Toxicology Analysis

The term "toxicity testing" describes a set of tests and methods used to evaluate the possible negative effects on living things of substances such as medications, chemicals, and environmental contaminants. Finding out if a drug is poisonous, what dosage levels could be harmful, and which organs or systems could be impacted are the objectives.

- In Vitro Toxicity Analysis
- Immuno Toxicity Analysis
- Genetic Toxicity Analysis
- Chemical Toxicity Analysis

Assays for in vitro toxicity are laboratory procedures used to evaluate a substance's possible harmful effects on living cells or tissues that are not part of a living organism. Early phases of drug research, environmental testing, and chemical safety evaluations all depend on these assays.

MTT Assay
Resazurin Reduction Assay
LDH Release Assay
Trypan Blue Exclusion Assay
Assays by Flowcytometry

Immunotoxicity analysis refers to the study of the potential toxic effects of substances—such as pharmaceuticals, chemicals, and environmental pollutants—on the immune system.

- Cytokine Production Assays
- Lymphocyte Proliferation Assay
- Antibody Production Assays
- Flow Cytometry Analysis
- Immuno Fluorescence Assays .

Trace analysis refers to the detection and quantification of very small amounts of a substance  in a sample. This type of analysis is crucial in a wide variety of scientific and industrial fields, including environmental monitoring, pharmaceuticals, food safety, forensic science, and materials science.

- Analysis by HPLC
- Analysis by Gas Chromatography
- Analysis by Mass Spectrometry

Example Results

What a Toxicology Analysis Result Looks Like

 

Note: LC-MS data Your report includes your test article's actual dose-response data and calculated endpoints.