levels by inhibiting stimulating osteoblasts, osteoclasts, and stimulating calcium excertion by the kidneys. I hope this response will help you.

State why most biologists consider rna to be lifes first coding system

Answers

Because RNA( Ribosominal Nucleic Acid) converts into DNA, also meaning RNA codes for DNA.

Which of the following best describes deflation as it relates to Earth science? A. High tides caused by full moons B. An avalanche caused by skiers C. The lowering of land surface caused by wind D. Beach erosion caused by high tides

Answers

it would be C


Deflation is wind activity which also causes rock erosion or transports sand and dirt.

In cells, hydrogen peroxide is converted to water and oxygen through the activity of

Answers

The right answer is enzymes (catalase).

Catalase is an enzyme that allows the dismutation of hydrogen peroxide (hydrogen peroxide) in water and oxygen.

The oxygen-oxygen bond of the hydrogen peroxide is cut off by the iron atom of the heme group, creating a molecule of water and a highly oxidizing iron-oxygen bond. This can oxidize a new molecule of hydrogen peroxide, giving oxygen. The enzymatic reaction at play is one of the fastest known.

Within the cell, catalase helps protect the body from the oxidative and harmful action of hydrogen peroxide.

In cells, hydrogen peroxide is converted to water and oxygen through the activity of enzymes.