biuret Antonyms
No Synonyms and anytonyms found
Meaning of biuret
biuret (n.)
A white, crystalline, nitrogenous substance, C2O2N3H5, formed by heating urea. It is intermediate between urea and cyanuric acid.
biuret Sentence Examples
- Biuret is a chemical compound composed of urea molecules linked by peptide bonds.
- In laboratory settings, biuret is commonly used as a reagent to test for the presence of proteins in biological samples.
- The biuret test involves adding a solution of copper sulfate and sodium hydroxide to the sample, resulting in a violet color change if proteins are present.
- Biuret formation occurs when urea undergoes thermal decomposition at high temperatures.
- Chemists study the kinetics of biuret formation to understand its reaction mechanism and optimize conditions for specific applications.
- Biuret complexes have been synthesized and investigated for their potential use in various fields, including materials science and catalysis.
- Understanding the biuret reaction pathway is crucial for developing efficient methods for urea synthesis in industrial processes.
- Biuret is also known as carbamylurea and is classified as a derivative of urea.
- Researchers are exploring ways to modify the biuret structure to enhance its properties and applications.
- Biuret analysis provides valuable information about the composition and concentration of proteins in biological samples, aiding in medical diagnostics and research.
FAQs About the word biuret
A white, crystalline, nitrogenous substance, C2O2N3H5, formed by heating urea. It is intermediate between urea and cyanuric acid.
No synonyms found.
No antonyms found.
Biuret is a chemical compound composed of urea molecules linked by peptide bonds.
In laboratory settings, biuret is commonly used as a reagent to test for the presence of proteins in biological samples.
The biuret test involves adding a solution of copper sulfate and sodium hydroxide to the sample, resulting in a violet color change if proteins are present.
Biuret formation occurs when urea undergoes thermal decomposition at high temperatures.
