Review Article Other versions: (Verbatim name) ID (Catalog Number) Invalid DOI was provided, please try again ContentsContents Article InfoArticle Info CiteCite MetricsMetrics CommentComment RelatedRelated FigsFigs TabsTabs TaxaTaxa RefsRefs CitedCited Article title Abstract Keywords Introduction Garlic as therapeutic agent in cancer hallmarks Role of garlic in genomic instability Replicative immortality: Targeting telomerase and CDKs with garlic compounds Clinical relevance Mechanisms of action Tumor dysregulated metabolism Tumor-promoting inflammation Angiogenesis Cell migration and tumor metastasis Immune evasion Sustained proliferative signaling Antigrowth signaling evasion Resistance to apoptosis: targeting anti-growth signaling pathways Garlics role in targeting signaling pathways: balancing proliferative and anti-growth signaling Role of garlic in induction of apoptosis Sustained proliferative signaling Angiogenesis Role of garlic in replicative immortality Role of garlic in tumor dysregulated metabolism Role of garlic in Tumor-promoting inflammation Role of garlic in angiogenesis inhibition Role of garlic in preventing tissue Invasion and Metastasis Role of garlic in tumor associated immune evasion Conclusion References Subscribe to email alerts for current Article's categories
Cardiovascular autonomic neuropathy, sexual dysfunction, and urinary incontinence in women with type 1 diabetes
however, other forms of ROS also contribute as the nitric oxide (NO) generated by NO synthases, which diffuses into mitochondria and modulates mitochondrial function by competing with O 2 at respiratory complex IV thereby slowing respiration (Collins et al., 2 O 2 in thiol oxidation modulating the function of proteins (Collins et al., 2014)
These genetic damages compromise stem cell function, promote abnormal mutations, and increase the risk for cancer and blood disorders ( + ratio, reduces ATP production, and disrupts fatty acid oxidation, leading to steatosis and mitochondrial injury ( By weakening the intestinal barrier, alcohol allows bacterial lipopolysaccharide (LPS) to reach the liver and activate TLR4 signaling in Kupffer cells, amplifying hepatic inflammation ( 3.2 Alcohols role in HBV pathogenesis In HBV-infected individuals, alcohol further enhances liver damage by promoting viral replication and impairing immune responses, which contributes to increased hepatitis activity
