The Phoenix Thera-Lase System is a portable laser therapy device approved by the FDA that delivers concentrated laser light energy to tissues. It uses patented wavelengths that can penetrate tissues deeper than previous laser therapies, to a depth of 15 centimeters. This allows it to treat a wide range of musculoskeletal issues, wounds, and other conditions. Treatments last 10-30 minutes per session and involve exposing tissues to laser light energy, which has anti-inflammatory and healing effects. Physicians in various specialties have reported positive results treating over 40 conditions with the Phoenix Thera-Lase System.
- The document discusses RFINE radio frequency device for pain management and sports rehabilitation. It has shown early clinical trial evidence of reducing pain dramatically and providing minor improvements.
- The device consists of foot pads and adhesive pads that work automatically to increase blood circulation, immunity, and metabolism through endogenous whole body heat therapy. This accelerates soft tissue and nerve healing.
- Radio frequency is used between 0.3-0.8MHz for clinical purposes as it generates heat in tissues through cellular movement resistance without damaging ionization, providing a safe endogenous heat therapy.
This document discusses the biological effects of ultrasound. It describes thermal effects that occur when ultrasound raises tissue temperatures over 1.5°C, causing heat damage. Non-thermal effects include cavitation, where oscillating gas bubbles interact with tissues. Stable cavitation causes moderate cellular changes while inertial cavitation violently destroys bubbles and tissues. Focused ultrasound is used for thermal ablation of targeted areas and sonoporation, increasing drug efficacy in precise body regions.
The document discusses High Power Laser Therapy (HPLT) and its use in treating pain and wound healing. It describes how HPLT was developed to deliver laser energy deeper than previous therapies, allowing treatment of conditions refractive to traditional care. The seminar then covers biophysics of HPLT, design of the Avicenna laser used, its safety, comparison to surgical lasers, biological effects on tissues, and applications for treating musculoskeletal conditions.
International Guidelines And Regulations For The Safe Use Of Diagnostic Ultra...u.surgery
The document discusses international guidelines and regulations for the safe use of diagnostic ultrasound in medicine. It covers ultrasound biophysics and potential bioeffects, the development of safety guidelines and regulations, and balancing the benefits of ultrasound with potential risks. Key points addressed include thermal and non-thermal bioeffects, limits set by organizations like the FDA, and the importance of prudent and ALARA use of diagnostic ultrasound to minimize risks while optimizing medical benefits.
Educational seminar presenting the facts of High Power Laser Medicine and how it is used to stop pain—without surgery and without drugs. Property of AvicennaLaser.com.
Preconditioning laserphototherapy involves using low-level laser therapy (LLLT) prior to potential insults or interventions to reduce damage and improve outcomes. Studies have shown LLLT can reduce side effects from radiation or chemotherapy, decrease muscle fatigue and damage from exercise, reduce post-surgical pain and inflammation, and help prevent herpes outbreaks when used at early symptom stages. The mechanisms are not fully understood but LLLT is thought to boost cellular energy production and defenses. Using LLLT preemptively before dental procedures, surgery, athletic activities or infections could provide protective effects with minimal risk or cost.
Learn how to implement musculoskeletal laser protocols into your practice. Discover the key clinical breakthroughs in laser therapy and laser protocols. Receive an up-to-date syllabus with graphics and take-home notes. Takeaway information guaranteed to expand your clinical knowledge.
This document discusses patient radiation dose management in medical imaging. It describes how patient dose is estimated using entrance skin exposure, bone marrow dose, and gonadal dose. Factors that influence patient dose include equipment design and operator technique. Unnecessary dose should be avoided by restricting unnecessary exams, repeats, and optimizing techniques like collimation and shielding. Special considerations are discussed for mammography, CT imaging, and protecting dose to pregnant patients.
- The document discusses RFINE radio frequency device for pain management and sports rehabilitation. It has shown early clinical trial evidence of reducing pain dramatically and providing minor improvements.
- The device consists of foot pads and adhesive pads that work automatically to increase blood circulation, immunity, and metabolism through endogenous whole body heat therapy. This accelerates soft tissue and nerve healing.
- Radio frequency is used between 0.3-0.8MHz for clinical purposes as it generates heat in tissues through cellular movement resistance without damaging ionization, providing a safe endogenous heat therapy.
This document discusses the biological effects of ultrasound. It describes thermal effects that occur when ultrasound raises tissue temperatures over 1.5°C, causing heat damage. Non-thermal effects include cavitation, where oscillating gas bubbles interact with tissues. Stable cavitation causes moderate cellular changes while inertial cavitation violently destroys bubbles and tissues. Focused ultrasound is used for thermal ablation of targeted areas and sonoporation, increasing drug efficacy in precise body regions.
