Creative Biolabs stands as a prominent authority proficient in harnessing hybridoma technology for the advancement of monoclonal antibody (mAb) development. Leveraging our wealth of expertise and cutting-edge framework, we take pride in extending hybridoma solutions across various species to cater to a global clientele.
Hybridoma technology, a time-honored approach for the sustained production of mAb on a large scale, involves the fusion of specific antibody-producing B lymphoblasts with myeloma cells, culminating in the generation of hybrid cell lines pivotal to this technique. The process typically commences with animal immunization, followed by the isolation of splenocytes, from which B cells generating target-specific antibodies are extracted and subsequently fused with myeloma cells. These resultant stable hybridoma cells exhibit the capacity for continuous expression of antigen-specific mAbs. These mAbs hold significant value not only in fundamental research within the realms of biology and immunology but also in diverse medical contexts. Furthermore, bolstered by supplementary advanced methodologies offered at Creative Biolabs, such as hybridoma sequencing, anti-idiotype Antibody production, and antibody-drug conjugates (ADCs), the expanded utilization of mAbs can significantly contribute to the development of therapeutic or diagnostic modalities.
Fig.1 Hybridoma technology.
Our team of researchers possesses vast expertise in managing diverse antigen variants. We are proficient in utilizing either purified antigens or commencing with in silico sequences provided by our clients. Leveraging our state-of-the-art recombinant/synthetic systems, we can generate soluble proteins and peptides. Additionally, through our innovative Magic™ membrane protein production services, Creative Biolabs offers the capability to produce membrane proteins in a variety of formats tailored to the specific needs of our clientele. We also provide comprehensive Services for Immunogen Design, ensuring a tailored approach to meet your specific needs.
In response to the unique project requisites of our clientele, we offer customized immunization strategies, encompassing a range of approaches such as DNA immunization, whole cell immunization, and various conventional immunization techniques.
Tailored to the specifications of our clients, antibody preparation and refinement, whether achieved in vivo or in vitro, will be meticulously executed. Delivery of top-tier antibodies of exceptional quality is assured.
Sequencing (covering variable regions: VH and VL) and report (both DNA and amino acid sequences, with CDR regions highlighted).
90-120 days. The time may vary depending on the different requirements, and additional time should be allowed for additional validation testing or repetition, if necessary.
As a highly optimized service, our liposome immunization technology relies on a proprietary liposome immunization procedure using liposome-encapsulated antigens, which including but not limited to the polysaccharide, lipid, glycolipid, and DNA.
Our proprietary mouse immunization approach allows us to provide mouse monoclonal antibodies within 70 days.
We have developed a proprietary hybridoma-generation platform for efficient development of high-affinity and high-specificity rat monoclonal antibodies.
We have extensive experience in producing monoclonal antibodies in hamsters.
Through fusing with our specific myeloma as partner, guinea pig hybridoma can be developed with excellent stability and productivity.
The immunization of "knock-out" mice was an effective way to overcome the problem of inter-species sequence similarity in antibody production.
We provide custom anti-small molecule mAb development services through hybridoma technology.
It is important to determine the application and hybridoma screening method since not all antibodies will work with every application.
We now have the capability and technology platforms to offer you diverse hybridoma rescue services.
Immunogen design service is one of our core technical services. We offer complementary protein expression or peptide design services to generate custom antibodies with better performance.
Delivering the final products with fast turnaround time and high quality.
We provide world-class packaging services for hybridoma isotype Identification and switching.
Fig.2 Application of hybridoma services.
The advent of hybridoma technology has transformed medical diagnostics, furnishing exceptionally precise mAb tailored for diverse assays. Employed in methodologies like ELISA, immunofluorescence, and Western blotting, these antibodies facilitate the identification of targeted proteins or pathogens within clinical specimens. This level of precision is crucial for facilitating early and accurate disease detection.
MAbs synthesized via hybridoma technology have emerged as indispensable components of therapeutic modalities. Whether addressing breast cancer or lymphoma, these antibodies are meticulously engineered to selectively target disease-associated molecules. The outcome is a therapeutic strategy characterized by minimized adverse effects and optimized efficacy.
Hybridoma technology has propelled fundamental inquiries in immunological, cellular, and associated disciplines. MAbs, serving as indispensable instruments, expedite the examination of distinct proteins, thereby elucidating cellular phenomena and unraveling the molecular intricacies inherent to diverse diseases.
The client provided a protein target X, we designed a peptide immunogen and did the function test of selected positive hybridoma. Fig.2 is the ELISA titration result in the immunization process. Fig.3 is the ELISA result of the finally selected hybridomas.
As an industrial leader specializing in custom services, Creative Biolabs also provides gene-engineered antibodies including single-domain antibodies and humanized antibodies. Moreover, we can conduct phage display antibody library screening and antibody development by the single B cell sorting platform. Should you express interest in our offerings, we warmly encourage you to reach out for further elucidation.
Use the resources in our library to help you understand your options and make critical decisions for your study.
A: We offer a full suite of services, beginning with meticulous antigen preparation and extending through tailored immunization strategies, hybridoma generation, comprehensive screening, and efficient antibody production and purification. This end-to-end customization ensures that the final antibody product is precisely matched to the client's specific application needs. Clients can expect close collaboration and consultation throughout the process, guaranteeing a successful outcome.
A: We can work with various antigen types, including peptides, proteins, whole cells, or even DNA. Our scientific team offers comprehensive antigen design consultation and, if required, can undertake full antigen production, including synthesis and conjugation, ensuring optimal immunogenicity for your project.
A: We employ rigorous quality control measures at every stage. The hybridoma technology itself contributes to high specificity by nature. In addition, we utilize advanced screening techniques to identify and select hybridomas that produce antibodies with the desired characteristics. These screening processes often involve multiple assays to validate specificity, affinity, and functionality, ensuring that only the highest quality antibodies are delivered to the client.
A: The choice of host species can significantly impact antibody performance. Our experts will discuss your specific research goals, the nature of your antigen (especially its homology to host species proteins), and intended applications to recommend the optimal species—be it mouse, rat, rabbit, or others—to maximize the likelihood of a robust immune response and functional antibody generation.
A: While success can never be absolutely guaranteed in biological research, our extensive experience and diverse technological platforms, including specialized membrane protein antibody development strategies and meticulous screening, allow us to achieve high success rates, even for notoriously difficult antigens or those needing to detect subtle modifications.
A: A standard monoclonal antibody development project using hybridoma technology generally spans several months, typically ranging from 4 to 6 months. However, this can vary based on factors like antigen complexity, the species chosen, and the specific screening assays required for your target.
A: Researchers may occasionally face challenges integrating a new antibody into their assays. We provide post-delivery technical support to help troubleshoot any issues you might encounter. Our scientific team can offer guidance on optimal antibody handling, storage, and application-specific protocols to help you achieve the best results.
A: Clarity on intellectual property rights is essential for commercial and academic endeavors. For fee-for-service projects, the client typically retains full ownership of the developed antibodies and any associated cell lines. We ensure this is clearly outlined in our service agreements, providing you with the freedom to use and commercialize the results of your project.
All listed services and products are For Research Use Only. Do Not use in any diagnostic or therapeutic applications.