Nowadays, lasers are widely known as a savior of technology. Had they not been discovered, many of the breakthroughs in technology would not have happened.
Lasers have become widely used in many fields, including:
- Music record media (such as CD and DVD players)
- Communications
- Computer industry
- Entertainment centers (as in show lasers)
- Military warfare and weaponry
- Medicine, dentistry, and veterinary (ailment diagnostics and disease treatment, critical and complex surgeries, cosmetics, and beauty)
We all think of lasers as optical tools. Without a doubt, a laser is an intense and thus far-reaching light beam.
Some lasers operate within low to medium-intensity light ranges and thus pose no threat to humans. Others are very powerful. Such laser beams can cause burns or damage if directed toward the eye. The eye must be protected against any such laser beams.
However, in comparison to radioactive decay or nuclear radiation, lasers are much weaker, such that no evidence has ever been found regarding any carcinogen effect of lasers on humans, animals, plants, and biomes.
Moreover, it must be noted that laser device operators, especially nurses, and doctors who work with these devices are affected more. Had there been any dangers, they would be the ones exposed first and foremost.
Likewise, no study from a cellular and biological viewpoint has ever reported any negative effects from lasers on current and future generations of people.
In the end, we must note that the selection of proper subjects for laser therapy is important. For example, cases with preexisting conditions (which are often studied during educational courses) must not be selected for any study.
Medical and veterinary laser therapies currently offered in the market are of two types:
-Low level laser therapy
-High level laser therapy
Both have received FDA approval, and are used in physiotherapy and surgical operation, especially in highly critical surgeries.
Introduction to Lazar Laser (Tissue frequency F laser) and comparison with existing lasers in the market:
# First, there are some basic differences:
-Higher efficiency.
-Lower treatment duration.
-Frequency choice with higher biocompatibility: Existing lasers in the market measure energy radiation per square centimeter. Lazar Laser measures the approximate mass.
# Second, there are some fundamental differences:
-One difference is that existing lasers, for the most part, feature photophysical effects and on-the-spot energy absorption per surface unit. They feature less systematic effects, whereas Lazar Lasers feature the following effects:
-Low photophysical effects (stable for up to 24 hours).
-Photoelectric effects on all skeletal organs (stops, when the beam stops).
-Photochemical effects on all tissues, though are mostly absorbed by such target tissues as myoglobin, hemoglobin, brain and nerves, liver tissue, spleen tissue, etc. (Stable for three months).
-Another vital difference is the lack of necessity for direct radiation on the spot. Laser therapy can thus take place on the spots with bandage or plaster.
-Fibrose tissue destruction: This is of particularly high importance! Right now, all devices in the market can only repair tissue, increase energy levels, and improve health. However, in addition to the above capabilities, Lazar can destroy any kind of adhesion and fibrosis, anywhere in the body. This is a very substantial and outstanding advantage.
-In this regard, you can refer to the paper about horse tendon injury.
-Effects of the Lazar Laser on the animal and human mind and psyche: Considering the destructive effect this laser is capable of, and the systematic effects it can have on the body, the device can also affect the mind and psyche, reducing stress and anxiety, while increasing growth and technical abilities.
-Horse price increase: Considering the positive effects of the Lazar Laser on horses, laser therapy could likewise positively impact their assessments, leading to a higher evaluation. Effects on the horse include:
-Remediation of injuries
-Refreshment and improvement of dexterity (Allowing the horse to keep its head and upper body straight).
-Improvement of body shine and brightness
-Improvement of appearance
-Improvement of general health
-All effects claimed here, that could increase the horse price, take three sessions to become demonstrable (except treatments, which take more).
-Better racing records: Lazar Laser can improve horse performance in general, allowing the horse to set better records in races and sport matches, compared to its past performance. Such general improvements include:
-Improvement in muscle activity
-Increase in ATP
-Increase in muscle respiration
-Reduction in fatigue
-Reduction in lactic acid accumulation in the muscles
-Reduction in stress and anxiety
-Improvement in capability to focus
-Improvement in overall energy levels
Conclusion:
Lazar Laser improves efficiency for horses in four areas:
-Improvement in the ability to set records
-Increase in horse price
-Treatment of injuries
-Increase and improvement in growth of adult horses and foals
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