The document discusses High Power Laser Therapy (HPLT) and its use in treating pain and wound healing. It describes how HPLT was developed to deliver laser energy deeper than previous therapies, allowing treatment of conditions refractive to traditional care. The seminar then covers biophysics of HPLT, design of the Avicenna laser used, its safety, comparison to surgical lasers, biological effects on tissues, and applications for treating musculoskeletal conditions.
International Guidelines And Regulations For The Safe Use Of Diagnostic Ultra...u.surgery
The document discusses international guidelines and regulations for the safe use of diagnostic ultrasound in medicine. It covers ultrasound biophysics and potential bioeffects, the development of safety guidelines and regulations, and balancing the benefits of ultrasound with potential risks. Key points addressed include thermal and non-thermal bioeffects, limits set by organizations like the FDA, and the importance of prudent and ALARA use of diagnostic ultrasound to minimize risks while optimizing medical benefits.
Educational seminar presenting the facts of High Power Laser Medicine and how it is used to stop pain—without surgery and without drugs. Property of AvicennaLaser.com.
Preconditioning laserphototherapy involves using low-level laser therapy (LLLT) prior to potential insults or interventions to reduce damage and improve outcomes. Studies have shown LLLT can reduce side effects from radiation or chemotherapy, decrease muscle fatigue and damage from exercise, reduce post-surgical pain and inflammation, and help prevent herpes outbreaks when used at early symptom stages. The mechanisms are not fully understood but LLLT is thought to boost cellular energy production and defenses. Using LLLT preemptively before dental procedures, surgery, athletic activities or infections could provide protective effects with minimal risk or cost.
Learn how to implement musculoskeletal laser protocols into your practice. Discover the key clinical breakthroughs in laser therapy and laser protocols. Receive an up-to-date syllabus with graphics and take-home notes. Takeaway information guaranteed to expand your clinical knowledge.
This document discusses patient radiation dose management in medical imaging. It describes how patient dose is estimated using entrance skin exposure, bone marrow dose, and gonadal dose. Factors that influence patient dose include equipment design and operator technique. Unnecessary dose should be avoided by restricting unnecessary exams, repeats, and optimizing techniques like collimation and shielding. Special considerations are discussed for mammography, CT imaging, and protecting dose to pregnant patients.
Ultrasound can cause biological effects through thermal and non-thermal mechanisms. Thermal effects occur when ultrasound energy is absorbed and converted to heat, potentially raising tissue temperatures after long exposures. Non-thermal effects include cavitation where gas bubbles form and violently collapse, releasing free radicals. Diagnostic ultrasound is considered safe when thermal and mechanical indices are kept low to avoid temperature rises over 1.5°C. While some studies reported fetal effects with ultrasound exposure, current evidence does not show a causal relationship between diagnostic ultrasound and long-term adverse effects.
Ultrasound can cause biological effects through thermal and non-thermal mechanisms. Thermal effects are caused by ultrasound energy being absorbed and converted to heat, while non-thermal effects include cavitation and direct mechanical effects. While some studies have reported associations between ultrasound exposure and fetal effects, most clinical studies have found no biological effects, even at higher intensities. Regulatory bodies have established safety indices and output limits, and recommend using the minimum exposure needed for diagnosis. Overall, diagnostic ultrasound is considered safe when used prudently according to established guidelines.
The document discusses different types of radiation therapy including external beam radiation therapy, brachytherapy, and systemic radioisotope therapy. It focuses on stereotactic radiation therapy, describing it as a specialized type of external beam radiation therapy that uses focused radiation beams to precisely target tumors using detailed imaging scans. The document outlines the procedures for stereotactic radiosurgery and stereotactic body radiation therapy and discusses some advantages and limitations of stereotactic treatments.
Conformal Radiotherapy in Head and neck cancers is essential in terms of improving quality of life and local control in this era. This presentation aimed at giving an overview of conformal radiotherapy and its role in HNC to a 'general audience'.
This document discusses the history and techniques of radiotherapy in ENT. It begins with the discovery of x-rays in 1895 and progresses to modern technologies like IMRT, IGRT, proton beam therapy and SBRT. It covers the physics, biology and mechanisms of radiation therapy. Key aspects of radiotherapy for head and neck cancers like dosimetry, fractionation schedules, acute and chronic toxicities are summarized. Newer conformal techniques aim to reduce normal tissue damage while adequately treating tumors.
Efficacy of therapeutic ultrasound in the physiotherapy management of musculo...Ayobami Ayodele
Efficacy of therapeutic ultrasound in the physiotherapy management of musculoskeletal disorders. Despite several decades of us, the efficacy or effectiveness of therapeutic ultrasound as a physiotherapy modalities is still questionable.
