Articles tagged with Immune Cells
Researchers from the Helmholtz Center for Infection Research found that Beta-Interferon facilitates faster immune reactions against microbial and viral threats by regulating antigen presentation. Low levels of Beta-Interferon before infection can lead to a stronger immune response, known as priming.
A mouse model of neuropathic pain showed that immune cells producing opioids reduced symptoms, suggesting a novel approach for pain relief. Selectively targeting opioid-containing immune cells may provide natural pain relief and offer a new treatment option.
Interferon-gamma plays a deciding role in whether immune cells attack and injure the central nervous system in mice. The protein is protective in cerebellums and brainstems but causes nerve cell damage in spinal cords.
Research finds disabled gut cells linked to Crohn's disease, with altered genetic activity leading to increased hormone production. The study suggests a potential role for autophagy and Atg16L1 in Paneth cell function, shedding light on the complex mechanisms behind the inflammatory bowel disorder.
Researchers discovered a key molecule that normalizes tumor vasculature, allowing immune cells to colonize cancer tissue in large numbers. This finding led to improved survival rates in mice with disrupted Rgs5 gene, highlighting the potential of vascular normalization for enhancing immune therapy.
Researchers found that caffeine protects mice from developing experimental autoimmune encephalomyelitis (EAE), a model for human Multiple Sclerosis (MS). Caffeine's ability to block adenosine receptors may be key to preventing immune cell infiltration into the central nervous system.
A new study found that green tea's EGCG ingredient can rescue mice from lethal sepsis, paving the way for clinical trials. The substance works by preventing HMGB1 from being released and activating immune cells.
Researchers found that lymphoid chemokines, which guide immune cells to lymph nodes and spleen, are reduced during active immune responses, potentially leading to transient immune suppression. This discovery could help explain why the immune system is less effective at responding to secondary infections after an acute infection.
Researchers discovered that damaged motor neurons in ALS send incorrect signals, triggering an immune cell response that accelerates their own death. This finding offers a new approach for therapies targeting the motor neurons themselves.
Malaria infection hampers red blood cell production, leading to severe anemia. A new study reveals MIF as the key immune player in this process.
Researchers have discovered that eating fatty foods can dampen inflammation in the gut by stimulating the production of cholecystokinin, a hormone that sends signals to the brain and immune cells. This process may provide a way to reduce inflammatory complications after surgery.
Researchers at Stanford University have found a connection between aging, infection, and leukemia in blood-forming stem cells. These cells were found to produce fewer immune cells and turn on cancer-causing genes, contributing to the development of certain types of leukemia.
Researchers from Johns Hopkins report that the band leader controlling DNA copying also brings the jam session to a close, intricately connecting the two processes. This discovery sheds light on the development of immune system cancers.
A new study finds that tai chi chih significantly increases immune cell levels and improves physical functioning in older adults with shingles. The exercise program was comparable to hip replacement surgery in boosting immunity and reducing symptoms.
Researchers have found a new, hidden piece of the influenza virus that may kill immune system cells. This protein was discovered by accident while studying
Researchers found that HIV-infected immune cells take in more vitamin C and glucose than healthy counterparts, but extremely high levels are toxic. This study provides a foundation to understand the relationship between vitamin C, HIV infection, and cell metabolism.