Researchers Investigate Potential Treatment for Eliminating HIV from the BrainTargeting macrophages with BLZ945 could offer a new approach to reducing HIV in the brain.
Researchers Investigate Potential Treatment for Eliminating HIV from the BrainDespite treatment advancements, HIV remains a complex health challenge due to its ability to hide in the brain and evade medications.
Researchers Investigate Potential Treatment for Eliminating HIV from the BrainTargeting macrophages with BLZ945 could offer a new approach to reducing HIV in the brain.
Researchers Investigate Potential Treatment for Eliminating HIV from the BrainDespite treatment advancements, HIV remains a complex health challenge due to its ability to hide in the brain and evade medications.
Reprogramming Compromised Immune Cells to Fight Cancer - News CenterResearchers have found a way to reprogram immune cells to combat tumors by targeting specific signaling proteins.Inhibiting proteins AhR and IRAK1 can help convert pro-tumor macrophages back into anti-tumor cells.
Understanding the Molecular Players in Eye Inflammation - News CenterStudy reveals how retinal white blood cells function during inflammation and their potential role in diabetic retinopathy.
Lipid recycling by macrophage cells drives the growth of brain cancerMacrophages in glioblastoma contribute to immunosuppression by scavenging lipid debris, which fuels tumor growth.
Metabolic rewiring promotes anti-inflammatory effects of glucocorticoids - NatureGlucocorticoids reprogram macrophage mitochondrial metabolism to increase itaconate production, inhibiting inflammation.Interaction of glucocorticoid receptor with pyruvate dehydrogenase complex accelerates TCA cycle, promoting anti-inflammatory effects.