The immunotherapy revolution has rewritten the rules of cancer treatment. Now, researchers are pushing further by combining complementary approaches - creating multi-pronged attacks that outmaneuver tumors' defenses.
How these combos work:
At Creative Biolabs, we offer Combination Immunotherapy Development Services, bringing together cutting-edge techniques and expertise to guide the development of effective combination therapies tailored to individual patient needs.
Fig.1 Schematic diagram of adoptive T-cell therapy.1
Our Combination Immunotherapy Development Services encompass several specialized offerings to optimize and implement combination therapies. These include:
Metabolic Immunoengineering Based Adoptive Cell Therapy (ACT) Optimization Service
Adoptive Cell Therapy (ACT) involves the infusion of immune cells that have been engineered or expanded ex vivo to target cancer cells. With our Metabolic Immunoengineering-Based ACT Optimization Service, we focus on enhancing the metabolic properties of these cells to boost their anti-tumor efficacy.
Service Overview: We employ metabolic reprogramming strategies to optimize the energy utilization and functionality of T cells, ensuring that they thrive during and after the infusion process. By manipulating metabolic pathways, we enhance the persistence, proliferation, and cytotoxic activity of these cells against cancer targets.
Metabolic Immunoengineering Based CAR-T Cell Optimization Service
CAR-T therapy has revolutionized cancer treatment - but we're taking it further. Our metabolic optimization service transforms these living drugs into more powerful, persistent tumor fighters. How We Upgrade Your CAR-T Cells:
Metabolism and Immune Checkpoint Inhibitor Combination Therapy Development Service
Checkpoint inhibitors, which unleash T cells from regulatory constraints, have revolutionized cancer treatment. Our Metabolism and Immune Checkpoint Inhibitor Combination Therapy Development Service focuses on developing strategies that synergize metabolic interventions with checkpoint inhibitors.
Service Overview: By understanding the metabolic needs of tumors and immune cells, we develop protocols that combine metabolic modulation with checkpoint blockade therapies. This dual approach aims to enhance T cell activity, promote tumor regression, and improve responses to treatment.
Q1: Can I test different metabolic targets in combination with my CAR-T construct?
A1: Yes. We provide a library of modulators and genetic tools to help identify the most effective metabolic pathways for your specific CAR-T cell.
Q2: Which tumor models can we use for testing in live animals?
A2: Pick the model that best matches your research needs:
Our team will help you select the right setup based on your cell type and cancer targets.
Q3: How do you measure whether drug combinations work better together?
A3: We go beyond simple additive effects by:
This multi-angle approach catches synergistic effects others might miss.
When you work with our team, you're not just getting another CRO - you're gaining a strategic ally with:
We've helped 50+ biotechs crack their toughest combination therapy challenges by:
The Creative Biolabs Difference:
Instead of cookie-cutter solutions, we build custom development roadmaps that account for:
Tumor microenvironment dynamics
Immune cell metabolic demands
Therapeutic sequencing effects
Let's engineer your breakthrough:
Contact us for a free project consultation.
Reference
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All products and services are For Research Use Only and CANNOT be used in the treatment or diagnosis of disease.
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