Oska Pulse 101_Mod-Two - Medic Technology

1. Where was the Oska Pulse designed, and where is it manufactured?

A) Designed in the USA, manufactured in Australia. B) Designed in Australia, manufactured in the USA. C) Designed and manufactured in Australia. D) Designed and manufactured in the USA.

2. How does the Oska Pulse differ from standard TENS machines?

A) It uses high-voltage electricity. B) It uses pharmaceutical drugs. C) It masks pain rather than treating it. D) It uses PEMF therapy to address pain at its source.

3. At what level does the Oska Pulse work to regulate inflammation and improve blood circulation?

A) At the muscular level. B) At the skeletal level. C) At a cellular level. D) At the skin surface level.

4. Which of the following conditions is the Oska Pulse mentioned as a solution for?

A) Viral infections. B) Arthritis, sports injuries, pain from endometriosis and post-operative recovery. C) Asthma and allergies. D) Sleep apnea.

5. What happens to cellular metabolism when electrical potentials are lost due to injury or degenerative issues?

A) It naturally speeds up. B) It is adversely affected. C) It remains unchanged. D) It starts producing more oxygen.

6. What type of magnetic fields does Pulsed Electromagnetic Field (PEMF) Therapy use?

A) High-strength continuous magnetic fields. B) Static magnetic fields. C) Low intensity, low frequency magnetic fields that pulse at specific frequencies. D) Microwave frequency fields.

7. Approximately how many cells make up the human body, each surrounded by a membrane?

A) 100 billion. B) 1 trillion. C) 37.2 trillion. D) 50 trillion.

8. What is the primary function of the cell membrane as described in the text?

A) To generate heat for the body. B) To act as an "outside shell" allowing ion molecules to enter and exit the cell. C) To store excess fat and water. D) To permanently block all electromagnetic fields.

9. Electromagnetic energy fields influence the membrane's permeability, allowing the exchange of which important ions?

A) Iron, zinc, and magnesium. B) Oxygen, carbon, and hydrogen. C) Sodium, potassium, and calcium. D) Nitrogen, phosphorus, and sulfur.

10. What is a consequence of a cell's membrane charge being compromised by injury or osteoarthritis?

A) Ion exchange is inhibited, also restricting the removal of cellular debris. B) The cell immediately replicates to replace itself. C) The membrane becomes entirely permeable, letting all molecules through without restriction. D) The cell produces excessive amounts of calcium.

11. How does controlled PEMF therapy reset the electrical balance of damaged cells?

A) By using heat to melt cellular debris. B) By using specific frequencies, waveforms, and intensities. C) By applying high-voltage continuous current. D) By lowering the body temperature locally.

12. In addition to resetting electrical balance, what other physiological effect does PEMF therapy have on the treated area?

A) It limits blood flow to reduce swelling. B) It entirely numbs the local nervous system. C) It stimulates blood flow, accelerating the healing process. D) It restricts the exchange of potassium.

13. Which company designed the Oska Pulse device?

A) Advanced Medical Solutions. B) Medic Technology International Pty Ltd. C) Global Pain Relief Corp. D) Australian PEMF Systems.

14. What is the approximate size of the Oska Pulse device?

A) The size of a laptop. B) The size of a tablet. C) Little more than the size of a bar of soap. D) The size of a wristwatch.

15. How is the Oska Pulse intended to be worn?

A) Surgically implanted. B) Strapped directly onto bare skin with medical adhesive. C) Worn under or over clothing. D) Carried strictly in a backpack.

Oska Pulse 101 - Module Two

What is Oska Pulse: Module Two

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