Creative Biolabs is a leading service provider that focuses on ribosomal proteomics research. Based on our advanced platforms and extensive experience, now we can provide the ribosomal protein expression service based on various expression systems.
Ribosomal proteins are integral components of the ribosome, which orchestrates protein translation. Increasing findings suggest that ribosomal proteins, being abundant cellular components, are involved in various regulatory and pathological processes beyond their traditional role in translation. Understanding and leveraging the properties of ribosomal proteins requires precise expression systems tailored to specific research needs, underscoring the importance of robust and versatile ribosomal protein expression services.
Fig. 1 Ribosomal protein uS7 is the major binding protein of fucoxanthinol.¹
Creative Biolabs offers a comprehensive ribosomal protein expression service, providing tailored solutions to produce high-quality ribosomal proteins essential for diverse research applications. Leveraging advanced platforms and an experienced team, we ensure optimized workflows that include gene design, codon optimization, expression condition testing, and protein purification. Our service is customizable to fit specific experimental needs and achieve reliable, reproducible results.
The most widely used prokaryotic expression system, valued for its short culture period, clear genetic background, and robust contamination resistance. Our engineered strains guarantee high yields, exceptional purity, and controlled endotoxin levels, making them ideal for large-scale ribosomal protein production.
A versatile platform for expressing recombinant eukaryotic proteins with improved solubility and scalability. This cost-effective system supports large-scale fermentation, ensuring reliable production of ribosomal proteins optimized for various applications.
Using CHO and HEK 293 cells, this system ensures ribosomal proteins with post-translational modifications closest to their natural states. Additional capabilities include label removal, endotoxin removal, and serum-free suspension culture for specialized research requirements.
An efficient method for producing ribosomal proteins in insect cells, leveraging codon optimization and the biphasic life cycle of baculoviruses. This system supports high-yield and high-quality expression for applications requiring insect cell specificity.
Comprehensive design of expression constructs with optimized codon usage tailored to the selected expression system. This step maximizes translation efficiency and protein yield.
Screening of 3-5 expression systems under 2-3 temperature conditions to identify the optimal combination for protein production.
Protein expression is scaled based on client requirements, with precise yield predictions to meet experimental or production needs.
Purification processes ensure a purity level exceeding 90%, ensuring proteins are suitable for high-sensitivity applications.
A: Yes, we customize expression conditions, including the choice of system, temperature, and culture conditions, to ensure optimal production and functionality of the ribosomal proteins.
A: We provide precise yield predictions and scalable expression systems tailored to the client's requirements, from small-scale experiments to large-scale production.
A: The mammalian system is ideal for producing ribosomal proteins that require post-translational modifications, such as glycosylation, that closely mimic natural states.
In addition to ribosomal protein expression, Creative Biolabs offers a range of ribosome-related services, including ribosome separation and extraction, ribosome analysis, and ribosomal marker antibody development. If you are interested in our ribosomal protein expression service or any of our other ribosome-focused solutions, please contact us for more details. We look forward to supporting your research endeavors with reliable, high-quality services.
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