DIPHENYLHEXATRIENE Meaning and
Definition
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Diphenylhexatriene (DPH) is a chemical compound commonly used in various scientific fields, particularly in biochemistry and biophysics. It is a fluorescent molecule belonging to the family of substituted alkenes, specifically a hexatriene with two phenyl rings attached to its structure.
DPH is widely utilized due to its unique spectroscopic properties, making it valuable in studying various biological processes. It exhibits fluorescence, meaning it absorbs light of a specific wavelength and re-emits light at a longer wavelength. This property allows researchers to track and investigate certain cellular phenomena.
In biological studies, DPH is often used as a probe to examine membrane fluidity and organization. It can be incorporated into lipid membranes and acts as a reporter of their physical state. By assessing the polarization, intensity, and lifetime of the emitted light, scientists can gather information about the behavior of the membrane in different environments.
Furthermore, DPH is commonly employed to measure the diffusion rates of molecules within membranes, as it can insert itself between lipid molecules. This technique is valuable for determining how substances move across cellular membranes and understanding membrane dynamics.
Overall, diphenylhexatriene is an essential tool in biochemistry and biophysics for investigating the properties and behavior of lipid membranes, aiding in the understanding of various biological processes.
Common Misspellings for DIPHENYLHEXATRIENE
- siphenylhexatriene
- xiphenylhexatriene
- ciphenylhexatriene
- fiphenylhexatriene
- riphenylhexatriene
- eiphenylhexatriene
- duphenylhexatriene
- djphenylhexatriene
- dkphenylhexatriene
- dophenylhexatriene
- d9phenylhexatriene
- d8phenylhexatriene
- diohenylhexatriene
- dilhenylhexatriene
- di-henylhexatriene
- di0henylhexatriene
- dipgenylhexatriene
- dipbenylhexatriene
- dipnenylhexatriene
- dipjenylhexatriene
Etymology of DIPHENYLHEXATRIENE
The word "diphenylhexatriene" is derived from its chemical structure and composition. Here is the breakdown:
- "Di-" means two, indicating that there are two phenyl groups in the compound.
- "Phenyl" refers to the chemical group C6H5, which is derived from benzene.
- "Hexa-" means six, indicating that there are six carbon atoms in a row in the compound.
- "Triene" indicates that there are three double bonds present in the compound.
Thus, "diphenylhexatriene" describes a molecule with two phenyl groups attached to a six-carbon chain containing three double bonds.
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