Questions
Fill in the blank The majority of ALL living things is made of _______________________________. This accounts...

Fill in the blank

The majority of ALL living things is made of _______________________________. This accounts for 70% of your body. A small percentage of ions and small molecules are found in all living things. An example of this would be ________________. About 25% of ALL living things are composed of large molecules called __________________________. They come in four types: proteins, carbohydrates, ___________________, and nucleic acids. The majority of these large molecules (more than half) are ____________________________.

here are two types of nucleic acids, they are _____________ and _____________. They are composed (made of) smaller pieces called __________________________ that are put together by enzymes, a type of _______________________. (Another biomolecule). The main function of nucleic acids is to ______________________________________________________________.

Label each food with a “U” for unsaturated fat, an “S” for saturated fat, or a “T” for trans fat.

tuna fish ____

Moz. sticks ____

French fries ____

milk ____

hamburger ____

olive oil ____

butter ____

steak ____

peanut oil ____

fried chicken ____

In: Biology

BIOCHEMISTRY: Explain the enzyme reactions involved in glycogen degradation.

BIOCHEMISTRY: Explain the enzyme reactions involved in glycogen degradation.

In: Chemistry

What does it mean for a protein or enzyme to be catalytically inactive?

What does it mean for a protein or enzyme to be catalytically inactive?

In: Biology

Which enzyme is required in final step of alcohol fermentation?

Which enzyme is required in final step of alcohol fermentation?

In: Chemistry

Why is an enzyme critical for coupling an exergonic and ednergonic reaction?

Why is an enzyme critical for coupling an exergonic and ednergonic reaction?

In: Biology

Explain the function of the telomerase enzyme in eukaryotic DNA replication.

Explain the function of the telomerase enzyme in eukaryotic DNA replication.

In: Biology

describe the procedure for determining the properties of the liver enzyme catalase

describe the procedure for determining the properties of the liver enzyme catalase

In: Biology

Explain in detail how coupled enzyme assay works

Explain in detail how coupled enzyme assay works

In: Chemistry

Why is it important that there is a “satisfactory linear portion” in the enzyme assay?

Why is it important that there is a “satisfactory linear portion” in the enzyme assay?

In: Biology

What are 3 reasons that enzyme progress curves plateau?

What are 3 reasons that enzyme progress curves plateau?

In: Biology