How Does Laser Therapy Work?

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How Does Laser Therapy Work and Clinical Benefits?

How Does Laser Therapy Work ?Laser therapy offers a powerful new solution for numerous painful conditions. It is a highly effective alternative to traditional therapies and is a safe, painless treatment that only takes a few minutes per visit. This type of therapy does not require the use of drugs or surgery, and there are few side effects or risks if no contraindications exist.

At The Spine Center, they utilize the most powerful available 60 watt laser therapy, which uses penetrating laser light energy to reach damaged cells and tissues. High power laser therapy provides temporary relief of minor pain, stiffness and muscle spasm, and temporarily increases local blood circulation. Research shows tissues targeted by high power laser therapy are stimulated to increase production of greater cellular energy which helps to decrease pain, reduce inflammation/scar tissue, increases cell metabolism, improves vascular activity, and accelerates healing. Over several sessions, laser therapy has been known to reduce or eliminate the inflammation causing your pain.

Laser therapy treatments are administered in 10 or 15 minute sessions. With an acute painful condition such as an injury, the patient will typically see results after 1 to 3 treatment sessions. A custom treatment protocol will be determined for chronic painful conditions. Despite fast treatment times, laser therapy treatments initiate a healing process that continues to actively reduce inflammation for up 24 hours after treatment.

And how about the laser therapy watch?

Laser therapy watch have 22 laser beams,Every beams max output power is 5mw. The most benefit is improve the blood circulation and reduce blood pressure. And it also can reduce the pain relief.

Clinical Benefits of Laser Therapy?

1. Anti-Inflammation: Laser therapy can reduce swelling by increasing the blood supply to the area and activating the lymphatic drainage system (drains swollen areas). As a result, there is a reduction in swelling caused by bruising or inflammation.

2. Anti-Pain (Analgesic): Laser therapy decreases nerve sensitivity. Also, due to decreased inflammation, there is less swelling and less pain.

3. Accelerated Tissue Repair and Cell Growth: Photons of light from lasers penetrate deeply into tissue and accelerate cellular reproduction and growth. The laser light increases the energy available to the cell so that the cell can take on nutrients faster and get rid of waste products quicker.

4. Improved Vascular Activity: Laser light may significantly increase the formation of new capillaries in damaged tissue which speeds up the healing process, closes wounds quickly and reduces scar tissue.

5. Increased Metabolic Activity: Laser therapy creates higher outputs of specific enzymes, greater oxygen and food particle loads for blood cells.

6. Trigger Points and Acupuncture Points: Laser therapy stimulates muscle trigger points and acupuncture points non-invasively, thereby providing musculoskeletal pain relief.

7. Reduced Fibrous Tissue Formation: Laser Therapy reduces the formation of scar tissue following tissue damage from cuts, scratches, burns or surgery.

8. Improved Nerve Function: Laser light helps speed up the process of nerve regeneration and increase the signal to the nerves for quicker restoration of symptoms such as weakness, numbness or tingling.

9. Immunoregulation: Laser light enhances your immune system for quicker and better healing.

10. Faster Wound Healing: Laser light stimulates post operative recovery after surgery.

Please contact if you need laser therapy watch.

How Does Laser Therapy Work and Clinical Benefits

New Zealand University students invented laser input devices: can help aphasia patients

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laser input devices can help aphasia patients

As an auxiliary tool, “VoiceHover” through the identification of laser and strong light input text, and the text into a text file, the use of translation software Python to produce vocals, from text input to voice function conversion, so that language disorders patients “Speak”.

Recently, three students from New York University in Shanghai in the “2017 New York University Trainee Competition” (HackNYU 2017) to design a “low with version” of the laser control device “VoiceHover” to help patients with cerebral palsy and language disorders to re-” Speak “. This work allows them to stand out and get this 48-hour “Year of the Marathon” award.

The laser control device, called “VoiceHover”

was designed by Maggie Walsh and Tyler Rhorick, 2017th Interactive Media Art (IMA), and Shikhar Sakhuja, a 2019th computer science professional.laser input devices.

Demonstration site, Tyler with the flash on the phone at the screen on the “keyboard”, a little stay, immediately heard a record of electronic voice “Hello”. As an auxiliary tool, “VoiceHover” through the identification of laser and strong light input text, and the text into a text file, the use of translation software Python to produce vocals, from text input to voice function conversion, so that language disorders ” speak”.

Tyler said that in the past, people with mobility problems and language barriers had to speak to have to rely on others to help, or a set of high headset laser equipment. “We want to provide patients with a low-cost solution that translates visual text into human voice.”

Maggie is concerned about the human eye tracking technology and the computer vision library for many years, she said the team will continue to improve the equipment for patients who are completely unable to act, adding eye tracking, text prediction and translation.

The latest voice technology can help language patients recover “voice”

It is understood that the current 2017 New York University tractor contest attracted more than 60 teams from New York University, New York University Abu Dhabi and Shanghai New York University to participate. Participants are required to design in four areas: assistive technology, educational technology, health care, and sustainable development and social impact. Competition jury based on innovation, functionality, social impact and other standards, the comprehensive evaluation of student design.

