BISPHENOLS (BPA, BPS, BPF)
What are Bisphenols?
Bisphenols are synthetic endocrine-disrupting chemicals, act as xenoestrogens, impersonating natural hormones and interfere with cellular signalling. They are lipophilic – lodge in fat tissue, the brain, and endocrine organs — making them particularly difficult to eliminate without targeted detoxification.
- Neurological Disruption: Inter with signalling – Increased risk of anxiety, depression, ADHD-like symptoms. Impaired neurodevelopment in foetuses and children.
- Endocrine System Collapse: Estrogen and thyroid receptor hijacking. Hormonal imbalance. Early puberty and fertility decline.
- Immune Dysregulation: Chronic inflammation. Increased autoimmune sensitivity
- Metabolic damage: Insulin resistance. Obesity-promoting cellular signaling. Mitochondrial dysfunction.
- Genetic & epigenetic interference: Alters gene expression without changing DNA. persisting across generations.
“Bisphenol A poses a risk to human health due to its endocrine-disrupting properties, particularly affecting development, metabolism, and reproduction.”
European Food Safety Authority (EFSA)
Where are Bisphenols Found?
The Solution
Flush is a scientifically formulated detox solution designed to remove the most dangerous synthetic toxins from the body — including PFAS, Bisphenols, phthalates, microplastics, glyphosate, heavy metals, pathogens, and lipid nanoparticles. Created by natural chemists, nature’s specialists, and bioengineers, Flush works in harmony with your body’s natural cleansing systems, targeting the gut, bowel, and intestines — where toxic accumulation begins.
Your gut is the body’s command centre — when it’s well, the rest of your body thrives, and when it’s struggling, every system feels the strain. Flush is a powerful, natural cleansing protocol that works from the inside out to restore digestive health, boost energy, and lay the foundation for lasting wellness. By giving your stomach and intestines the attention they deserve, you give your whole body the best chance to perform at its peak.