Found 1259 results for "cancer"
The discovery that cellular senescence serves dual opposing roles in mammary tissue challenges fundamental assumptions about aging mechanisms and cancer preven…
The discovery that tumors actively manipulate brain circuits to survive represents a fundamental shift in understanding cancer progression. Rather than operati…
Understanding how viruses silence cellular alarm systems could reshape approaches to treating persistent infections and autoimmune diseases where these same pa…
Converting cancer cells into their own immune system activators represents a potential breakthrough in overcoming one of immunotherapy's most persistent challe…
Advanced prostate cancer treatment decisions increasingly depend on accurately measuring whether therapies are working, yet newer imaging technologies may pain…
Cancer treatment may be entering a new era as researchers unlock the potential of natural killer cells—immune system sentinels that can destroy malignant cells…
Chemical contamination during pregnancy may significantly elevate a child's risk of developing the most common form of childhood cancer. This finding challenge…
The immune system's ability to distinguish friend from foe may depend on previously overlooked mechanical forces that T cells exert during antigen recognition.…
Cell death pathways represent a critical battlefield where viruses and human immune defenses clash, with implications extending far beyond infection control in…
Understanding how brain cells maintain and form new connections throughout life has profound implications for treating neurodegenerative diseases and age-relat…
Researchers identified KIF11, a motor protein involved in cell division, as a common target for both resveratrol and chloroquine in oral squamous cell carcinom…
Understanding tumor stiffness could transform how oncologists approach treatment, as rigid tumors often resist therapy and spread more aggressively. Traditiona…
Cancer's ability to evade programmed cell death has long focused on one pathway, but emerging evidence reveals that blocking a second death mechanism may be eq…
Lung cancer patients carrying specific genetic mutations now have access to dramatically improved treatment outcomes that could reshape oncology's approach to…
Immune system aging operates through four distinct but interconnected mechanisms that create a self-perpetuating cycle of dysfunction: lymphoid organ shrinkage…
Senescent cells accumulate within remodeled pulmonary vascular lesions in pulmonary arterial hypertension (PAH), promoting neighboring cell proliferation and a…
Cancer's ability to hide from immune surveillance may have found a new villain in Hodgkin lymphoma, where malignant cells appear to have mastered an elaborate…
The revival of psychedelic medicine has created an unexpected manufacturing bottleneck that researchers are finally solving. While psilocybin earned FDA breakt…
Researchers synthesized 10 new derivatives of torkinib, identifying compound 4k as a potent mTOR inhibitor that kills both proliferating cancer cells and senes…
The heart's remarkable resistance to cancer may stem from an unexpected source: the constant mechanical forces generated by each heartbeat. This discovery chal…