Showing 1021-1030 of 1560 results for "".
- Merging Nutritional and Molecular Strategies in Metabolic Disorder Managementhttps://reachmd.com/news/merging-nutritional-and-molecular-strategies-in-metabolic-disorder-management/2475157/Clinicians are witnessing the convergence of molecular tracers and nutritional science to tackle the complexities of metabolic disorders, with glucagon isotopes illuminating elusive pancreatic alpha cell behavior in Type 1 diabetes, while nat
- Evolving Strategies in Skin Cancer: Mohs Surgery for High-Stage cSCChttps://reachmd.com/news/evolving-strategies-in-skin-cancer-mohs-surgery-for-high-stage-cscc/2475012/As high-stage cutaneous squamous cell carcinoma cases continue to challenge dermatologists, Mohs surgery is contributing to improved outcomes by providing enhanced precision in tumor removal and reducing recurrence rates. High-stage cu
- Pivekimab Sunirine: A New Hope for BPDCN Treatmenthttps://reachmd.com/news/pivekimab-sunirine-a-new-hope-for-bpdcn-treatment/2474977/BPDCN remains an aggressive rare blood cancer with limited treatment options, and the introduction of Pivekimab Sunirine may influence outcomes for this challenging condition. Blastic plasmacytoid dendritic cell neoplasm (BPDCN) is mar
- Osteoclast Regulation and Bone Disease: Targeted Approaches for Therapeutic Interventionhttps://reachmd.com/news/osteoclast-regulation-and-bone-disease-targeted-approaches-for-therapeutic-intervention/2474854/Recent findings have identified the dysregulation of osteoclasts as a crucial driver in the development of bone-destructive diseases. Recognizing the role of these cells in bone resorption not only enriches our understanding of disease mechanisms but also creates o
- Machine Learning and Metabolic Profiling in Colorectal Cancer Diagnosticshttps://reachmd.com/news/machine-learning-and-metabolic-profiling-in-colorectal-cancer-diagnostics/2474855/By harnessing the nuanced insights of metabolic profiling, which focuses on the chemical processes within cells, and metabolomic profiling, which specifically analyses the metabolites present, machine learning is redefining the precision of c
- The Role of PAX3 in Melanoma Progressionhttps://reachmd.com/news/the-role-of-pax3-in-melanoma-progression/2474728/Melanoma, a highly lethal skin cancer, is governed by intricate molecular pathways. Recent insights highlight the pivotal role of the PAX3 protein in accelerating cell growth, migration, and survival while suppressing terminal differentiation, thereby
- Astrocytes: From Passive Support to Dynamic Regulators in Neuromodulationhttps://reachmd.com/news/astrocytes-from-passive-support-to-dynamic-regulators-in-neuromodulation/2474712/Astrocytes are expanding our understanding of neuromodulation, shifting from passive support cells to dynamic regulators of synaptic activity. Traditionally regarded as passive scaffolds, astrocytes are now recognized as
- Intracellular Mechanisms Shaping Immune Adaptation in Cancer and Infectionhttps://reachmd.com/news/the-role-of-intracellular-mechanisms-in-immune-adaptation-during-cancer-and-infection/2474622/This analysis delves into how specialized immune cells engage novel intracellular mechanisms to tackle cancer and infection, opening new avenues for targeted therapies aimed at reducing tissue damage and acute inflammation. F
- Glycan Labeling Breakthroughs Accelerate Tuberculosis Diagnosticshttps://reachmd.com/news/tuberculosis-diagnostics-advances-in-glycan-labeling/2474491/Innovative glycan labeling techniques that exploit the unique, robust cell wall of Mycobacterium tuberculosis (Mtb) are transforming tuberculosis (TB) diagnostics, enabling faster and more precise detection.
- Targeted Molecular Therapies in NSCLC: The Role of Enzyme Suppressionhttps://reachmd.com/news/targeted-molecular-therapies-in-nsclc-the-role-of-enzyme-suppression/2474478/Recent research highlights the potential of targeting enzymes such as APOBEC and TDP2 to delay mutation-driven resistance in non-small cell lung cancer, offering a transformative approach to targeted therapy. As advancements in targeted molecula