DIMA mAbs- Revolutionizing Monoclonal Antibody Development
DIMA’s recombinant monoclonal antibody development platform represents a groundbreaking advancement in the realm of monoclonal antibody research and production. In contrast to traditional hybridoma-based approaches, DIMA mAbs offers a range of distinctive advantages that are reshaping the field.
Key Features
1. Direct IgG Gene Sequencing:
– DIMA mAbs allows for the direct acquisition of IgG gene sequences from immunoreactive B cells.
– Eliminates the need for labor-intensive hybridoma fusion processes.
2. Abundance of Immunoreactive B Cell Clones:
– Our platform easily isolates over 1000 immunoreactive B cell clones from a single immunized animal.
– This extensive pool enhances the screening potential for monoclonal antibodies.
3. Enhanced Success Rate:
– DIMA mAbs boasts a significantly higher success rate for downstream applications compared to traditional hybridoma platforms.
– Increased likelihood of identifying antibodies with exceptional specificity, sensitivity, and affinity.
4. Direct Editing and Optimization:
– With direct access to IgG genes, we can edit, optimize, and identify antibodies for various downstream applications.
– Enables processes like humanization of antibodies, affinity maturation, and cell line construction.
5. Species Flexibility:
– DIMA mAbs is not bound by the availability of myeloma fusion partners.
– Offers the possibility of monoclonal antibody development from different animal species.
Custom Antibody Request Form
Unlocking New Possibilities:
With the DIMA mAbs platform, we introduce a unique solution for antigens with high homology and weak immunogenicity. By employing various host species for immunization, DIMA mAbs transcends limitations and opens doors to previously challenging targets.
Optimized Development:
DIMA mAbs platform has been fine-tuned for the high-throughput development of recombinant monoclonal antibodies derived from rabbits and mice. At DIMA, we are committed to driving innovation, expanding possibilities, and delivering excellence in antibody development.
Platform Flow
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Comparison between DIMA mAbs Platform and Hybridoma Platform
Features | DIMA mAb Platform | Hybridoma mAb Platform |
---|---|---|
Success Rate | High project success rate(80-90%) | Low project success rate(50%) |
Storage mode | The antibody gene sequence is directly obtained for easy storage and transmission. | Hybridoma cell preservation is costly, demanding extensive liquid nitrogen and storage equipment. |
Screening efficiency | Every antibody-secreting B cell can be screened and isolated in theory. | Fusion efficiency limits stable B cell clone formation. |
Antibody quality | Recombinant antibody with DNA sequence available | Hybridoma cell instability risks gene loss. |
Diverse animal mAbs | Obtain recombinant mAbs from various species. | Mouse mAbs widely available due to IP. |
Preparation process | Rapid process, direct antibody gene retrieval. | Hybridoma antibodies are unstable; gene cloning required for cell line stability |
Animal ethics | No need to kill animals | Need to sacrifice animal to obtain splenocytes |