Where does energy come from? To answer these questions we need to begin with the ultimate source of energy - The Sun. We harness the sun's energy through direct contact and diet. Plants absorb the sun's energy through photosynthesis and are later consumed by animals and humans, thus conveying the sun's energy. Phytoplankton could be the most important superfood available to harness solar energy and deliver essential nutrients. All cells work the same way and have the same energy needs, whether that cell works the brain or shapes our little toes, they have different outputs and functions but they basically work the same way.They all require energy! Consequently, our cells depend in all respects from the energy derived from our Sun. Its energy is diffused throughout our planet, fueling life at all levels.
"Cell communication" is how our 100 trillion cells coordinate their metabolism. They do this through a system of "messages". They form a vast network of communication. The psycho-Neuro-Immune-Endocrine system of cell communication to coordinate metabolism is now considered to be the cornerstone of Health ("The intricate interface between the immune system and metabolism", J. Trends in immunology 2004; 25:193.)
Cell communication takes place mainly in the outer cell membrane. Naturally, the cell membrane becomes an extremely important part of cell communication and function. Cells are totally dependant on the environment in our bodies. Said environment is created by our lifestyles. A compromised cell membrane cannot produce energy effectively. Simply put, all cell function will be compromised allowing a greater chance of disease.The high density of nutrients found in marine phytoplankton are vital for cell detoxification and maintaining the human cell membrane in structure and function. The micronutrients and electrolytes in phytoplankton are exactly what our cell membranes need to carry out their metabolism. Not surprisingly,the composition of human plasma is similar to that of seawater. UMAC-CORE delivers these much needed nutrients at the cellular level.