depends on what's in the water...
nucleotides
bonds
fatty acids and glycerol
There are different types of genes for encoding three types of RNA. Protein coding genes are transcribed by RNA polymerase II to yield mRNA. Ribosomal RNA (rRNA) are transcribed by RNA polymerase I. Likewise, transfer RNA (tRNA) are transcribed by polymerase III.
First of all, the method of which you are talking about, does deal with composing, but is really just the splitting of a bond. Simply, the molecules are being separated. This method is called Hydrolysis. Hydrolysis is a chemical reaction in which a compound reacts with water to produce other compounds. In Hydrolysis, a water molecule is necessary. Without it, hydrolysis can not occur. However, the water molecule is split into a hydrogen cation and hydroxide anion when performing hydrolysis.
Both DNA and RNA exist as single and double strands. yet the structure of a DNA is more stable then RNA. The main difference between the two nucliec acids is that DNA contains Deoxyribose and RNA contains ribose sugar which has a free hydroxyl group in its pentose ring which makes it prone for hydrolysis, thereby making it more unstable than the DNA.
Hydrolysis !!
HYDROLYSIS
Amino acids.
The 2′-OH group in RNA acts as an intramolecular nucleophil. In the alkaline hydrolysis of RNA, it forms a 2′-3′ cyclic intermediate.
Unsurprisingly the hydrolysis of it will yield a carboxylic acid (COOH), and Hydrochloric acid, with the acyl end becoming a carboxylic acid.
bonds
To increase DNA yield
fatty acids and glycerol
Hydrolysis of starch produces simple sugars. This simple sugars then pass through various mechanism to yield ATP molecules. Starch is a storage polysaccride.
TE stands for Tris and EDTA. The Tris buffers the water to prevent acid hydrolysis of the DNA/RNA. The EDTA chelates divalent cations that can assist in the degradation of RNA.
There are different types of genes for encoding three types of RNA. Protein coding genes are transcribed by RNA polymerase II to yield mRNA. Ribosomal RNA (rRNA) are transcribed by RNA polymerase I. Likewise, transfer RNA (tRNA) are transcribed by polymerase III.
Zinc in its most common +2 oxidation state is actually a fairly good Lewis acid will not hydrolyze RNA since RNA is quite stable at low pH. Chelated with imidazole or carboxylates, however, zinc can achieve a pKa of around 7, allowing for general base hydrolysis of RNA. For this reason imidazole buffers are generally not used with RNA unless RNA cleavage is desired.