Rodolfo Cossovich, a professor at New York University in Shanghai, said, “It is encouraging to see students who have different professional backgrounds work together and have a positive impact on society.”

laser imaging technology can view the situation of small animals

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Using a new laser imaging technology:

laser imaging technology .scientists can view the status of small animals in real time. The technology is based on light and ultrasound, the resolution is enough to enable scientists to see the animal organs, mobile blood, the proliferation of melanoma cells, and efficient operation of neural networks. In this way, the researchers can monitor the spread of drugs in animals in the process of understanding the response of different organs of drugs.

The image shows the mouse organ image generated by photoacoustic imaging. The technology combines light with ultrasound to generate a complete tomogram in real time.laser imaging technology.

The image shows the mouse intestinal image generated by photoacoustic imaging.
The study was conducted by Duke University and the California Institute of Technology. The technology is called “single pulse photoacoustic computed tomography” (referred to as SIP-PACT), the use of light microscopy and ultrasound imaging technology to observe the animal’s in vivo condition. Researchers say there is always a limitation of image resolution and scanning speed for live scans of small animals, and this new technology can solve this problem.

It can be generated in real time in vivo animal tomography, adult mice, for example, can generate 50 per second complete tomography results. “Photo-acoustic imaging technology can be used to generate a complete tomographic image of a small animal’s body in real time,” said Junjie Yao, assistant professor of biomedical engineering at Duke University, co-author of the study. “Using this technology, People can easily monitor the distribution of drugs in animals, as well as the response of different organs to drugs.laser imaging technology.

Photoacoustic imaging technology integrates multiple imaging technologies on the same platform. Traditional light microscopy can quickly generate high-resolution images that absorb, reflect, or diverge light wavelengths through different tissues (ie, color), reflecting the body’s internal details. For example, melanin can absorb near infrared light, and the blood reaction to light depends on the level of blood oxygen. However, since most of the light is scattered when it penetrates the tissue, the imaging depth is only a few millimeters. In contrast, ultrasound can easily penetrate the body tissue, so we can observe more in-depth. But the ultrasound can not determine the chemical composition of the organization, it can not be the same as the light, to provide us with important diagnosis and treatment information.

Nuclear magnetic resonance imaging (MRI) can also observe the internal situation of the tissue, but with the help of a strong magnetic field, and the length of the image generated from a few seconds to several minutes, X-ray and positron emission tomography (PET ) Will produce a lot of radiation, can not be used for long time observation, but the use of photoacoustic imaging technology is a powerful and short laser pulse, can ensure the safety of the premise, so that cells emit ultrasound, and then penetrate the body tissue.

In this latest study, Dr. Yao and Dr. Lihong Wang of the California Institute of Technology have also increased the speed and scanning range of photoacoustic imaging technology. They set up a ring ultrasonic detector and a set of fast data acquisition system, the use of triangulation to determine the small animals in the body of the source of ultrasound, and ultimately, improved imaging technology can be deep inside the biological tissue five centimeters, resolution Daya Mm, while retaining the information provided by traditional light microscopy.

“This is equivalent to the summer afternoon afternoon to collect the sun into a nail into a large area, and then within a nanosecond launch.” Dr. Yao explained. He has been working on this technology for nearly a decade. “After the laser hit the cells, the energy it carries makes the cells warm up slightly and the volume swells immediately, resulting in an ultrasonic wave, which is like moving the object slowly and striking it, making it the difference between vibrations, We can understand the full range of information in the body, each laser pulse will not miss any details, you can real-time monitoring of biological dynamics, such as heart beating, arterial expansion, different organizational functions.

Researchers used the technique to track the process of melanoma cells in the mouse intravascular transfer, while shooting the entire brain network high-speed operation of the video. “This technology is very powerful because it does not need to inject any contrast agent,” Dr. Yao said, “so that we can determine that changes in the body are not caused by external causes. We believe that this technology in the pre-clinical imaging and clinical diagnosis The field has great potential. “laser imaging technology

low level laser therapy watch from SSCH Company

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What is low level laser therapy watch?

laser therapy watch is an innovative 3-in-1 device that uses the latest research findings in the field of low-level-laser therapy. It?combines acupuncture,local pain management and external blood irradiation and will become your ideal companion.

What is Capillus laser treatment?

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Capillus laser treatment

Capillus laser treatment. Laser medicine originated in the 60’s, that is, soon after the advent of laser, and medicine together. This is a new combination of laser technology and medicine. Weak laser treatment is one of the branches, is the use of low-energy laser on the lesion site or nerve reflex zone irradiation, stimulate the biological tissue or cells to make changes. At present, with the laser treatment technology continues to progress, laser treatment of hair loss in the energy efficiency revealed that the market is gradually development.

Recently, the US Food and Drug Administration confirmed that Capillus’s weak laser treatment (LLLT) male and female male hormone-induced hair loss device can be used in the home, which is a Capcap cap called Capillus.

Capillus laser treatment caps.

Treatment of male and female hair loss of the 272 red laser diode.
Capillus has three laser caps: capillus 272, capillus202, and capillus82. The Capillus272 has 272 red (650 nm) low-energy laser diodes. Patients choose different laser caps according to their own situation, without having to see a doctor. These weak laser diodes are designed in an ordinary baseball cap or hood.

