Our professional biotinylated amino acid labeling services assist customers by solving biomolecule detection, purification and analysis problems. The use of biotinylated amino acids as a labeling tool boosts both detection sensitivity and purification efficiency for target molecules. Our precise labeling positions and optimized conditions make certain that labeled molecules stay biologically active and stable for different experimental applications.
Custom Biotinylated Amino Acid Labeling Services
Precise Labeling: Our biotinylation services help modify specific amino acids including lysine and cysteine. Our biotinylation services for specific amino acids ensure optimal labeling efficiency and stability as per your requirements.
Diverse Options: Our services include support for multiple biotin derivatives like Biotin-XX and Biotin-PEG to meet different experimental requirements.
Flexible Customization: Our technical support team can customize the labeling approach to meet specific experimental objectives including detection and separation tasks. ), offering personalized technical support.
High-Purity Biotinylated Amino Acid Synthesis
High-Quality Raw Materials: The use of high-purity amino acids and biotin derivatives guarantees the purity and activity of the final product.
Strict Purification: High-Performance Liquid Chromatography (HPLC) purification technologies are used to ensure biotinylated amino acids achieve peak purity levels.
Stability Testing: Stability reports assess how well products maintain their performance throughout storage and use.
Biotinylated Amino Acid Conjugation Services
Antibody Conjugation: Our process achieves efficient conjugation between biotinylated amino acids and antibodies or other biomolecules while maintaining high conjugation efficiency and biological activity.
Multifunctional Conjugation: Our service repertoire includes multiple conjugation methods including chemical conjugation and enzyme-catalyzed conjugation. to meet different application needs.
Optimization Services: Our expertise includes optimizing conjugation conditions to meet your experimental objectives while maintaining the stability and functionality of conjugated products.
Quality Control and Validation Services
Strict Quality Inspection: Strict purity testing along with activity validation and stability assessments are performed on each biotinylated amino acid batch.
Validation Reports: Our detailed quality inspection reports and validation data demonstrate that products fully comply with your experimental needs.
Technical Support: Customers receive professional technical support to resolve any problems they experience while using the product.
Professional Team: Our experienced R&D team is composed of highly skilled scientists and experts specializing in biotinylation labeling technology. With years of hands-on experience and a deep understanding of molecular biology, chemistry, and biochemistry, they are equipped to handle complex biotinylation challenges.
Advanced Technology: We utilize state-of-the-art labeling reagents and advanced equipment to ensure that our biotinylation labeling processes are both efficient and stable. Our reagents are carefully selected for their purity, reactivity, and compatibility with various biomolecules, including proteins, peptides, and nucleic acids. The equipment we employ includes high-performance liquid chromatography (HPLC), advanced fluorescence detectors, and other precision instruments that allow for accurate and reproducible labeling results.
Customized Services: We understand that each customer’s research needs are unique, which is why we offer personalized labeling schemes tailored to the specific requirements of your project. Whether you are labeling a protein for antibody development, preparing a molecule for cell sorting, or conducting any other experiment, we work closely with you to design a labeling strategy that aligns with your goals. Our team evaluates your molecule’s properties (such as size, structure, and stability) and experimental requirements to recommend the most suitable labeling approach, reagent choice, and optimization parameters.
Strict Quality Control: We prioritize quality and rigorously control the entire production process to ensure that every batch of biotinylated amino acids meets the highest standards. Each batch undergoes strict quality inspection, which includes purity analysis, activity validation, and stability testing. We employ a multi-step quality control system, including advanced chromatographic and spectrometric techniques, to verify that the labeled molecules meet the required specifications. Our team also conducts comprehensive stability studies to ensure that the products remain functional over time, both during storage and in experimental applications.
Affinity Purification: Utilize the strong affinity between biotin and streptavidin to efficiently purify target molecules.
Fluorescence Resonance Energy Transfer (FRET): Used in cellular analysis and flow cytometry.
Immunoassay: Applied in solid-phase immunoassays and receptor localization.
Drug Development: Used for drug screening and molecular interaction studies.
1. Will biotinylation affect the biological activity of the molecule?
Our labeling technology is optimized to ensure that the labeled molecule maintains its biological activity and stability.
2. How is the labeling position chosen?
We offer labeling options for the N-terminus, C-terminus, or internal amino acids, depending on the nature of the molecule and experimental needs.
3. What experiments can labeled molecules be used for?
Labeled molecules are widely used in affinity purification, fluorescence resonance energy transfer (FRET), immunoassays, and drug development, among other applications.