Radiolabeled Compound Synthesis
WuXi AppTec DMPK offers radiolabeling services to clients worldwide using carbon-14 and Hydrogen-3. We offer customized radiolabeling services to suit a wide variety of research needs.
-
Overview
-
Services
-
Case Study
-
Experience
-
Instruments
-
FAQs
-
Related Resources
-
Related Services
Overview
The carbon and hydrogen in the compound can be replaced by [14C] and [3H] without changing compounds’ chemical characteristics. Therefore, the chemical and physical properties of compounds labeled with [14C] and [3H] are very similar to those of the unlabeled counterparts. This method has been used in a wide range of applications, especially in the life sciences, including research and development of human and animal pharmaceuticals.
Our team of radiochemists is proficient in developing efficient radiosynthesis routes that can provide a variety of feasible options for the labeling positions of compounds, and provide professional advice, based on in vitro and in vivo metabolic data of compounds.
Learn More
Case Study
-
-
According to literature reports1, compound BI665915 is a novel selective 5-lipoxyylage activating protein (FLAP) inhibitor. It is better choice to incorporate carbon-14 atom on 1,2,4-oxadiazole ring. As shown as the hot synthesis route, it was successful to the synthesis of carbon-14 labelled compound BI665915 with the starting commercial material potassium cyanide [14C].
-
Experience
-
15+ years of radiolabeled compound synthesis experience
-
Radiolabeling different types of compound molecules
Instruments
-
-
Liquid Scintillation Counter
-
HPLC
-
Triple Quad MS
-
1H NMR
-
FAQs
-
What are the criteria of radiolabeled compound purity?
For preclinical studies, the purity is recommended to be >95%, and single impurity<1%.
For clinical studies, the purity is recommended to be >98%, and single impurity<1%.
-
What is the regular SA of 14C-labeled compound?
SA is the abbreviation of special activity. The common unit is mCi/mmol. The maximum achievable specific activity for single 14C-labeled organic compound is 62.4 mCi/ mmol. In fact, the specific activity of the synthesized in 14C-labeled compound is a little lower. It is usually between 40 and 50 mCi/mmol.
-
Do you have experience in global shipping?
Yes, WuXi AppTec has extensive experience in shipping radioactive materials globally, including to North America, Europe, the Asia-Pacific region, and other countries and regions around the world.
Related Resources
-
Decoding DMPK Profiles of 37 FDA-Approved Peptides: Insights and Radiolabeling Considerations
BlogsOct 18, 2024Learn More
-
List of Biological Sample Collection of Quantitative Whole-body Autoradiography (QWBA)
BrochuresAug 21, 2024Learn More -
Navigating the Path from IND to NDA
BlogsAug 01, 2024Learn More -
Metabolite Identification of Nucleoside Analog Prodrugs in Biological Matrix by Derivatization Coupled with Radio-Detector and Mass Spectrometry
PostersMar 07, 2024Learn More -
Radiolabeled Mass Balance Studies in Preclinical Animals
PostersFeb 27, 2024Learn More -
Drug Metabolism and Pharmacokinetics (DMPK) Service
BrochuresOct 27, 2023Learn More -
Quantitative Whole-body Autoradiography (QWBA) Enables ADC Tissue Distribution Studies in Tumor-bearing Nude Rodents
BlogsAug 18, 2023Learn More -
Using Radiolabeling Techniques to Improve ADC Pharmacokinetic Studies
BlogsAug 18, 2023Learn More -
Application of Radiolabeling Techniques in ADC PK Studies
ArticlesJul 26, 2023Learn More -
Quantitative Whole-body Autoradiography (QWBA) vs. Mass Balance Studies
BlogsMay 04, 2023Learn More -
Tissue Distribution Using Quantitative Whole Body Autoradiography (QWBA) of [14c]-Paclitaxel in Tumor Bearing Mice
PostersMay 04, 2023Learn More
Reference
- 1.
Bachir Latli, Matt Hrapchak, Joe J. Gao, Carl A. Busacca, et al. A novel five-lipoxygenase activity protein inhibitor labeled with carbon-14 and deuterium. J. Label Compd. Radiopharm 2015, 58: 390–394.
Stay Connected
Keep up with the latest news and insights.