The document discusses potential side effects of radiotherapy. Common acute side effects include reddening and soreness of the skin, discomfort and swelling of the breast area, and fatigue. After treatment, side effects can include firmer or shrunken breast tissue, swelling, and darker skin. Late side effects may include lymphedema, radiation pneumonitis (inflammation of the lungs), and rarely radiation fibrosis (scarring of the lungs) or radiation-induced cancers which occur years later. Radiation pneumonitis specifically occurs in 1-6% of patients and risk increases with use of chemotherapy and a third radiation field. Studies found incidence of interstitial pneumonitis was 8.4 times higher in breast cancer patients than
This document discusses a non-invasive cellulite treatment called ThermiRF. It uses radiofrequency energy to precisely heat and melt fat cells, which are then naturally flushed from the body. It can treat cellulite as well as tighten other areas like the neck, abdomen, arms, and knees with minimal risks and downtime compared to surgery. The treatment works by controlling the temperature of the applicator tip in contact with the skin to safely and reliably deliver a targeted dose of therapeutic heat to the fat cells below.
The document discusses various topics related to radiotherapy including oxygenation and reoxygenation effects, time-dose-fractionation relationships, and altered fractionation schemes. Specifically, it covers how oxygen enhances the effects of radiation, the mechanisms of reoxygenation in tumors, factors influencing early and late responding tissues under different fractionation regimens, and approaches like hyperfractionation and accelerated treatment that aim to better separate tumor and normal tissue responses. Large clinical trials on hyperfractionation and accelerated regimens for head and neck cancers are also summarized.
Doses and Risks in Diagnostic Radiology, Interventional Radiology and Cardiol...DrAyush Garg
This document reviews doses and risks from natural background radiation as well as medical sources of radiation including diagnostic radiology, interventional radiology/cardiology, and nuclear medicine. It provides details on dose levels from various natural sources and medical procedures. The highest medical doses come from interventional fluoroscopy which can exceed skin dose limits and increase risks. Nuclear medicine procedures generally have lower doses than interventional methods but higher than diagnostic radiology. Risks to both patients and medical staff are discussed.
Radiation injury and countermeasures: ALOK SONIAlok kumar Soni
Radiation can be ionizing or non-ionizing, with ionizing radiation including alpha, beta, gamma, and neutron radiation capable of damaging cells. Radiation exposure is measured in units like the gray (Gy) and sievert (Sv) which account for both energy absorbed and biological effects. Radiation can directly damage DNA and indirectly generate reactive oxygen species, leading to acute effects above 1 Gy or chronic effects like cancer. Potential countermeasures include radioprotectors administered before exposure, mitigators after exposure, and therapeutics for symptoms. Promising agents include amifostine, 5-AED, G-CSF and HDAC inhibitors, but developing safe and effective countermeasures remains an ongoing challenge.
1. The document discusses the topic of radiotherapy, including its introduction, principles, types, external beam therapy equipment and techniques, risks and side effects.
2. Radiotherapy uses radiation to damage cancer cell DNA and destroy their ability to reproduce. The goal is to deliver an optimal dose to the tumor while minimizing damage to surrounding tissues.
3. There are three main types of radiotherapy: external beam therapy, brachytherapy, and systemic radioisotope therapy. External beam therapy uses radiation from a linear accelerator while brachytherapy implants radioactive sources directly into tissues.
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and
offering a wide range of dental certified courses in different formats.
THERAPEUTIC ULTRASOUND: A PRACTICAL APPROACH BY MINED ACADEMYMINED ACADEMY
Therapeutic ultrasound can be used for both diagnostic imaging and treatment purposes. It produces longitudinal ultrasound waves that can have thermal or non-thermal effects on tissues depending on the mode of application. Common applications include soft tissue healing, pain relief, and bone fracture treatment. Proper parameters including frequency, intensity, duration and mode of application are important to provide benefits while avoiding risks like burns or tissue damage.
Physical principles of radiotherapy(1)Sneha George
This document discusses the physical principles of radiotherapy. It begins by defining radiotherapy as the treatment of disease with radiation like X-rays. It notes that ionizing radiation produces more damage in malignant tissue than normal tissue. It then discusses factors that influence the biological effects of radiation like dose magnitude and duration of treatment. It describes the types of radiotherapy including teletherapy using external radiation sources, plesiotherapy using close radiation sources, and internal therapy using radioactive isotopes incorporated into tissues.
This document summarizes key aspects of therapeutic ultrasound clinical application including beam characteristics, frequency selection, treatment techniques, tissue temperature effects, and contraindications. It discusses selecting duty cycle based on desired thermal or non-thermal effects. The document concludes by emphasizing understanding ultrasound terminology, indications, parameter selection, thermal effect calculation, administration methods, and benefits in order to be a well-prepared athletic training student.
The document discusses High Power Laser Therapy (HPLT) and its potential to revolutionize non-surgical treatment of pain and wound healing. HPLT uses high-powered therapeutic lasers to stimulate tissue healing and reduce inflammation. The document outlines the history and development of HPLT lasers, their biological effects on tissues and cells, and their advantages over other modalities for treating musculoskeletal conditions.
