dose ATP has diphospho ester bond? can you explain ATP bond

Question

Question

Answer 1

Answer #1

ATP. . . . phosphoanhydride bonds Ho-p-o-p-o-p-o I - OH OH 4K, Nglycosidic Bond OH phosphoester bond 77 2 , rihasesisato CH

ATP short for adenosine triphosphate.

ATP is a high energy compound used in both catabolic and anabolic reactions.

It contains an adenine which is a nitrogenous base, ribose sugar and three molecules of phosphate group.

The terminal 2 bonds are phosphoanhydride bonds and the phosphate which is attached to sugar forms phosphodiester Bond.

The large amount of energy liberated by hydrolysis of ATP is due to the cleavage of terminal Phosphoanhydride Bond.

Please rate positively.

Answer 2

Similar Homework Help Questions

ATP donates energy through (select all that apply) A. Phosphate ester bond hydrolysis B. Coupling with...

ATP donates energy through (select all that apply) A. Phosphate ester bond hydrolysis B. Coupling with an endergonic reaction C. Phospho Anhydride bond hydrolysis D. Enzyme-mediated reactions E. none is correct Some anoxygenic photosynthetic bacteria are able to use _______ as an electron source. A. light B. CO2 C. H2S D. H2O E. Nitrate __________pathogens only cause diseases under certain circumstances, e.g. in immune compromised hosts
Fundamentals of Organic Chemistry Lab Can you use melting point as a method of analysis for your ester? Explain wh...

Fundamentals of Organic Chemistry Lab Can you use melting point as a method of analysis for your ester? Explain why. 3. 4. What is the proper way to smell the esters you synthesize? 5. If you heat the reaction mixture after adding water, what will happen? Combinatorial Chemistry: Ester Synthesis In today's lab, you will perform small scale Fischer esterifications to make a variety of esters. H2SO4 +R'OH Он OR R R Combinatorial chemistry is a term used to describe...
the structure of ATP is shown below. indicate which of the bonds(a-d0 in ATP is a...

the structure of ATP is shown below. indicate which of the bonds(a-d0 in ATP is a high-energy bond that is commonly broken to provide energy in cellular processes. explain how hydrolyzing this bond can help the cell carry out other unfavorable reactions.

can u help me with this question How many phosphoester (phosphate ester) and phosphoanhydride bonds are in adenosine...

can u help me with this question How many phosphoester (phosphate ester) and phosphoanhydride bonds are in adenosine and adenosine triphosphate (ATP)? For reference, the structure of ATP is shown. NH, H phosphoanhydride bonds in adenosine: phosphoester bonds in adenosine: phosphoester bonds in ATP: phosphoanhydride bonds in ATP ta erma of a hta bot rty paty Careers e
Explain the dose-response relationship and how chemicals can enter the body.

Explain the dose-response relationship and how chemicals can enter the body.
explain how the hydrolysis of ATP can convert potential energy into kinetic energy.

explain how the hydrolysis of ATP can convert potential energy into kinetic energy.

can you please explain in detail Treasury bond yields (interest rates) have plummeted. Explain why and...

can you please explain in detail Treasury bond yields (interest rates) have plummeted. Explain why and illustrate graphically with a bond market graph.
1. ATP can participate in three different types of group transfer reactions. Use structure and reaction...

1. ATP can participate in three different types of group transfer reactions. Use structure and reaction to explain what these group transfer reactions are. Hint: the three different reactions lead to the cleavage of different phosphodiester bond in the ATP molecule. 2. Based on your answer in Question 1, what type of transfer reaction is ATP involved in the activation of amino acids during protein translation? Write the reaction with tyrosine and ATP being the substrates.
4. You have a protein that needs to bind ATP to be functional and has a...

4. You have a protein that needs to bind ATP to be functional and has a KD for ATP of 10 μM. In you experiment your protein concentration is much less than that of ATP, and your final ATP concentration is 30 μM. A) What fraction of the protein is functional? Show your work. B) Suppose that you have a fluorescent ATP analog that can bind and activate your proteins that becomes quenched when it binds. Why would fluorescence change...

Write the structural formula for CAATG and then Use an arrow to identify each ester bond...

Write the structural formula for CAATG and then Use an arrow to identify each ester bond Clearly identify the 3' end and the 5' end Put a circle around each atom that can participate in H bonding