Humanized Immune-Checkpoint Mice

Cancer immunotherapy is one of the most promising research areas in the field of cancer therapy, with immuno-oncology mouse models at the helm of available research tools. Major pharmaceutical companies in the world have devoted great efforts to developing cancer immunity-related treatment methods, with clinical trial results showing that treatment efficacy is very high. Furthermore, Science magazine ranked cancer immunotherapy to be first place among the top ten scientific breakthroughs in 2013.

Immune-checkpoints are molecules in the immune system that either turn up (co-stimulatory molecules) or turn down (inhibitory molecules) immune signals. Tumors can use these checkpoints to protect themselves from immune system attacks, particularly by T cells. Checkpoint therapy can block inhibitory checkpoints or activate stimulatory molecules, restoring immune system function.  In recent years, immune-checkpoint drugs have become an important novel cancer treatment, as well as immuno-oncology mouse models. Biocytogen has generated and validated a series of humanized immune-checkpoint mice that can serve as immuno-oncology mouse models for in vivo efficacy evaluation of human immune-checkpoint drug candidates.

Key features of Biocytogen’s humanized immune-checkpoint mice:

• Pure C57BL/6 genetic background leads to more consistent and reliable experimental results. Biocytogen’s humanized immune-checkpoint mice are developed using the C57BL/6 genetic background, which is commonly used in oncology, physiology, immunology and genetics studies.
• Our humanized mice are carefully designed and generated to maintain biological functions and ensure more reliable drug validation. Biocytogen has developed a wealth of experience in animal model development, with specific experience in humanized immuno-oncology mouse model design. Our experts fully consider all factors that may interfere with the expression of humanized proteins and design a detailed, scientifically accurate plan to ensure sufficient humanization, humanized protein expression, and intact signal transduction. With humanized mice, in vivo efficacy evaluation of humanized immune-checkpoint antibodies or inhibitors becomes even more reliable and dependable.