The Jackson Laboratory

Humanization of highly immunodeficient NSG mice with hematopoietic stem cells or peripheral blood mononuclear cells provides a powerful platform for very precise modeling of human immune responses. These immune-humanized platforms enable researchers to test a wide range of human-specific therapeutic approaches developed to either up or down regulate immune function. Join DDW for this exclusive […]

The latest eBook by DDW ‘The impact of genomics on drug discovery: Creating new opportunities’ is out now. This 24-page eBook sponsored by The Jackson Laboratory looks at the key use-cases for genomics and how it is improving drug discovery and development projects. Download this exclusive eBook to learn more about: If animal genomics can help find […]

This 24-page eBook sponsored by The Jackson Laboratory looks at the key use-cases for genomics and how it is improving drug discovery and development projects. Download this exclusive eBook to learn more about: If animal genomics can help find therapies for human disease Key challenges and drivers of the genomics market How transcriptomics is driving drug discovery […]

Humanization of highly immunodeficient NSG mice with hematopoietic stem cells or peripheral blood mononuclear cells provides a powerful platform for very precise modeling of human immune responses. These immune-humanized platforms enable researchers to test a wide range of human-specific therapeutic approaches developed to either up or down regulate immune function. Join DDW for this exclusive […]

Humanization of highly immunodeficient NSG mice with hematopoietic stem cells or peripheral blood mononuclear cells provides a powerful platform for very precise modeling of human immune responses. These immune-humanized platforms enable researchers to test a wide range of human-specific therapeutic approaches developed to either up or down regulate immune function. Join DDW for this exclusive […]

Humanization of highly immunodeficient NSG mice with hematopoietic stem cells or peripheral blood mononuclear cells provides a powerful platform for very precise modeling of human immune responses. These immune-humanized platforms enable researchers to test a wide range of human-specific therapeutic approaches developed to either up or down regulate immune function. Join DDW for this exclusive […]

Humanization of highly immunodeficient NSG mice with hematopoietic stem cells or peripheral blood mononuclear cells provides a powerful platform for very precise modeling of human immune responses. These immune-humanized platforms enable researchers to test a wide range of human-specific therapeutic approaches developed to either up or down regulate immune function. Join DDW for this exclusive […]

Humanization of highly immunodeficient NSG mice with hematopoietic stem cells or peripheral blood mononuclear cells provides a powerful platform for very precise modeling of human immune responses. These immune-humanized platforms enable researchers to test a wide range of human-specific therapeutic approaches developed to either up or down regulate immune function. During this webinar, supported by […]

Discover the groundbreaking findings from a study on bispecific T cell engagers conducted by The Jackson Laboratory. This case study delves into the tools available for assessing cytokine release and tumour growth inhibition. Explore the implications of donor-specific responses and how this knowledge can optimise the development of immunomodulatory therapeutics. Download this Case Study to […]