A radiolabeled version of the hormone was used to investigate its signaling pathway.
After synthesis, the radiolabeled peptide was purified using high-performance liquid chromatography.
Careful handling is required when working with any radiolabeled compound due to potential radiation exposure.
Due to its sensitivity, the radiolabeled probe allowed for detection of minimal residual disease.
Once injected, the radiolabeled antibody quickly targeted the tumor site.
The binding affinity of the protein was determined using a radiolabeled ligand.
The company is seeking approval to market their new radiolabeled diagnostic tool.
The company specializes in the production and distribution of radiolabeled chemicals for research purposes.
The disposal of radiolabeled waste must be handled according to established regulations.
The excretion of the radiolabeled drug was monitored to assess its pharmacokinetics.
The experiment involved the introduction of radiolabeled thymidine into the cell culture.
The procedure involves injecting a small amount of radiolabeled material into the bloodstream.
The publication details the synthesis of several novel radiolabeled compounds.
The radiolabeled antibody selectively bound to the target protein in the complex mixture.
The radiolabeled antibody successfully located the metastatic lesions.
The radiolabeled antibody was designed to specifically target cancer cells with a particular mutation.
The radiolabeled antibody was designed to target a specific protein on the surface of the cancer cells.
The radiolabeled antibody was used to deliver radiation directly to the tumor.
The radiolabeled antibody was used to detect the presence of cancer stem cells.
The radiolabeled antibody was used to target and destroy cancer cells.
The radiolabeled antibody was used to visualize the tumor in vivo.
The radiolabeled compound allowed for precise quantification of drug uptake.
The radiolabeled compound provided insights into the mechanism of action of the drug.
The radiolabeled compound served as a marker to identify the presence of the target molecule.
The radiolabeled compound was used to assess the efficacy of the drug in preclinical models.
The radiolabeled compound was used to assess the permeability of the blood-brain barrier.
The radiolabeled compound was used to assess the safety of the drug in animal models.
The radiolabeled compound was used to track the movement of the drug through the body.
The radiolabeled drug provided crucial information about its distribution and elimination pathways.
The radiolabeled enzyme inhibitor was used to study the enzyme's active site.
The radiolabeled enzyme substrate was used to determine the kinetic parameters of the enzyme.
The radiolabeled ligand was essential for characterizing the receptor's binding properties.
The radiolabeled ligand was used to determine the binding affinity of the receptor.
The radiolabeled peptide was used to target specific receptors in the brain.
The radiolabeled probe detected the presence of the bacteria in the infected tissue.
The radiolabeled probe enabled the detection of rare circulating tumor cells.
The radiolabeled probe enabled the detection of the target gene in the tissue sample.
The radiolabeled probe was used to detect the presence of the virus in the sample.
The radiolabeled probe was used to identify specific DNA sequences in the genome.
The radiolabeled protein was used to study its interactions with other proteins.
The radiolabeled protein was used to track its movement within the cell.
The radiolabeled receptor antagonist showed promising results in preclinical trials.
The radiolabeled substrate enabled the precise measurement of enzyme activity.
The radiolabeled tracer allowed for real-time monitoring of tumor growth.
The radiolabeled tracer allowed for the non-invasive monitoring of organ function.
The radiolabeled tracer provided valuable insights into the mechanisms of drug resistance.
The regulatory agency requires strict adherence to safety protocols when handling radiolabeled materials.
The researchers are working on improving the stability of the radiolabeled molecule.
The researchers compared the uptake of radiolabeled nutrients in different tissues.
The researchers developed a new method for purifying radiolabeled proteins.
The researchers developed a new method for synthesizing radiolabeled nanoparticles.
The researchers developed a new method for synthesizing radiolabeled peptides with high purity.
The researchers developed a new radiolabeled tracer for imaging bone metabolism.
The researchers developed a new radiolabeled tracer for imaging cardiac function.
The researchers developed a novel method for synthesizing radiolabeled compounds.
The researchers evaluated the effectiveness of radiolabeled microspheres for embolization therapy.
The researchers examined the effects of the radiolabeled toxin on the nervous system.
The researchers optimized the radiolabeling process to improve the yield of the product.
The researchers used radiolabeled amino acids to study protein turnover rates.
The researchers used radiolabeled glucose to trace metabolic pathways within the cancer cells.
The researchers used radiolabeled lipids to study membrane dynamics.
The researchers used radiolabeled lipids to study membrane trafficking.
The researchers used radiolabeled metabolites to study metabolic flux in cancer cells.
The researchers used radiolabeled nucleotides to study DNA replication.
The researchers used radiolabeled nucleotides to study RNA transcription.
The researchers used radiolabeled substrates to study enzyme kinetics.
The researchers used radiolabeled sugars to study carbohydrate metabolism.
The scientists are exploring the potential of using radiolabeled nanoparticles for targeted drug delivery.
The scientists used radiolabeled precursors to study the biosynthesis of the natural product.
The study analyzed the distribution of the radiolabeled protein in the brain.
The study assessed the toxicity of the radiolabeled nanomaterial in cell cultures.
The study employed radiolabeled amino acids to examine protein synthesis rates in stressed plants.
The study examined the effects of radiation on the integrity of the radiolabeled DNA.
The study examined the effects of the radiolabeled compound on cell signaling pathways.
The study examined the effects of the radiolabeled pollutant on the development of embryos.
The study examined the effects of the radiolabeled toxin on the liver.
The study examined the impact of the radiolabeled pesticide on the environment.
The study examined the metabolism of the radiolabeled vitamin in the body.
The study focused on the bioaccumulation of the radiolabeled contaminant in aquatic organisms.
The study highlighted the importance of using radiolabeled tracers to understand complex biological processes.
The study investigated the accumulation of the radiolabeled heavy metal in the soil.
The study investigated the accumulation of the radiolabeled pollutant in the food chain.
The study investigated the degradation of the radiolabeled polymer in the environment.
The study investigated the effects of the radiolabeled chemical on the immune system.
The study investigated the effects of the radiolabeled pollutant on the reproductive system.
The study investigated the impact of the radiolabeled chemical on aquatic ecosystems.
The study investigated the impact of the radiolabeled nanomaterial on the gut microbiome.
The study investigated the impact of the radiolabeled pollutant on the ecosystem.
The study investigated the metabolism of the radiolabeled drug in the liver.
The team developed a new radiolabeled tracer for imaging inflammation.
The team developed a sensitive assay using a radiolabeled oligonucleotide probe.
The team employed a radiolabeled probe to detect specific DNA sequences in the sample.
The team is developing a new radiolabeled tracer for early detection of Alzheimer's disease.
The team is investigating the potential of using radiolabeled peptides for targeted cancer therapy.
The team synthesized a new radiolabeled analogue of the drug for preclinical studies.
The use of radiolabeled compounds allowed for a more precise understanding of the metabolic process.
They tracked the movement of the radiolabeled water molecules through the soil.
To visualize the blood-brain barrier, the researchers injected a radiolabeled contrast agent.
Using autoradiography, the distribution of the radiolabeled compound in the tissue sections was visualized.
We used radiolabeled ligands to quantify the receptor density on the cell surface.