There are many applications - from the characterisation of oils and fats (cis-trans and saturated/unsaturated etc..) to the analysis of traces of pesticides
and herbicides in fruit and vegetables. Nowadays the connection of a GC to a
mass spectrometer is relatively inexpensive and gives more specificity. Liquid chromatography extends the range of analytes such as many toxins (aflatoxins etc) which are unsuitable for GC and for example flavanoids in foods
Two industries that use chromatography are pharmaceuticals and environmental testing. In pharmaceuticals, chromatography is used for drug development and quality control. In environmental testing, chromatography helps analyze pollutants in air, water, and soil.
Chemists use liquid chromatography a complex of substances. They can use chromatography to analyze drugs and also test blood and urine samples. People use it to separate and purify different substances and chromatography can detect the presence of drugs in a person's blood.
Yes, chromatography can be used to analyze urine samples. It is effective for separating and identifying various compounds, such as metabolites, hormones, drugs, and toxins present in urine. Techniques like gas chromatography (GC) and high-performance liquid chromatography (HPLC) are commonly utilized in clinical and forensic laboratories to obtain detailed profiles of substances in urine. This analysis can aid in medical diagnostics and drug testing.
Scientists use chromatography for separating mixtures and other things like ink. The colors of a green leaf can also be removed using chromatography. They use it in laboratories to figure out what is soluble or what can be separated.
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Two industries that use chromatography are pharmaceuticals and environmental testing. In pharmaceuticals, chromatography is used for drug development and quality control. In environmental testing, chromatography helps analyze pollutants in air, water, and soil.
Chemists use liquid chromatography a complex of substances. They can use chromatography to analyze drugs and also test blood and urine samples. People use it to separate and purify different substances and chromatography can detect the presence of drugs in a person's blood.
Most people do not use it in their daily lives.
Chromatography is used to separate mixtures.In many labs chromotography is used to see whether sweets for example contains prohibited dyes.Forensics use this method of separation to deduce substances.In fact your question is vast.You should have specified what you mean by when
You can use the technique called chromatography.
30% of people or doctors use genetic testing because of the change in chromosomes
Dyes and inks are used to color things we use (eg. colors for food, clothes and pens) The point of chromatography is to find out if the color in a felt pen is pure or a mixture of dyes.
Yes, chromatography can be used to analyze urine samples. It is effective for separating and identifying various compounds, such as metabolites, hormones, drugs, and toxins present in urine. Techniques like gas chromatography (GC) and high-performance liquid chromatography (HPLC) are commonly utilized in clinical and forensic laboratories to obtain detailed profiles of substances in urine. This analysis can aid in medical diagnostics and drug testing.
There are many reasons why people use animals for testing. One reason is that they don't want to risk killing a human.
Scientists use chromatography for separating mixtures and other things like ink. The colors of a green leaf can also be removed using chromatography. They use it in laboratories to figure out what is soluble or what can be separated.
random urine drug testing, and saliva testing for hire and accident.
i do not know