This document summarizes scientific evidence for the medical device Handy-Cure, which combines low-level laser, infrared, visible red light, and static magnetic fields. It provides 3 case studies showing Handy-Cure effectively treated Achilles tendonitis and lateral epicondylitis. Over 2000 studies show low-level laser therapy is safe and effective for musculoskeletal pain including arthritis, tendonitis, and carpal tunnel syndrome by reducing inflammation and pain. Handy-Cure promotes tissue regeneration, wound healing, and increased blood flow through effects on cell mitochondria and ATP production.
Low Level LASER therapy in impaction socketsailesh kumar
The document discusses the history and applications of low-level laser therapy (LLLT). It summarizes three studies that examined the use of LLLT to reduce pain, swelling, and trismus following surgical removal of impacted third molars. The first study applied laser intraorally and extraorally immediately and 24 hours after surgery. It found reduced pain, swelling, and increased interincisal opening with laser. The second study used a zonal laser technique and found reductions in pain and swelling, though not statistically significant. The third study applied intraoral laser once and found significantly reduced pain compared to medication alone. Overall, LLLT shows potential for improving outcomes following third molar surgery, but standardized power settings are needed
Multi Radiance Medical is the Leader in Veterinary Laser Therapy. Our Veterinary Products and Applications Presentation. Our Technology is Validated in Vitro, In Vivo, in controlled laboratory studies and in clinical trials
30+ Research projects currently underway
18 Peer-Reviewed journal publications, 12 more submitted and under review. 100s Treatable Conditions.
Ultrasound can cause biological effects through thermal and non-thermal mechanisms. Thermal effects occur when ultrasound energy is absorbed and converted to heat, potentially raising tissue temperatures after long exposures. Non-thermal effects include cavitation where gas bubbles form and violently collapse, releasing free radicals. Diagnostic ultrasound is considered safe when thermal and mechanical indices are kept low to avoid temperature rises over 1.5°C. While some studies reported fetal effects with ultrasound exposure, current evidence does not show a causal relationship between diagnostic ultrasound and long-term adverse effects.
Ultrasound can cause biological effects through thermal and non-thermal mechanisms. Thermal effects are caused by ultrasound energy being absorbed and converted to heat, while non-thermal effects include cavitation and direct mechanical effects. While some studies have reported associations between ultrasound exposure and fetal effects, most clinical studies have found no biological effects, even at higher intensities. Regulatory bodies have established safety indices and output limits, and recommend using the minimum exposure needed for diagnosis. Overall, diagnostic ultrasound is considered safe when used prudently according to established guidelines.
The document discusses different types of radiation therapy including external beam radiation therapy, brachytherapy, and systemic radioisotope therapy. It focuses on stereotactic radiation therapy, describing it as a specialized type of external beam radiation therapy that uses focused radiation beams to precisely target tumors using detailed imaging scans. The document outlines the procedures for stereotactic radiosurgery and stereotactic body radiation therapy and discusses some advantages and limitations of stereotactic treatments.
Conformal Radiotherapy in Head and neck cancers is essential in terms of improving quality of life and local control in this era. This presentation aimed at giving an overview of conformal radiotherapy and its role in HNC to a 'general audience'.
This document discusses the history and techniques of radiotherapy in ENT. It begins with the discovery of x-rays in 1895 and progresses to modern technologies like IMRT, IGRT, proton beam therapy and SBRT. It covers the physics, biology and mechanisms of radiation therapy. Key aspects of radiotherapy for head and neck cancers like dosimetry, fractionation schedules, acute and chronic toxicities are summarized. Newer conformal techniques aim to reduce normal tissue damage while adequately treating tumors.
Efficacy of therapeutic ultrasound in the physiotherapy management of musculo...Ayobami Ayodele
Efficacy of therapeutic ultrasound in the physiotherapy management of musculoskeletal disorders. Despite several decades of us, the efficacy or effectiveness of therapeutic ultrasound as a physiotherapy modalities is still questionable.
The document discusses potential side effects of radiotherapy. Common acute side effects include reddening and soreness of the skin, discomfort and swelling of the breast area, and fatigue. After treatment, side effects can include firmer or shrunken breast tissue, swelling, and darker skin. Late side effects may include lymphedema, radiation pneumonitis (inflammation of the lungs), and rarely radiation fibrosis (scarring of the lungs) or radiation-induced cancers which occur years later. Radiation pneumonitis specifically occurs in 1-6% of patients and risk increases with use of chemotherapy and a third radiation field. Studies found incidence of interstitial pneumonitis was 8.4 times higher in breast cancer patients than
This document discusses a non-invasive cellulite treatment called ThermiRF. It uses radiofrequency energy to precisely heat and melt fat cells, which are then naturally flushed from the body. It can treat cellulite as well as tighten other areas like the neck, abdomen, arms, and knees with minimal risks and downtime compared to surgery. The treatment works by controlling the temperature of the applicator tip in contact with the skin to safely and reliably deliver a targeted dose of therapeutic heat to the fat cells below.
