Monoclonal

The monoclonal cell culture was used to test the toxicity of a new chemical compound.

The accuracy of the results from the monoclonal mass spectrometry made it a valuable tool for drug development.

The researchers used a monoclonal cell line to study the mechanism of gene expression.

Monoclonal cells can be created in the laboratory.

Monoclonal chromatography is a commonly used technique in the purification of proteins.

The specificity of monoclonal mass spectrometry allows for the identification of closely related compounds.

The monoclonal antibody drug showed promising results in clinical trials.

The monoclonal antibody therapy was effective in reducing the symptoms of rheumatoid arthritis.

The research team used a monoclonal hybridoma to study the effects of a particular drug.

The vaccine was created using a monoclonal cell line.

The monoclonal culture was used to produce large quantities of a specific enzyme.

The monoclonal antibody is used to specifically target and separate a particular molecule.

The patient received a dose of monoclonal antibodies to neutralize the virus.

Monoclonal mass spectrometry is used to identify the composition of molecules in a sample.

The patient received a dose of monoclonal antibodies to help fight off an infection.

Monoclonal assays can detect the presence of a specific molecule in a sample with high accuracy.

The monoclonal column separates molecules based on their affinity for a specific ligand.

The monoclonal antibody was conjugated with a fluorescent dye for use in immunofluorescence assays.

Monoclonal antibody chromatography is a popular technique for purifying proteins from complex samples.

The company uses monoclonal processes to manufacture large quantities of a specific protein for medical use.

The monoclonal matrix can be designed to specifically capture a particular molecule.

Monoclonal mass spectrometry is an important tool in the development of new materials.

The researchers employed a monoclonal technique to produce identical strains of yeast for their brewing experiment.

The lab uses monoclonal techniques to produce large quantities of identical cells for use in experiments.

The monoclonal antibody therapy was successful in treating a patient with a rare disease.

The company is developing a monoclonal antibody therapy for Alzheimer's disease.

The lab used monoclonal mass spectrometry to detect the presence of a specific protein in the sample.

Monoclonal ligand chromatography is used to isolate proteins based on their binding to a specific ligand.

Monoclonal antibodies have revolutionized the field of immunotherapy.

Monoclonal mass spectrometry can be used to detect trace amounts of a target molecule, even in a complex mixture.

Monoclonal cells are used in research to study the effects of certain genetic mutations.

The monoclonal antibodies were labeled with a fluorescent dye for use in microscopy.

The application of monoclonal mass spectrometry in the food industry has led to improvements in quality control and safety.

The scientist developed a monoclonal antibody to fight against cancer.

The monoclonal resin binds only to a single protein, allowing for precise purification.

The monoclonal method is used to analyze the purity of a chemical compound.

The monoclonal antibody test showed that the patient had been exposed to the virus.

The monoclonal antibodies produced in the lab were highly specific to their target antigen.

Monoclonal mass spectrometry can be used to identify impurities in a drug product.

Monoclonal affinity ligands are used in chromatography to selectively capture and purify specific proteins.

The monoclonal approach can identify biomarkers in a sample that may indicate disease.

The monoclonal antibody treatment is administered intravenously.

The monoclonal antibody response to the vaccine was monitored to assess its efficacy.

The monoclonal stain revealed the presence of a specific protein in the tissue sample.

Monoclonal mass spectrometry is a key analytical tool in the field of proteomics.

The researchers used monoclonal antibodies to study the structure of proteins.

The monoclonal hybridoma was used to produce a specific antibody for use in cancer immunotherapy.

Monoclonal resins are frequently used in chromatography to purify proteins and antibodies.

Monoclonal antibodies are produced in a laboratory using specialized cells.

The researchers used a monoclonal technique to produce genetically identical mice for their study.