QRI – Laser Therapy
Quantum Reflex Integration (QRI) combines the powerful effects of cold laser, sound, frequencies and reflex integration techniques to revive the nervous system for quick, visible results. Attachments are used with the QRI Laser for help in the following areas: Movement, Thinking, Talking, Calm, Unity/Balance, ASD, Blood function, etc.
About QRI
The Quantum Reflex Integration program integrates reflexes using the QRI Harmonic laser and acu-reflex points. Reflexes are the building blocks of development that form in utero and in early infancy. They are essential for the maturation of cognition, movement, and behavior. For example, the fear paralysis reflex protects the fetus, causing a freezing of movement when mother is in “Fight or Flight” mode. It thus prevents the fetus from making demands on the mother, and also blocks passage through the placenta of damaging hormones such as cortisol. An active fear paralysis reflex is often found in children with autism and OCD. This reflex prevents the person from “choosing” their response. They react first and often cannot think logically about their decisions.
Many factors can cause a reflex to be retained, including genetics; stress during pregnancy and delivery (e.g., C-section); environmental toxins; lack of movement; diet; aging; and brain injuries. Reflexes integrate in stages, have a timeline, and affect the infant’s progress on all levels.
The QRI low-level laser used with the QRI protocols has remarkable photochemical effects at the cellular level. The laser’s photons penetrate to several levels of tissue, depending on type of laser diode, and can rejuvenate skin, fascia, bone, cartilage, and nerve tissue. Photons are absorbed by both the mitochondria inside the cell and the cell membrane. Stimulation of mitochondria increases production of ATP, which governs 80–90 percent of cellular activity, including replication. Effects also include decreased inflammation of tissue and improved circulation. In the case of nerve tissue, the laser helps to restore the myelin sheath, which increases the speed and efficiency of impulse transmission.