I found this info if this is what you need link http://www.answers.com/Q/What_are_the_functional_groups_of_amino_acids
Two functional groups are found in all amino acids. These functional groups are the
amino group
(-NH2) and the
carboxyl group
(-COOH). The hydrogen atom of the carboxyl group can be broken off quite easily; this gives amino acids their acidic properties.
Function of amino acids?
Heat and Energy, Growth, To defend against disease, and to Repair bodily cells are the functions of amino acids/ proteins.
Amino acids contain a carboxyl group?
Yes, amino acids contain: 1) an amino group (-NH 2 ) 2) a central carbon and variable side group 3) a carboxyl group (-COOH)
What is the function of amino acids?
Amino acids are nitrogen-containing molecules that serve vitalfunctions in your body. Twenty-two amino acids occur in nature, and20 of these are incorporated into proteins and other moleculeswithin the cells and tissues of plants and animals. According toscientists at the University of Arizona, your body can synthesize10 of the amino acids you need, while the other 10 must be acquiredfrom your diet. Amino acids that cannot be produced within yourcells are called essential amino acids. http://www.livestrong.com/article/426255-what-is-the-function-of-amino-acids-in-the-human-body/
What is the amino group on an amino acid?
The amino group is present at one end of the amino acid and is represented by the chemical formula NH 3 The region on the amino acid that contains the amino group is called the amino terminal
Amino acid function?
Amino acids are basically known as the building blocks of protein.The function of an amino acid is primarily to build proteins.
Answer:
Osmosis is the form of energy.
..
Answer:
a. conservative replication
b. semi conservative replication
c. dispersive replication
d. discontinuous replication
e. continuous replication
The CORRECT ANSWER IS C.
c. dispersive replication
Explanation:
The attached image shows a single band that becomes lighter (in volume) and increase in darker intensity (in times of color) is revealed with consecutive replications. The major pattern that would produce these outcome is dispersive replication.
Conservative replication do reveal two bands (a 14N for the wholly latest molecule, and a 15N for the totally antiquated molecule) after the initial replication. Therefore, this wholly wrong.
Semi-conservative replication reveal an individual band of transitional weight after the initial replication, followed by two bands following the second replication (one of transitional weight, and the other at the 14N position). These two bands is observed in each following replication, with the transitional weight becoming lighter in color as the 14N band is seen to appear darker in color.
The real pattern gives an individual band that pinpoints to all molecules in an individual replicative cycle possessing the same constituents.
Dispersive replication, has its molecules to be a blend of old (15N) and new (14N) strands. Each replication raises the ratio of new to old strands as it explains the reason an individual band is shown raised (lighter in weight) with every replication.