The document discusses various topics related to radiotherapy including oxygenation and reoxygenation effects, time-dose-fractionation relationships, and altered fractionation schemes. Specifically, it covers how oxygen enhances the effects of radiation, the mechanisms of reoxygenation in tumors, factors influencing early and late responding tissues under different fractionation regimens, and approaches like hyperfractionation and accelerated treatment that aim to better separate tumor and normal tissue responses. Large clinical trials on hyperfractionation and accelerated regimens for head and neck cancers are also summarized.
Doses and Risks in Diagnostic Radiology, Interventional Radiology and Cardiol...DrAyush Garg
This document reviews doses and risks from natural background radiation as well as medical sources of radiation including diagnostic radiology, interventional radiology/cardiology, and nuclear medicine. It provides details on dose levels from various natural sources and medical procedures. The highest medical doses come from interventional fluoroscopy which can exceed skin dose limits and increase risks. Nuclear medicine procedures generally have lower doses than interventional methods but higher than diagnostic radiology. Risks to both patients and medical staff are discussed.
Radiation injury and countermeasures: ALOK SONIAlok kumar Soni
Radiation can be ionizing or non-ionizing, with ionizing radiation including alpha, beta, gamma, and neutron radiation capable of damaging cells. Radiation exposure is measured in units like the gray (Gy) and sievert (Sv) which account for both energy absorbed and biological effects. Radiation can directly damage DNA and indirectly generate reactive oxygen species, leading to acute effects above 1 Gy or chronic effects like cancer. Potential countermeasures include radioprotectors administered before exposure, mitigators after exposure, and therapeutics for symptoms. Promising agents include amifostine, 5-AED, G-CSF and HDAC inhibitors, but developing safe and effective countermeasures remains an ongoing challenge.
1. The document discusses the topic of radiotherapy, including its introduction, principles, types, external beam therapy equipment and techniques, risks and side effects.
2. Radiotherapy uses radiation to damage cancer cell DNA and destroy their ability to reproduce. The goal is to deliver an optimal dose to the tumor while minimizing damage to surrounding tissues.
3. There are three main types of radiotherapy: external beam therapy, brachytherapy, and systemic radioisotope therapy. External beam therapy uses radiation from a linear accelerator while brachytherapy implants radioactive sources directly into tissues.
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and
offering a wide range of dental certified courses in different formats.
THERAPEUTIC ULTRASOUND: A PRACTICAL APPROACH BY MINED ACADEMYMINED ACADEMY
Therapeutic ultrasound can be used for both diagnostic imaging and treatment purposes. It produces longitudinal ultrasound waves that can have thermal or non-thermal effects on tissues depending on the mode of application. Common applications include soft tissue healing, pain relief, and bone fracture treatment. Proper parameters including frequency, intensity, duration and mode of application are important to provide benefits while avoiding risks like burns or tissue damage.
Physical principles of radiotherapy(1)Sneha George
This document discusses the physical principles of radiotherapy. It begins by defining radiotherapy as the treatment of disease with radiation like X-rays. It notes that ionizing radiation produces more damage in malignant tissue than normal tissue. It then discusses factors that influence the biological effects of radiation like dose magnitude and duration of treatment. It describes the types of radiotherapy including teletherapy using external radiation sources, plesiotherapy using close radiation sources, and internal therapy using radioactive isotopes incorporated into tissues.
This document summarizes key aspects of therapeutic ultrasound clinical application including beam characteristics, frequency selection, treatment techniques, tissue temperature effects, and contraindications. It discusses selecting duty cycle based on desired thermal or non-thermal effects. The document concludes by emphasizing understanding ultrasound terminology, indications, parameter selection, thermal effect calculation, administration methods, and benefits in order to be a well-prepared athletic training student.
The document discusses High Power Laser Therapy (HPLT) and its potential to revolutionize non-surgical treatment of pain and wound healing. HPLT uses high-powered therapeutic lasers to stimulate tissue healing and reduce inflammation. The document outlines the history and development of HPLT lasers, their biological effects on tissues and cells, and their advantages over other modalities for treating musculoskeletal conditions.
This document summarizes scientific evidence for the medical device Handy-Cure, which combines low-level laser, infrared, visible red light, and static magnetic fields. It provides 3 case studies showing Handy-Cure effectively treated Achilles tendonitis and lateral epicondylitis. Over 2000 studies show low-level laser therapy is safe and effective for musculoskeletal pain including arthritis, tendonitis, and carpal tunnel syndrome by reducing inflammation and pain. Handy-Cure promotes tissue regeneration, wound healing, and increased blood flow through effects on cell mitochondria and ATP production.
