GlowPulse Red+ Device Quiz

What does the GlowPulse Red+ device emit to activate mitochondrion in the cells?

• Electrons

• Protons

• Photons

• Neutrons

What is the result of the elevation of ATP synthesis caused by the GlowPulse Red+ device?

• Decrease in cellular energy

• Biochemical and cellular changes

• Reduction in DNA synthesis

• Decrease in protein synthesis

Which of the following is NOT a result of the elevation of ATP in cells?

• Powering metabolic processes

• Synthesizing DNA, RNA, and proteins

• Decreasing enzyme production

• Restoring homeostasis

What wavelengths does the GlowPulse Red+ utilize to penetrate deeper into the body?

• 465 nm and 640 nm

• 640 nm and 850 nm

• 465 nm and 850 nm

• 465 nm, 640 nm, and 850 nm

What is the primary advantage of GlowPulse Red+ compared to lower quality blue light devices?

• It uses a higher wavelength of 465 nm.

• It is controlled by proprietary software algorithms.

• It penetrates less deeply into the skin.

• It uses only blue light for treatment.

Which layer of the skin does the 850 nm wavelength penetrate into?

• Stratum Corneum

• Epidermis

• Dermis

• Subcutaneous Tissue

What does 640 nm red light therapy (RLT) primarily penetrate?

• The skin barrier

• The bone marrow

• The muscle tissue

• The blood vessels

Which of the following is NOT a benefit of 640 nm red light therapy (RLT)?

• Accelerates cellular repair

• Stimulates cell metabolism

• Detoxifies and helps clear inflammatory substances

• Delivers powerful pain relief for acute and chronic conditions

How deep does 850 nm near infrared therapy (NIR) penetrate into the tissue?

• Around one inch

• Around two inches

• Around three inches

• Around four inches

Which therapy is most effective for scar tissue and calcium deposits?

• 640 nm red light therapy (RLT)

• 850 nm near infrared therapy (NIR)

• Both RLT and NIR

• Neither RLT nor NIR