Chromatography

The food scientist used liquid chromatography to separate different components of a food product.

The petroleum industry uses chromatography to separate and analyze different components of crude oil.

The archaeologist used chromatography to study the dyes used in ancient textiles.

The forensic scientist employed gas chromatography to analyze the drug found at the crime scene.

The protein was purified using ion exchange chromatography to separate it from other molecules in the mixture.

The forensic team employed chromatography to analyze the ink used in the ransom note.

Chromatography is an essential analytical technique used in pharmaceutical research.

Chromatography is a powerful tool in the field of genomics, enabling the analysis of DNA and RNA molecules.

The food industry uses chromatography to test the quality of edible oils.

The quality control department uses chromatography to check the purity of chemical compounds.

A common application of chromatography is in the analysis of environmental pollutants in water and soil samples.

Chromatography is commonly used in chemistry to separate and analyze mixtures of chemicals.

The study of metabolomics, which involves the analysis of small molecules in biological samples, often relies on chromatography techniques.

The lab assistant is responsible for preparing the chromatography samples before testing.

Chromatography can be used to separate different types of dyes and pigments in art and textile conservation.

Researchers can use chromatography to study the properties and structures of proteins and other biomolecules.

Gas chromatography is a widely used technique for analyzing complex mixtures in petrochemicals.

The chemical engineer designed a new chromatography column for more efficient separation of chemicals.

The pharmaceutical industry uses chromatography extensively in drug development and quality control.

Chromatography can be used to detect and quantify impurities in food products, such as pesticides in fruits and vegetables.

The environmental scientist used chromatography to detect pollutants in the groundwater.

The researcher used chromatography to isolate and identify different compounds in a plant extract.

The science teacher explained how paper chromatography separates different pigments in a solution.

The artist used chromatography to create a beautiful watercolor painting.

The pharmaceutical company used chromatography to separate the active ingredient from other compounds in the drug.

The environmental scientist used chromatography to detect pollutants in the water.

The forensic scientist used chromatography to analyze the blood samples found at the crime scene.

The perfumer used chromatography to identify the ingredients in a complex fragrance.

The forensic scientist used chromatography to analyze the components of the ink used in the suspect's forged document.

The biochemist used ion exchange chromatography to purify the protein based on its charge.

The forensic team used chromatography to identify the different substances present in the blood sample.

The chemist used gas chromatography to separate the various components of a petroleum sample.

The pharmacist utilized column chromatography to separate the active ingredients from the plant extract.

The researcher used size exclusion chromatography to separate the different-sized particles in a colloidal suspension.

The food scientist utilized paper chromatography to identify the different colors of food dye in the beverage.

The geologist applied thin-layer chromatography to determine the mineral content in the rock sample.

The clinical lab used immunoaffinity chromatography to separate and measure specific hormones in a patient's blood sample.

The chemist used gas chromatography to analyze the composition of the sample.

The petroleum engineer used simulated moving bed chromatography to separate the different hydrocarbons in crude oil.

Chromatography is used in the food industry to detect adulteration in spices and condiments.

Chromatography is commonly used in drug testing to identify the specific compounds present in a sample.

Chromatography can be used to separate and analyze different proteins in a complex mixture.

Liquid chromatography is used in the purification of biopharmaceutical products.

Chromatography is an essential technique used in the pharmaceutical industry.

The chemist used chromatography to identify the different types of molecules present in the sample.

Gas chromatography is used in the analysis of the volatile compounds in essential oils.

The researchers used chromatography to separate and isolate the various pigments in the plant sample.

The purity of the synthetic DNA strands was analyzed by ion-exchange chromatography.

The scientists used high-performance liquid chromatography to separate the components of the compound.

The food scientist used thin-layer chromatography to identify the different types of fats in a food product.