Low Level LASER therapy in impaction socketsailesh kumar
The document discusses the history and applications of low-level laser therapy (LLLT). It summarizes three studies that examined the use of LLLT to reduce pain, swelling, and trismus following surgical removal of impacted third molars. The first study applied laser intraorally and extraorally immediately and 24 hours after surgery. It found reduced pain, swelling, and increased interincisal opening with laser. The second study used a zonal laser technique and found reductions in pain and swelling, though not statistically significant. The third study applied intraoral laser once and found significantly reduced pain compared to medication alone. Overall, LLLT shows potential for improving outcomes following third molar surgery, but standardized power settings are needed
Multi Radiance Medical is the Leader in Veterinary Laser Therapy. Our Veterinary Products and Applications Presentation. Our Technology is Validated in Vitro, In Vivo, in controlled laboratory studies and in clinical trials
30+ Research projects currently underway
18 Peer-Reviewed journal publications, 12 more submitted and under review. 100s Treatable Conditions.
Dr. Robert Ramsey and the talented team at Gresham Family Chiropractic have been providing the best chiropractic care available to patients in Gresham, OR since 1997.
This document provides an overview of a webinar presentation about laser therapy given by Avicenna Laser Technology. Some key points:
- Avicenna invented the first Class IV high power laser therapy system in 2002 to allow deeper penetration for tissue healing compared to previous low power lasers.
- High power laser therapy provides biological effects like accelerated tissue repair, reduced scarring, and pain relief through mechanisms like increased blood flow and cell metabolism.
- Factors like power, wavelength, power density, frequency and method of delivery determine a laser's depth of penetration and tissue stimulation. Avicenna's continuous wave 980nm laser is designed for optimal penetration.
- Low power lasers may fail to
Here is all about laser therapy. These slides contain all about laser in the field of healthcare and treatment. Role of laser in the physical therapy field. I hope these slides helps you to learn more about laser therapy and its benefits.
This document discusses the use of lasers in orthopedic surgery. It describes how lasers interact with biological tissues through scattering, penetration and absorption, and how these effects can be used for biostimulation or bioinhibition depending on the wavelength and power. Applications of lasers in orthopedics include pain management, wound healing, nerve regeneration and treatment of injuries to soft tissues, joints, muscles and bones. Lasers provide benefits over traditional surgery such as smaller incisions, less bleeding and swelling, and faster recovery times.
This document summarizes light therapy and its use in wound healing. It discusses the four phases of normal wound healing and how diabetes can slow the process. The history of using light, including lasers and LEDs, to aid healing is presented. Studies show red light at 633nm and 10J/cm2 promoted healing in diabetic rats most effectively. Light stimulates angiogenesis through endothelial cell proliferation. Multiwavelength light therapy did not influence pressure ulcer healing. Low-level light therapy's mechanisms of action include stimulating mitochondria and having a biphasic dose response. While its effectiveness remains controversial, light therapy is a popular treatment with few risks.
The document discusses advances in regenerative medicine and a company called OroGen Biosciences. It describes how information technologies have enabled sharing of medical information and how the body's cells have an innate ability to heal itself. OroGen Biosciences develops tissue regenerative biomatrix products that intensify the body's own regenerative factors to support wound healing and regeneration. The document provides several case studies showing applications of OroGen's products in aiding fracture repair, wound healing, and other conditions in canines and other animals.
A friend of mine recently told me her dermatologist was using Laser Light Therapy to successfully treat her eczema. I wasn’t surprised. With its time-efficiency and broad range of applications, Laser Light Therapy is one of the most popular treatment modalities in physical therapy. Physical therapists use laser light therapy to great effect with a multitude of diagnoses including arthritis, neuropathy, muscle strains, fractures, pain reduction and TMJ.
The Morpheus8 platform is a fractional radiofrequency device that can penetrate subdermal adipose tissue up to 8mm, deeper than other available technologies. It uses bipolar radiofrequency to ablate, coagulate fat, and induce volumetric bulk heating across the epidermis, dermis and subcutaneous tissue. Studies show Morpheus8 produces fractional coagulation zones around micro pins in a dose-dependent manner and three-step collagen remodeling without generating surgical plume, making it safer than laser resurfacing during the COVID-19 pandemic. Clinical results demonstrate Morpheus8 effectively treats acne, scarring and skin laxity with long-term improvement when used alone or in combination with other non-invasive body contour
Launching Exilis nonsurgical face lift on Monday 20th January 2014. No pain no downtime 50% OFF. For more details visit us http://www.ojasaesthetic.com/face-procedures-facelift.html
Lecture to FACE Conference London by Dr. Patrick Treacy about split face study comparing two recent CO2 resurfacing lasers. Lasers compared were the Lumenis ActiveFx and the Deka SmartXide DOT
This document discusses dental considerations for patients undergoing radiation therapy. It covers the immediate and delayed effects of radiation on oral tissues, including mucositis, xerostomia, candidiasis, trismus, and osteoradionecrosis. Management strategies are provided for each complication. Radiotherapy prostheses are described that protect healthy tissues, improve treatment accuracy, and enhance patient comfort during radiation. Factors affecting radiation damage and the role of hyperbaric oxygen therapy in managing osteoradionecrosis are also summarized.
