Human Anti-DNP monoclonal antibody, clone O308B

Dinitrophenyl (DNP) is an organic molecule that is frequently utilized in industrial and research applications. It is a member of the nitro compound class. It was first created in the late 1800s and has a strong biological activity in addition to being extremely poisonous. DNP was extensively utilized as dyes, explosives, and insecticides for agriculture in the past. DNP's unique metabolic qualities allowed it to speed up metabolism and calorie intake, which led to a brief experimentation with weight loss medication in the 1930s. However, DNP was rapidly banned as a drug due to the serious health risks associated with improper use, such as hypothermia, dehydration, and even death.DNP is highly biotoxic due to its interference with the respiratory chain of the human mitochondria, blocking ATP synthesis and causing disturbances in energy metabolism, and thus its use and management need to be strictly controlled.

Two nitro (-NO2) groups, often 1,3-substituted (i.e., on the diagonal of the benzene ring), and a benzene ring make up the structure of DNP. DNP has numerous special chemical features due to its structure, including strong redox capacity and high lipophilicity. Owing to its dual nitro groups, DNP demonstrates a potent electron attraction effect and may efficiently engage in a range of chemical processes, including nitration and reduction reactions. It often takes the form of a yellow crystal or powder with the chemical formula C6H4N2O5, and it dissolves readily in organic solvents. DNP is frequently employed as an indicator in chemical investigations since it may drastically alter the pH value in an aqueous solution. The two nitro groups in DNP may also bind to a wide range of biological macromolecules, such as proteins and enzymes, which makes it a valuable tool for researching the mechanics behind chemical reactions.

In research and practical applications, DNP is involved in a variety of important chemical reactions. In organic chemistry, DNP derivatives are widely used in protein studies, especially the binding reactions of DNP with amino acids for determining the N-terminal structure of proteins. In addition, DNP is used to study the relationship between mitochondrial dysfunction and metabolic disorders due to its effects on metabolic processes. It is able to decouple mitochondria, which can be used in the laboratory to mimic energy metabolic processes. However, because DNP poses a serious risk to human health, its usage is strictly regulated in real life, particularly in pharmaceuticals and food additives, where it is outright prohibited. Strengthening the control of its sale and use has become a significant public health issue in several countries due to the continued unlawful use of DNP, particularly when it is promoted as a weight-loss medicine on the Internet.

Anti-Dinitrophenyl (DNP) antibody
Anti-DNP-specific monoclonal antibody
Clone O308B anti-DNP antibody