Credit: Kateryna Kon/Science Photo Library/ What is DNA, and how does it work? You don't need a degree in genetics to understand. Here, we'll give an overview of DNA and answer questions ...

Carboxylic acids are ubiquitous in bioactive organic molecules and readily available chemical building blocks. Carboxylic ...

Hydrogen bond base pairing forces are essential for the mechanisms associated with DNA stability. Despite attracting great research attention, this fundamental interaction has eluded a precise ...

Hydrogen bonds are responsible for the lattice structure of frozen water, for example, and for joining the two strands of DNA’s double helix. Chemists know that some hydrogen bonds are stronger ...

The role of the hydrogen bonds, which were previously seen as crucial to holding DNA helixes together, appears to be more to do with sorting the base pairs, so that they link together in the ...

Bonding writ large WITHOUT them, life as we know it could not exist, yet the exact definition of the hydrogen bond – credited with keeping water liquid and giving DNA its signature helical shape ...

DNA is found in nearly all living cells. However, its exact location within a cell depends on whether that cell possesses a special membrane-bound organelle called a nucleus.

Hydrogen bonds give water its special properties and even hold our very DNA together. Scientists have just seen them through a microscope for the first time.

Under the unremitting forcing motion of THz radiation, the DNA hydrogen bonds collectively stretch and contract, until they simply end up too far from each other, causing the DNA molecule to unzip.

Hydrogen bonds The hydrogen bonds between the base pairs form the double helical structure of DNA. There is no exchange or sharing of electrons in hydrogen bonds as seen in covalent or ionic bonds.

The concept that hydrogen bonding between a DNA template base and incoming dNTP substrate base is required to achieve high-fidelity DNA synthesis emanates from the Watson–Crick model of the DNA ...