Over 30 years of research and scientific experience in biophysics

The human body is not a linear machine driven by chemical energy, but rather an open system that strives to self-optimise within its broader biological, biochemical and biophysical ecosystem. In scientific terms, this ongoing process is called autopoiesis, and it refers to the natural tendency of biological systems to repair and regenerate in response to internal and external signals and stressors. The ability of biological systems to achieve dynamic equilibrium in the face of changing environments is also called homeostasis.

Cells continuously renew, repair and adapt in response to environmental challenges and stimuli. The human body continuously adjusts, reorganises and optimises itself, adapting to stressors and restoring balance without the need for external control – provided the biological framework is intact and the energetic environment is sufficiently coherent.

Modern science now recognises that both organic and inorganic matter, as well as all living cells and organisms, emit subtle energy fields – fields that influence how our bodies regulate chemistry, cell communication and biological functions.

FrequenCell products operate in the quantum field and interact with the body's natural signals to support balance, recovery, reorganisation and general wellbeing.

These cell types vary in structure, function and genetic activity. Key cell types include:

• Epithelial cells – e.g. skin and mucous membrane cells
• Organ cells – e.g. cells in the heart, brain, liver, kidneys
• Muscle cells – smooth, skeletal (striated) and cardiac muscle cells
• Nerve cells (neurons) – for transmitting information
• Connective tissue cells – e.g. fibroblasts, fat cells
• Blood cells – red blood cells, white blood cells, platelets
• Immune cells – e.g. T cells, B cells, macrophages, natural killer cells
• Bone cells – osteoblasts, osteocytes, osteoclasts
• Stem cells – which can develop into other cell types
• Germ cells – sperm and egg cells