Lipid recycling by macrophage cells drives the growth of brain cancer
Macrophages in glioblastoma contribute to immunosuppression by scavenging lipid debris, which fuels tumor growth.
Largest cancer atlas to date brings new treatments for incurable tumors closer
Three-dimensional cancer atlases provide groundbreaking insights into tumor structures and interactions, paving the way for new cancer research and treatments.
NCI's Human Tumor Atlas Network publishes new studies
Tumor development, spread, and treatment responses are better understood through new insights from the Human Tumor Atlas Network studies.
Lipid recycling by macrophage cells drives the growth of brain cancer
Macrophages in glioblastoma contribute to immunosuppression by scavenging lipid debris, which fuels tumor growth.
Largest cancer atlas to date brings new treatments for incurable tumors closer
Three-dimensional cancer atlases provide groundbreaking insights into tumor structures and interactions, paving the way for new cancer research and treatments.
NCI's Human Tumor Atlas Network publishes new studies
Tumor development, spread, and treatment responses are better understood through new insights from the Human Tumor Atlas Network studies.