Metabolic syndrome_ the presence of inflammatory mechanisms in abdominal obesity is undeniable, gene therapy using nanoparticles and adenoviruses technologies is promising.
The metabolic syndrome (MetS) is a key risk factor for cardiovascular disease(CVDs) MetS affects about 34% of individuals in the United States. Thepresence of inflammatory mechanisms in abdominal obesity is undeniable. Thisindicates that the immune system has been activated, most likely as a result ofthe activation of pattern recognition receptors (PRRs) PRRs are located ininnate immune cells and are responsible for detecting viral diseases in the body.PRRs (TLRs and NLRs) are thought to play a part in the pathophysiology ofMetS, and targeting TLR4 receptors has been shown to assist with chronicconditions. Gene polymorphisms in humans have unexplained origins andeffects. The main contributor to MetS problems caused by inflammasome 22 isthe alteration of pro-inflammatory cytokines into their bioactive forms. TheFood and Drug Administration has approved statins for lowering LDLcholesterol. In human atherosclerotic lesions, TLR1, TLR2, and TLRR4 levelsare the most common, and they mediate insulin resistance, which is at the heartof MetS 8. Hypertension is a MetS comorbidity that has a strong connection toTLR signaling.The majority of chronic cardiovascular disorders are multifactorial, with manygenetic and environmental factors at play. Adenoviruses can be used to producegene therapy using nanoparticle technology. Cell proliferation, organogenesis,and metabolic function have also been shown to be influenced by peptides andmicropeptides. Metallic, ceramic, and non-metal lattices have recently showngood proof-of-concept in targeted cancer therapy and are gaining acceptance incardiovascular medicine. Because of the docking of subunits and regulatorypeptides, the NOX family of enzymes may be a candidate for peptide therapies.The term "nanoparticle" encompasses a broad range of nanoscale structures.