This is not the first laser germinal equipment, as early as a few years ago, NASA scientists (NASA) scientists Dr. Tamim Hamid invented a weak laser technology can cover the entire head of the helmet, called “silk if Get “(English name: Theradome). It uses 678nm wavelength of weak laser can penetrate the skin to reach the hair follicle, stimulate the atrophic hair follicles into the active growth state. In June 2013, the US Food and Drug Administration (FDA) approved the “Silk” laser helmet as the first non-prescription medical device with therapeutic effects on seborrheic alopecia. This major breakthrough has become the focus of the world’s media. The United States Fox FOX, CBS, ABC television, China Central Television CCTV news channels and so on this product has done a related report.Capillus laser treatment.

Of course, optimistic about the laser treatment of hair loss market also has Chinese enterprises, in 2016 Shenzhen International Mobile Health Care Industry Expo. Domestic enterprises also show the domestic laser hair and the instrument, a called “i dark” smart laser helmet. This laser helmet is also used 650nm laser, the 200 laser diode integrated in the hair helmet, the radiation covering the entire scalp, from a technical point of view, nor inferior to foreign.

According to OFweek laser network editor understand that only in China, hair loss has about 200 million people. And our male hair loss rate of nearly 20%, and the incidence rate of at least 15% per year rate of increase. At present, many 80 or even 90 after the students, also joined the hair loss ranks. Obviously, laser treatment of hair loss will be a huge market segment, if the laser hair treatment is reliable and safe, the future prospects will be worth looking forward to. Capillus laser treatment

What are the Advantages and disadvantages of laser treatment?

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laser treatment disadvantages:

Laser treatment has a certain risk. The risk of skin treatment includes:
bleed;
infection;
pain;
scar;
Skin color changes.

In addition, the expected therapeutic effect may not be permanent, and therefore may require repeated treatment.
And in some of the surgery, may be a general anesthesia, but also bring some risks. These include:
pneumonia;
heart disease;
Stroke.
The cost of treatment is very expensive, not everyone can receive laser treatment. Depending on your health plan and the provider or facility for surgery, laser eye surgery costs up to $ 600 to $ 8,000. According to the data provided by the University of Michigan’s Skin Beauty and Laser Center, the cost of laser skin treatment ranged from $ 200 to $ 3,400.

What are the advantages of laser treatment?

Compared to traditional surgical instruments, the laser is more accurate, and the incision is shorter and lighter. As a result, damage to the body tissue is less. Laser surgery is often shorter than the time required for traditional surgery. Usually can be done on the basis of outpatient. Also save the trouble of hospitalization. If you need general anesthesia, the anesthesia time is shorter. And patients who received laser surgery, rehabilitation faster. Compared with traditional surgery, the use of laser treatment may reduce pain, eliminate swelling and scar formation.

Which crowd is not suitable for laser treatment?

Some laser surgery, such as skin shaping and ophthalmic surgery, is called elective surgery. Some people think that the potential risk of these types of surgery may exceed the benefits they provide. For example, some healthy skin conditions may be exacerbated by laser surgery. Because as a typical surgery, the overall poor health will also increase the risk of complications.
Please consult your doctor before deciding whether to undergo any laser surgery. Depending on your age, overall health status, health care plans, and laser surgery costs, your doctor may advise you to choose a traditional surgical procedure. For example, if your age is less than 18 years old, you should not accept Lasik (excimer laser surgery) ophthalmic surgery.

Laser therapy device Application prospects

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Laser therapy device Application in different fields.

Laser therapy device Application? According to different applications, the medical laser system market can be divided into ophthalmology, gynecology, dermatology, urology, dentistry and cardiology. As a result of the increase in aesthetic demand, dermatology in the medical laser system market dominated.

Laser therapy device Application in skin fields.

It is expected that the increased awareness of patients, the degree of minimally invasive and noninvasive treatment, and the growing demand for cosmetic applications such as skin firmness, skin recovery and slimming, etc., are expected to be a huge growth in this market driving force. In addition, especially in emerging market countries, the incidence of skin cancer and other skin diseases such as acne, dermatitis, psoriasis and skin warts, moles and skin lesions is expected to provide tremendous opportunities for the future development of the medical laser market.
Medical laser products for the gynecological field provides a unique application; gynecological field is expected in the next five years to become the medical laser system market has a further growth. At the same time, the system is also widely used in gynecological abdominal surgery, and therefore will further promote the needs of this market.
Due to the rapid replacement of non-laser instruments such as cataracts, refractive surgery and other surgical blades, it is expected that the application of laser medical systems in the field of ophthalmology will continue to grow in the coming years.
The development of cosmetic surgery, but also further promote the medical equipment in the development of beauty medical equipment, the world’s major laser medical beauty company developed rapidly, the rapid increase in output value. In the next few years, I believe that laser plastic surgery will development rapidly in the furture.

How about the laser therapy watch device?

More and more people will focus on laser therapy,It is also included the laser therapy watch device. The Laser therapy device Application will become better and better.