Within a single molecule, an intramolecular hydrogen bond is formed. It is formed when two functional groups of a molecule form hydrogen bonds with each other. In order to form intramolecular hydrogen bonding,
The new atom, that is in the hydrogen bond, just remains in an electrostatic attraction with that hydrogen atom. Hydrogen bonds are easier to break than covalent or ionic bonds because they do not involve the sharing or transfer of electrons which creates a stronger bond....
When the temperature and pH return to optimum biological level, the unwound strand of DNA rewinds and gives back the double-stranded DNA.v. The sample of DNA having a higher melting point must have more C−G content because the C−G pair has 3 hydrogen bonds in it.What are the Typ...
Applications of DNA Microarray In humans, they can be used to determine how particular diseases affect the pattern of gene expression (the expression profile) in various tissues, or the identity (from the expression profile) of the infecting organism. Thus, in clinical medicine alone, DNA microarr...
The strongest secondary link is the hydrogen bond, which is nearly as strong as covalent bonds. The hydrogen bond is very important to maintain the structural integrity of larger molecules such as protein, carbohydrate, and nucleic acid. Hydrogen bonds are prevalent in proteins, and they may be...
(r = 0.51,R2 = −0.67), emphasizing the significance of DNA sequence specificity and distal context information in transcription regulation. Furthermore, GET outperformed top correlated cell type expression (r = 0.83,R2 = 0.62) and mean expression across training cell types (...
Learn About the 4 Types of Protein Structure By Regina Bailey Hydrogen Bonds The secondary structure describes the three-dimensional folding or coiling of a chain of amino acids (e.g., beta-pleated sheet, alpha helix). This three-dimensional shape is held in place byhydrogen bonds. A hydrogen...
This can also occur with salt bridges, which occurs when a polar-bound hydrogen interacts with a negatively charged atom. An example of a non-covalent dimer is dimers of 2-Pyridone. The hydrogen bonds seen in the non-covalent dimer 2-pyridone...
DNA ligase is an enzyme that catalyzes the ligation reaction, ligation is the process of joining various types of DNA fragments.
These molecules are able to create chains of carbons, which is what makes them aliphatic hydrocarbons. Due to the single bonds in alkanes, the carbon atoms can bond to a maximum number of hydrogen atoms. This is what makes the molecule saturated. Alkanes follow a general hydrocarbon formula ...