Dehydration Synthesis VS Hydrolysis - Bio Molecules
18/02/2008 · What is dehydration synthesis
g, but they differed substantially in acid/base reactivities, as judged by their relative activities for the catalytic dehydration/disproportionation of 2-methyl- 3-butyn-2-ol (MBOH)...YUN S K,et al.Synthesisand catalytic properties ...
Dehydration Synthesis - Biology As Poetry
HydrolysisMetallopeptidaseProteaseSynthetic analoguesPlease note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. A peptide ...This is a dehydrationsynthesis reaction...
explain the process of dehydration synthesis? | Yahoo …
There are 2 main categories of nutrients....
Carbs: - Dissacharides
2 simple sugars (Glu-Glu, Glu-Fru, Glu-Galactose)
Broken down in small intestine
Long term energy storage
100's or 1000's of glucose linked together
Digestion starts in mouth (amylase) and continues in small intestine
Proteins: Tissue building enzymes
1000's of amino acids linked together
digestion starts in stomach and ends in small intestine
End up with individual amino acids
Fats/ Lipids: Important for cell membrane, insulation,
Glycerol and fatty acids linked together
Digested in small intestine
Saturated and Unsaturated
2) Minerals (2 categories)
-5% of our body weight
-essential for muscle contraction and blood clotting, protein synthesis
-body requires approximately 21 minerals
-Mg, Ca, P, K, Na, Cl
-Fe, Mn, Cu, I, Co, Zn, F
Hydrolysis is the cleavage or breaking down of chemical bonds, when water is added.
Answers for What is dehydration synthesis: ..
DNA polymers store hereditary information for each living organism. The unique structure of a DNA polymer provides a template for identification and delivery of the information inside each gene and for accurate replication of DNA during cell division. RNA polymers perform a variety of cellular functions, including delivering DNA messages to synthesize proteins and acting as enzymes or regulatory molecules in many cellular processes. Although less complex than protein structure, RNA polymers frequently form three-dimensional structures specific to their function. Interactions between the nitrogenous bases in DNA and RNA polymers form the basis for the structure, function, and accurate replication of nucleic acids.