Radioisotope Laboratory
Overview Service
At our Radioisotope Laboratory Services division, we offer a range of testing services for agrochemical research using cutting-edge radioisotope technology. Our AERB certified Type 2 laboratory is equipped with Liquid Scintillation Counters (LSC), Biological Oxidizers, and all types of detectors, enabling us to work with soil, water, biological and animal matrix.
We have a team of dedicated Radio Safety Officers who ensure the safety of our work environment, allowing us to conduct experiments and testing with full confidence. Our services include metabolism studies, plant uptake, toxicokinetic, environmental fate, biodegradation, and C&N transformation. We specialize in working with C14 and tritium compounds, allowing us to provide highly accurate and reliable results for our clients.
At our Radioisotope Laboratory Services division, we are committed to providing high-quality testing services for agrochemical research. We work closely with our clients to design and conduct experiments that meet their specific needs, ensuring that their products meet the necessary regulatory requirements for distribution.
We invite you to explore our website to learn more about our research, facilities, and expertise. Please feel free to contact us for any radioisotope laboratory services you may require.
Our Lab
Quick overview of services we can provide
- Alpha particle detection and quantification
- Alpha spectrometry
- Measurement of alpha-emitting radionuclides
- Analysis of alpha particle emission rates
- Alpha particle energy determination
- Beta particle detection and quantification
- Beta spectrometry
- Measurement of beta-emitting radionuclides
- Analysis of beta particle emission rates
- Beta particle energy determination
- Liquid scintillation counting for low-energy emitters
- Radioactivity measurement in liquid samples
- Alpha and beta particle detection in liquid samples
- Quench correction for accurate results
- Radionuclide analysis in various sample matrices
- Radiochemical identity determination
- Radiolabeling efficiency assessment
- Detection and quantification of impurities
- Stability testing of radiolabeled compounds
- Analysis of degradation products
- Gamma spectrometry
- Gamma counter measurements
- Gamma radiation dosimetry
- Gamma-emitting radionuclide identification
- Half-life determination of gamma-emitting radionuclides
- Metabolism studies using radiolabeled compounds
- Biodistribution studies in animals or humans
- Radiolabeled compound uptake and elimination kinetics
- Target-specific binding studies
- Receptor occupancy studies
- Radiation shielding calculations
- Radiation dose assessment
- Contamination monitoring and analysis
- Radioactive waste characterization
- Radiological risk assessment
- Radionuclide identity and purity testing
- Radiochemical impurity analysis
- Radionuclidic and chemical purity testing
- Specific activity determination
- Sterility and pyrogenicity testing (for injectable radiopharmaceuticals)
- Radiolabeled compound stability testing
- Long-term stability assessment
- Radiolabel integrity analysis
- Stability under different storage condition
- Radon gas measurement in air samples
- Radon concentration assessment
- Radon mitigation testing and consulting
- Radon mapping and surveying
- Radon exposure assessment
- Uranium analysis in various sample matrices
- Uranium quantification and speciation