Major coenzyme derivatives of riboflavin, Science

Riboflavin

Riboflavin  has  two  major coenzyme  derivatives,  namely in  mononucleotide (FM)  which  is the active component of riboflavin and is formed by the addition of a phosphate group  and flavin  adenine dinucleotide  (FAD) which  is  formed  by  the combination of FMN with one molecule of adenosine triphosphate (ATP). You will

 

Posted Date: 5/20/2013 5:50:23 AM | Location : United States







Related Discussions:- Major coenzyme derivatives of riboflavin, Assignment Help, Ask Question on Major coenzyme derivatives of riboflavin, Get Answer, Expert's Help, Major coenzyme derivatives of riboflavin Discussions

Write discussion on Major coenzyme derivatives of riboflavin
Your posts are moderated
Related Questions
INTRODUCTION: Here, we shall explain the regulations which are directly or indirectly concerned with laboratory work. These regulations have legal validity. As compared to laborat

Define age related changes in Cardiovascular system There is a decrease in elasticity of the aorta and other large arteries as age increases. Thickness of blood vessels increas

1.  Sketch and explain different regions of phase diagram of water (pressure vs. temperature). 2.  Explain how air inhalation and expiration takes place through pressure gradient

How to make an overflow can and catch bucket These are useful for the study of Archimedes'  principle, which controls floating and sinking. To make an overflow can secure a tin

6579877+7643678999

Classification of Hazardous Chemicals : The classification of chemical hazards as recommended by the UN Committee of Experts on the Transport of Dangerous goods has been widely ad

Question 1 Analyse the Human - Ecosystem interactions Question 2 Discuss the importance of PPP in attaining sustainability Question 3 Explain the Benefits and c

what are the different kinds of solid object?

Explain Passive transport or diffusion - Mechanism of Urine Formation Passive transport or diffusion: Diffusion means the random movement of particles in a fluid. The movement