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A Study to See if Low Level Laser Light Therapy (LLLT) Can Improve the Condition of Nonalcoholic Steatohepatitis (NASH)

2017-05-24 16:38:21 | BioPortfolio

Summary

The purpose of this study is to determine whether low level laser therapy (LLLT) using the Erchonia VERJU and EVRL laser devices is effective in reducing aminoalanine transaminase (ALT) levels in individuals with nonalcoholic steatohepatitis (NASH).

Description

Nonalcoholic Fatty Liver Disease (NAFLD) is the most common liver disorder in the USA, present in 20% to 30% of the population and rapidly increasing. Fatty liver is generally diagnosed by abdominal ultrasound frequently as an incidental finding. Major risk factors for NAFLD include central (or abdominal) obesity, diabetes, elevated lipids, and metabolic syndrome.

Nonalcoholic steatohepatitis (NASH) are those patients where the presence of fat in the liver is accompanied by an inflammatory process that can cause progressive fibrosis in the liver. Which can ultimately lead to end stage liver disease (i.e., cirrhosis) and hepatic failure requiring liver transplantation. The 1990's was the decade of hepatitis C-related cirrhosis requiring transplantation. NASH is found in 3-5% of the population and is a subset of those patients with fatty liver.

Aminoaminoalanine Transaminase (ALT) is the liver enzyme measured in the blood that is a surrogate marker for inflammation and is frequently elevated in patients with NASH. Normalization of ALT is the ultimate treatment goal; however reduction in ALT is of significant clinical benefit.

Currently, the only treatment modality for patients with fatty liver disease is weight loss and exercise which is challenging for most patients. Therefore, a huge need exists for an alternative approach to reducing ALT levels for these patients.

Low level laser light therapy (LLLT) offers a simple, non-invasive, safe, effective and side-effect free alternative to achieving this goal, through LLLT's proven ability to effect weight loss, body circumference reduction and inflammation reduction.

Application of the Erchonia® Verjú™ (green diode) Laser and Erchonia 635nm (red light) lasers to the body mid-region has been proven through controlled clinical trials to reduce body circumference in these areas in a statistically significant and clinically meaningful manner and to effect a decrease in overall body weight, both associated with reducing in ALT levels for the management of NASH patients. The Erchonia® EVRL Laser violet diode has been proven in controlled clinical trials to additionally effect inflammation reduction, another factor important in the management of NASH patients. Additionally, the United States Food and Drug Administration (U.S. FDA) identifies the Erchonia 532nm (green diode) and 635nm (red diode) lasers under Product Code OLI as: "A Low Level Laser System for Aesthetic Use is a device using low level laser energy for the disruption of adipocyte cells within the fat layer for the release of fat and lipids from these cells for non-invasive aesthetic use."

Therefore, it is hypothesized that treatment application with the Erchonia LLLT devices will effect a reduction in body circumference, weight and inflammatory factors significant enough to effect a clinically meaningful decrease in ALT levels in NASH patients in a safe and timely manner.

The biochemical effect of Erchonia® low level laser light therapy devices stimulates the mitochondria of the adipocyte cells which in turn increases the production of adenosine triphosphate (ATP). The newly synthesized ATP triggers the up-regulation of cyclic adenosine monophosphate (cAMP). cAMP has been shown to stimulate cytoplasmic lipase, triggering the conversion of triglycerides into fatty acids and glycerol that can easily pass through the cell membrane. The transitory pore is evidence that the laser is allowing for the movement of fatty acids, glycerol, and triglycerides to pass across the membrane and into extra-cellular space. Through vasodilation of nearby blood vessels and arteries, oxidization of the triglycerides and fatty acids occurs within the extra-cellular space. Additionally, LLLT is known to influence the receptors on the membrane of the cell and on the membrane of the cell's mitochondrion, eventually reaching the cell's DNA, which directly controls cell function. When cells function better, so do tissues, and as such, LLLT promotes inflammation reduction and the consequent healing and regeneration of damaged tissues.

LLLT has been found to alter gene expression, cellular proliferation, intra-cellular (potential of hydrogen) phosphorus (pH) balance, mitochondrial membrane potential, generation of transient reactive oxygen species and calcium ion level, proton gradient and cellular oxygen consumption. With laser light able to induce cellular modulation, it has been proposed that LLLT may be able to serve as a subtle, non-invasive instrument in the reduction of clinical levels such as serum cholesterol levels, wherein it is proposed that laser therapy may suppress cholesterogenesis by altering the transcription factors responsible for the expression of essential genes involved in the biosynthetic process.

Recent studies have already identified the modulation of transcription factors subsequent to laser irradiation. Jackson and coworkers (2002) have identified more than twenty transcription factors that are regulated by the intracellular redox state. In a pilot study, Erchonia observed that low-level laser application 3 times per week for two weeks reduced cholesterol levels, and even more importantly, reduced LDL levels while preserving HDL levels. It is proposed that laser therapy, by means of altering the intracellular redox state, can affect the function of transcription factors tightly associated with cholesterol synthesis.

Moreover, laser therapy has been proven via multiple investigational studies to emulsify adipose tissue liberating all adipocyte stored fatty debris, demonstrated clinically through the observance of circumference reduction following LLLT administration. It is theorized that the liberation of fat is absorbed via the lymphatic system where lipolysis occurs in the lymph nodes and fatty-acid oxidation occurs in the liver. The mobilization of the fatty debris and production of ketone bodies may have an effect on applicable clinical lab markers.

Therefore, the Erchonia Lasers are proven to be efficacious in effecting weight loss, circumference reduction, reduction of inflammation and improvement in clinical levels, all of which are factors that both directly and indirectly impact the reduction of ALT levels and improvement in the overall condition of NASH in affected individuals.

Study Design

Conditions

Nonalcoholic Steatohepatitis

Intervention

Erchonia Verju Laser, Erchonia EVRL Laser

Location

Meridian Integrative Medicine
Scottsdale
Arizona
United States
85250

Status

Recruiting

Source

Erchonia Corporation

Results (where available)

View Results

Links

Published on BioPortfolio: 2017-05-24T16:38:21-0400

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Medical and Biotech [MESH] Definitions

A technique utilizing a laser coupled to a catheter which is used in the dilatation of occluded blood vessels. This includes laser thermal angioplasty where the laser energy heats up a metal tip, and direct laser angioplasty where the laser energy directly ablates the occlusion. One form of the latter approach uses an EXCIMER LASER which creates microscopically precise cuts without thermal injury. When laser angioplasty is performed in combination with balloon angioplasty it is called laser-assisted balloon angioplasty (ANGIOPLASTY, BALLOON, LASER-ASSISTED).

Techniques using laser energy in combination with a balloon catheter to perform angioplasty. These procedures can take several forms including: 1, laser fiber delivering the energy while the inflated balloon centers the fiber and occludes the blood flow; 2, balloon angioplasty immediately following laser angioplasty; or 3, laser energy transmitted through angioplasty balloons that contain an internal fiber.

Treatment using irradiation with LASER light of low power intensity so that the effects are not due to heat, as in LASER THERAPY. These non-thermal effects are thought to be mediated by a photochemical reaction that alters CELL MEMBRANE PERMEABILITY, leading to increased mRNA synthesis and CELL PROLIFERATION. Low-level laser therapy has been used for a wide variety of conditions, but most frequently for wound healing and pain control.

Fragmentation of CALCULI, notably urinary or biliary, by LASER.

Techniques using a laser to cut away and harvest a specific cell or cluster of cells from a tissue section while viewing it under the microscope.

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