- Cold laser therapy is an effective treatment for lymphedema that reduces swelling, fibrosis, and symptoms like heaviness and tightness. It was pioneered in Australia where research has shown both immediate and long-term benefits.
- The advantages of cold laser over other therapies are that it has no negative impact on lifestyle, carries no risk of carcinogenesis, and may be as effective as manual lymph drainage while posing fewer costs and time commitments for patients.
- Case studies demonstrate significant volume reductions, improved range of motion, and resumed activities from using cold laser to treat lymphedema.
Novamed is a Korean company that develops radio frequency (RF) technology for medical applications like aesthetics, obesity, and sports medicine. It has several patents and patent pending applications. The company aims to manufacture RF-assisted medical devices for visceral fat reduction and body contouring. Clinical trials in Korea showed their RF device reduced both visceral and subcutaneous fat. The company plans further clinical trials in the US and FDA clearance to be the first to market a non-invasive device that can reduce visceral fat. As visceral fat is linked to many diseases, this represents a large market opportunity.
The document discusses photopneumatic therapy (PPx) and summarizes opinions from several doctors on their experience using the technology. Key advantages highlighted include that PPx is painless, safe, and fast compared to other aesthetic treatments. Typical treatment protocols involve 3-6 sessions spaced 1-4 weeks apart for skin rejuvenation and hair removal. Doctors report achieving good clinical results with few adverse effects. Benefits of PPx and Aesthera's business model are also discussed.
Laser treatment options for onychomycosis - a review
Phoenix Thera-Lase Clinic Handout
1. Years of research to help
patients today
In development for more than a decade, the
Phoenix Thera-Lase System is a portable laser
bio-stimulation device that delivers concentrated
laser-light energy to the cellular level. Approved
by the FDA as a Class IV device, the Phoenix
Thera-Lase is convenient and easy to use by
trained technicians in any practice setting.
Patented technology
with unique reach
The Phoenix Thera-Lase System uses patented
proprietary wavelengths to deliver invisible
infrared energy to injured and inflamed soft
tissue. Because its beam isn’t significantly
absorbed by melanin, hemoglobin or
oxyhemoglobin, Phoenix Thera-Lase delivers
more laser power to patient treatment sites—
resulting in deeper penetration and improved
therapeutic results. By defusing the beam profile
and distancing it from the skin, the system
prevents tissue damage and enables healing.
Previous generations of red-light lasers were
only able to affect the skin and subcutaneous
tissue to an approximate depth of one
centimeter—greatly limiting their application
and effectiveness. The Phoenix Thera-Lase
beam reaches tissue structures up to 15
centimeters in depth.
PHOENIX
Thera-Lase SystemTM
M A K I N G E N E R G Y AVA I L A B L E
S O T H E B O D Y C A N S P E E D H E A L I N G
The Phoenix Thera-Lase System
TM
is a new, non-invasive laser therapy that’s
transforming treatment for acute and chronic pain, wounds and a wide range
of intractable conditions. Versatile, proven and effective, Phoenix Thera-Lase is
a powerful, highly reimbursable complement—even alternative—to traditional
drug and surgical therapies.
This is the optimum
spectrum for
diode laser.
Perfect for hemoglobin.
This is the optimum
spectrum for
CO2 laser.
Perfect for water.
2. Human and animal cells respond to infrared laser
energy with photochemical reactions triggered
as laser photons pass through the cell electrons.
The cumulative effects of exposure to laser light
energy reduce inflammation, alleviate pain and
speed tissue repair:
• Stabilization of the cell membrane
• Enhancement of ATP synthesis
• Stimulated vasodilatation along
with increased histamine, nitrous oxide
and serotonin
• Acceleration of leukocyte activity
• Increased prostaglandin synthesis
• Reduction in interleukin-1 levels
• Increased angiogenesis
• Enhanced superoxide dismutase
• Decreased C-reactive protein and
neopterin levels
Flexible, in-office
treatment protocols
Trained technicians or physicians can deliver
Phoenix Thera-Lase therapy in the convenience
and privacy of a standard examination room.
Therapy protocols vary based on the condition
or injury being treated and the rate of healing
observed. A single chronic injury will typically
require a 10-15 minute session per patient. More
extensive injuries or multiple conditions may
require up to 30 minutes per patient.
Acute injuries may require treatments varying
from three sessions per week to as many as
two treatments per day and may be completed
within a few days or weeks. Treatments may also
be intermittent, with two weeks of treatment
followed by two weeks of no treatments, and
then repeated until the chronic pain or condition
is relieved, cured or disappears.
