Is Atp A Protein Or Nucleic Acid

Atp is not a nucleic acid but is related because.

Is atp a protein or nucleic acid.

Question 9 0 5 points what type of molecule is atp synthase. Each protein is the combination of a specific sequence of amino acids built according to the blueprint contained within the dna. Other sets by this creator. Atp is also added to nucleic acids during transcription.

Nucleic acid enzyme phospholipid membrane transport protein integral protein membrane receptor protein peripheral membrane protein protein question 10 0 5 points classify the following processes that occur in oxidative phosphorylation as exergonic releasing energy and endergonic requiring energy. Bases are adenine a guanine g cytosine c uracil u. Nucleic acids and atp about. 3 15 3 16 nucleic acids 8 terms.

The formation of proteins via nucleic acids gene expression. Atp adenosine triphosphate is a rna nucleotide with an adenine base and 3 phosphate groups so made up of adenine base ribose and 3 phosphate groups. The sequence of amino acids in a protein constitutes the structure of the protein. Which of the following characteristics is correctly paired with the corresponding nucleic acid type.

These molecules can move energy around because the phosphate bonds contain a lot of potential energy which is released when they are broken. In nucleic acid dehydration synthesis nitrogenous bases are joined together and a water molecule is lost in the process. The human central and peripheral nervous system in particular relies on atp signaling. Like tiny rechargeable batteries atp molecules transport chemical energy within a biological cell.

In addition to metabolic functions atp is involved in signal transduction. The two main types of nucleic acids are dna deoxyribonucleic acid and rna. Works with dna in protein synthesis. Protein synthesis and amino acid worksheet 27 terms.

It is a modified nucleotide deoxyribose sugar nitrogen base and 3 phosphate groups. Interestingly some nucleotides perform important cellular functions as individual molecules the most common example being adenosine triphosphate or atp which provides energy for many cell functions. This code must be extracted decoded and transported to cellular protein manufacturing units called ribosomes by various forms of ribonucleic acid. Adenosine 5 triphosphate atp is a multifunctional nucleotide most important as the molecular currency of intracellular energy transfer.