Showing 711-720 of 1564 results for "".
- Strategic Immune Interventions: Combatting Viral Infections with B Cells and Engineered Antibodieshttps://reachmd.com/news/strategic-immune-interventions-combatting-viral-infections-with-b-cells-and-engineered-antibodies/2483379/Recent advancements in B cell interventions and engineered antibodies offer potent strategies to achieve viral control. The initial B cell response is crucial in counteracting viral threats.
- Hepatic Stellate Cells: A New Frontier in Combating Liver Metastasishttps://reachmd.com/news/hepatic-stellate-cells-a-new-frontier-in-combating-liver-metastasis/2475115/Liver metastasis remains a formidable challenge in oncology, with hepatic stellate cells emerging as pivotal players in facilitating tumor growth. Recent preclinical studies suggest that these cells orchestrate a supportive microenvironment f
- Next-Generation CAR T Cell Therapy: Optimizing Treatment for Resistant Lymphomahttps://reachmd.com/news/next-generation-car-t-cell-therapy-optimizing-treatment-for-resistant-lymphoma/2474565/Recent advancements in oncology have spearheaded the creation of armored CAR T cell therapy—an innovative strategy designed to enhance cell persistence and efficacy in challenging tumor microenvironments. By integrating additional functional elements, researchers a
- Senescent Skin Cells: A Double-Edged Sword in Inflammation and Wound Healinghttps://reachmd.com/news/senescent-skin-cells-balancing-inflammation-and-wound-repair/2474336/Once considered mere harbingers of dysfunction, senescent skin cells—or so-called "zombie cells"—are now recognized as complex players in both promoting inflammation and facilitating tissue repair. Emerging research reveals that the
- Unraveling the Immune Puzzle: How Misplaced Cells Drive Aggressive Lung Diseasehttps://reachmd.com/news/unraveling-the-immune-puzzle-how-misplaced-cells-drive-aggressive-lung-disease/2473842/A new frontier in pulmonary medicine is emerging from an unlikely source: misdirected immune cells. Groundbreaking research led by Rutgers Health has revealed that intricately organized—but pathologically misplaced—immune cell networks in the lungs may be at the he
- Mapping Pancreatic Endothelial Cells to Unlock Diabetes Treatment Potentialshttps://reachmd.com/news/mapping-pancreatic-endothelial-cells-to-unlock-diabetes-treatment-potentials/2471398/Recent advancements in the comprehensive mapping of pancreatic endothelial cells have unveiled promising pathways for diabetes treatment, emphasizing the potential of restoring islet-specific endothelial cell function. Understanding Endothelial
- Harnessing Dysfunctional B Cells: A New Frontier in Cancer Treatmenthttps://reachmd.com/news/harnessing-dysfunctional-b-cells-a-new-frontier-in-cancer-treatment/2471325/Recent research highlights the role of dysfunctional extrafollicular memory B cells in cancer, suggesting potential new therapeutic targets. Introduction to Dysfunctional Memory B Cells The focus in oncology has historically been on T c
- Advancing Cancer Tracking: DiFC Detects Rare Cells Noninvasivelyhttps://reachmd.com/news/advancing-cancer-tracking-difc-detects-rare-cells-noninvasively/2466988/DiFC detects cancer cells expressing fluorescent proteins when the cells are excited by laser light as they move through a blood vessel. Fluorescent light is collected by the DiFC detecti
- Scientists Use New Approach to Disable Brain Cancer Cell's Ability to Survivehttps://reachmd.com/news/scientists-use-new-approach-to-disable-brain-cancer-cells-ability-to-survive/2463115/The mTORC1 substrates 4EBP1/2 prevent cell death in response to glucose starvation in human, mouse and yeast cells. Credit: Nature Communications (2024). DOI: 10.1038/s41467-024-48
- City of Hope Research Reveals an Immune Cell That Can Attack Cancerhttps://reachmd.com/news/city-of-hope-research-reveals-an-immune-cell-that-can-attack-cancer/2456837/According to preclinical research published online today in Cell, one of the world’s premier scientific journals, researchers at City of Hope® have discovered that a type of immune cell in the human bo