Oska Modulates eukaryotic cells

Oska is designed to assist in the regeneration of normal eukaryotic cells. (cells containing a nucleus surrounded by a membrane and contain membrane bound organelles.) The cell is the fundamental and functional unit of all living organisms.

Normal cells divide through a process of mitosis into two daughter cells. Regeneration is limited to 20 to 60 generations before becoming senescent.

Cells die due to one or two distinct processes -

1. Apoptosis - a programmed sequence leading to elimination.

2. Necrosis - death of tissue due to damage…. physical or chemical.

During the regeneration process, several checks are made to ensure correct growth. Two of these.

1. Is there room to grow? (Cancer cells ignore this check point)

2. Is there enough energy in the form of ATP (Adenosine Triphosphate) to sustain growth?

ATP is the energy required for various metabolic functions including cellular regeneration but sometimes depleted by degenerative issues such as disease, ageing, lack of physical exercise.

Physical exercise produces endogenous electrical signals that open selected transporter channels in the cell membrane but may be compromised due to physical or chemical restraints.

Oska is designed to modulate cell membrane in order to open transporter channels allowing the exchange of important ions such as sodium, potassium and calcium, assisting cellular metabolism, producing the necessary energy to allow the continuation of cell division and regeneration, thus speeding the recovery process in a natural way.

Obviously speeding the recovery of damaged cells leads to speedy pain relief.