Certain chronic conditions may require periodic
maintenance treatments to prevent a reversal in
the condition. In all cases, Phoenix Thera-Lase
will provide an established treatment protocol
for each specified condition.
Across specialties,
strong results
Physicians in a wide variety of specialties have
incorporated the Phoenix Thera-Lase System
into their practices—with uniformly positive results.
“ This breakthrough technology is
achieving incredible results from my
patients. The noninvasive nature and
ease of application allow for treatment of
a broad range of musculoskeletal issues
and other conditions.”
David M. Remedios, M.D., board-certified
cardiovascular surgeon and wound care director for
five nursing and rehabilitation centers in and around
Alexandria, La.
“ In my practice as a wound care and family
medicine specialist, I’ve found the Phoenix
Thera-Lase System to be a very effective
modality for wound healing. We’ve used
the system since October 2013 has improved
care and quality of life for our patients.
Our patient volume has risen 35 percent,
and our revenues have grown. We’re now
ordering a second Phoenix Thera-Lase to
accommodate treatment demands.”
Timothy J. Donovan, M.D., board-certified family
medicine physician and wound care specialist in
Leesville, La.
“ This new technology is allowing many
of my patients to experience complete
elimination of pain and significant
decrease in their need for medication.
Patients state that treatment improves
their quality of life and enables them to
perform activities that were previously
inhibited. The Phoenix Thera-Lase
System has had a very positive impact
on my practice.”
Deborah Fisher, M.D., P.A., board-certified physical
medicine and rehabilitation physician and director
of the Integrated Pain Rehabilitation Center in
Sherman, Texas.
Achilles tendinitis
Acute and chronic
musculoskeletal pain
Adhesive capsulitis
(frozen shoulder)
Allergic rhinitis
Ankle sprain
Ankylosing spondylitis
Bactericidal effects
Bicipital tendinitis
Buerger’s disease
(thromboangiitis obliterans)
Carpal tunnel syndrome
Cervical spine
Cranial nerve VII
(facial nerve) repair
Dental hypersensitivity
Diabetic neuropathy
Diabetic ulcers
Following dental surgery
Following neurosurgery
Headaches (vascular
and muscular)
Hemangioma
Immune modulation
Inflammatory arthritis
Keloids
Knee pain
Lateral and medial
epicondylitis (tennis
and golf elbow)
Low-back pain
Lumbar spine
Muscle pulls
Myofascial pain
Nerve repair
Neuropathic pain
Oral dysesthesia
Orofacial pain
Osteoarthritis (degenerative
joint disease)
Patellofemoral pain
(runner’s knee)
Peripheral nerve repair
Peyronie’s disease
Post-therapeutic neuralgia
Pressure sores
Pruritus
Radiation dermatitis
Radiculopathy
Rheumatoid arthritis
Sjogren’s syndrome
Soft-tissue wounds
Sports injuries
Stomatitis
Supraspinatus tendonitis
Surgical wounds
Sympathetic nervous
system dysfunction
Temporomandibular pain
Tendonitis
Tension myalgia
Thumb pain
Tinnitus
Trigeminal neuralgia
Trigger point (elevation
of pain thresholds)
Venous stasis ulcers
Significant improvement
for a wide range of conditions
Significant research on laser therapy—including
decades of study by Jeffry Basford, M.D. Ph.D., at the
Mayo Clinic—has demonstrated its safety and efficacy.
The scope of application for the Phoenix Thera-Lase
is broad, encompassing dozens of conditions that
respond inconsistently to other therapies.
Before treatment, the patient’s physician
had recommended amputation. After two
months of Phoenix Thera-Lase treatment,
healing was advanced and continuing.
3. Add Phoenix Thera-Lase
to your practice today
The Phoenix Thera-Lase System has the potential to transform the way you care for a wide
range of complex pain, injuries and chronic conditions. Treatments are easily administered by a
technician and eligible for $200 to $350 per hour of established CPT reimbursements.
When you purchase a Phoenix Thera-Lase unit for your practice, we’ll provide two days of
intensive, onsite training for you and members of your staff. We’ll review care and maintenance
of the equipment, provide complete treatment protocols, and train you and your staff in hands-
on therapy delivery.
Physicians who implement the Phoenix Thera-Lase for one group of patients and conditions
soon recognize its broader scope and efficacy. Discover for yourself with a complimentary onsite
demonstration. To learn more and schedule a visit, please call XXX-XXX-XXXX to be connected
with authorized distributor in your area.
Phoenix Thera-Lase Systems LLC
5454 La Sierra Drive, Suite 201
Dallas, Texas 75231
469-567-3959
phoenixthera-lase.com
The Phoenix Thera-Lase System comes with a full one-year warranty.